Monday, Sept. 25
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg.,
Room 114
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/98183418080?pwd=T3VVOTRVZm16WmZibGkzNGxyZldhUT09
Data Driven Scalable Composites Manufacturing Processes
ABSTRACT:
In the continuously evolving landscape of manufacturing, data-driven approaches are serving as catalysts for a technological revolution, fundamentally reshaping conventional methods of composite manufacturing into adaptable, efficient, and scalable systems. The scalability of manufacturing processes exhibits substantial variation contingent upon numerous factors, including the specific process characteristics, employed technology and equipment, and the availability of resources. Scalability is not a universally linear concept; rather, it hinges upon multifaceted considerations. In numerous instances, the expansion of composite manufacturing processes necessitates thorough process optimization to uphold product quality and efficiency. The efficacy of this optimization hinges upon the extent to which the process can be seamlessly adapted to produce larger components or the scaling up of production volumes. In this talk we will shed the light on several examples of scaling up different manufacturing processes, such as thermoplastic and thermoset Additive Manufacturing (AM) processes, compression molding for automotive parts, as well as the facilitation of pioneering integrated polymer manufacturing processes. One of the foremost advantages offered by data-driven manufacturing lies in its capacity to foster continuous improvement. This talk will encompass different data-driven scalability aspects ranging from material development, advanced materials characterization, system integration, data analysis, and economic considerations. Through the accumulation and systematic analysis of data over time, manufacturers can identify trends and pinpoint opportunities for refinement, both within the manufacturing process itself and in the end-product.
BIO:
Ahmed Arabi Hassen, PhD, is the Group Leader for the Composites Innovation (CI) Group in the Manufacturing Science Division (MSD) at Oak Ridge National Laboratory (ORNL). He is leading ORNL's development efforts in high-rate manufacturing of advanced composites structures. Ahmed is leading ORNL’s molds and dies manufacturing portfolio for the composite manufacturing industry. One of his leading efforts is to develop a vision and strategies for smart manufacturing of polymers and advanced composites aiming to advance the U.S. competitiveness in the global market of manufacturing. Dr. Hassen contributed to the creation of a new market for Additive Manufacturing (AM) technologies by developing a new class of composite feedstock materials for large-scale AM systems. He has expertise in a wide variety of composite manufacturing, characterization, and qualification methods and he is currently leading/managing several technical research efforts with a large funding portfolio in this field. Dr. Hassen is mentoring, supporting, and managing a group of undergraduate and graduate students (PhD and Masters), postdoctoral fellows, and junior/senior staffs. Dr. Hassen was serving on the Board of Directors (BOD) of the American Society for Non-destructive Testing (ASNT) and was the Chairman of the ASNT Research Symposium (2020-2022). He has published 90+ articles in high impact journals and proceedings, holds several patents, has received three R&D 100 Awards, named the 2021 Society of Manufacturing Engineers (SME), Jud Hall Composites Manufacturing Award recipient in addition to multiple honors and technical awards.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/98183418080?pwd=T3VVOTRVZm16WmZibGkzNGxyZldhUT09
Speaker:
Emily Rose Williams, Business Development Director, Carbon, Inc.
"The Modernization of Manufacturing through Improvements in 3D Printing"
Bio:
Emily Rose Williams is a Business Development Director at Carbon, leading the MedTech and University segments and working to help customers bring their applications to production. In her 5 years at Carbon, Emily has held several other roles, including technical lead in customer success and product lead for Carbon's low volume and prototyping customer segment. Emily has a degree in mechanical engineering from The University of Texas at Austin."
Abstract:
3D printing has come a long way since its early days, growing from a hobbyist technology to a reliable manufacturing process that is an integral part of the global supply chain. In this presentation, we will examine a variety of 3D printing technologies and how they are disrupting established manufacturing methods to create new digitally optimized workflows for even the most custom of applications like dentures and orthotics. Disruption is great, but can it scale? We’ll also take a look at applications being produced in the millions with additive manufacturing as well as some of the challenges to further adoption.
Woodruff School of Mechanical Engineering, School of Materials Science and Engineering,
Georgia Tech
Monday, Feb 19
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg.,
Room 114
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/97918374814?pwd=QTk5TDFDb25OeWd4L3JwU2RtbzcrUT09
Abstract:
Lithium-ion battery technology has brought about a revolution in portable energy storage, spurring the rapid growth of the electric vehicle (EV) market. This growth has focused attention on other urgent needs for electrified transportation, including long-range EVs, electric freight trucking, and electric aviation. Here, I will introduce my group’s research on new materials for high-energy batteries for electromobility. Our research is focused on developing and characterizing materials for solid-state batteries, high-performance lithium-ion and sodium-ion batteries, and batteries for grid storage applications. In addition, battery manufacturing processes will be discussed, and I will provide thoughts on opportunities for university R&D at the intersection of battery materials and manufacturing.
Bio:
Matthew McDowell is Associate Professor and Carter N. Paden, Jr. Distinguished Chair for Innovation in Materials Science and Metals Processing at Georgia Tech, with appointments in the Woodruff School of Mechanical Engineering and the School of Materials Science and Engineering. He received his Ph.D. from Stanford University in 2013 and was a postdoc at Caltech from 2013 until 2015. McDowell has received numerous awards, including the Presidential Early Career Award for Scientists and Engineers (PECASE), Sloan Fellowship, NSF CAREER Award, the ECS Battery Division Early Career Award, and Georgia Tech’s Outstanding Achievement in Early Career Research award. For more information, see https://mtmcdowell.gatech.edu.
Monday, Oct. 2
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg.,
Room 114
Lunch provided for in-person attendees, (registration not required).
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/98183418080?pwd=T3VVOTRVZm16WmZibGkzNGxyZldhUT09
Challenges and Opportunities in Perovskite Solar Cells
Abstract:
Perovskite solar cells promise to yield efficiencies beyond 30% by further improving the quality of the materials and devices. Electronic defect passivation and suppression of detrimental charge-carrier recombination at the different device interfaces has been used as a strategy to achieve high performance perovskite solar cells. However, the mechanisms that allow for carriers to be transferred across these interfaces are still unknown. Through the contributions to better understand 2D and 3D defects the perovskite solar cell field has been able to improve device performance. Albeit the rapid improvements in performance, there is still a need to understand how these defects affect long term structural stability and thus optoelectronic performance over the long term. In this presentation, I will discuss the role of crystal surface structural defects on optoelectronic properties of lead halide perovskites through synchrotron-based techniques. The importance of interfaces and their contribution to detrimental recombination will also be discussed. Finally, a discussion on the current state-of-the-art of performance and stability will be presented.
Bio:
Juan-Pablo Correa-Baena is an Assistant Professor and the Goizueta Junior Faculty Chair in the School of Materials Science and Engineering at Georgia Tech. His group focuses on understanding the relationship between chemistry, crystallographic structure, and properties of emerging semiconducting materials. Dr. Correa-Baena is developing deposition techniques, such as atomic layer deposition and thermal evaporation, for hybrid organic-inorganic materials with atomic and nanoscale control. His group is also developing advanced characterization methods, including synchrotron-based x-ray scattering and fluorescence, to answer fundamental questions about metastable hybrid materials. His research program has attracted funding from the Department of Energy, the Department of Defense, the NSF, industry partners, and foundations, among others. His work has been cited over 32,000 times (h-index of 62) making him a top cited researcher as recognized by the Web of Science Group Highly Cited Researchers since 2019 and Nature Index Leading early career researcher in materials science (2019).
Abstract:
Additive manufacturing (AM), or 3-D printing, has advanced beyond rapid prototyping to the manufacturing of structural and functional components. AM enables a new design space to realize increased capabilities. However, unlike conventional materials, there are highly coupled and complex design, structure, process and performance relationships for AM parts. While the general use of AM for prototyping to advance science and technology is well noted, ONR is exploring new and novel approaches in developing and understanding AM materials and manufacturing processes for naval applications.
Advancements in computational modeling and simulation, digital design, and digital manufacturing is a rich and evolving landscape. At this intersection with AM, ONR believes that fundamental science can be explored to reduce current AM manufacturing and implementation costs for optimized AM materials and processes. While AM is being utilized in a wide range of disciplines and applications, the Materials & Processes for Additive Manufacturing program funds research projects to advance fundamental understanding and exploration into nascent materials and process development.
The Materials & Processes for Additive Manufacturing program is dynamic and changes over time. Currently, the program consists of five main thrusts: (i) rapid qualification frameworks; (ii) tailored AM materials and processes; (iii) large scale AM; (iv) additive repair and (v) AM and digital logistics.
Bio:
Jennifer Wolk is the Director of the Advanced Naval Materials and Systems Division at the Office of Naval Research in Arlington, Virginia. Prior to joining the Office of Naval Research in 2015, Wolk was a senior engineer at the Naval Surface Warfare Center Carderock Division. In addition to technical research for non-ferrous naval alloys, she supported technical development and assessment of manufacturing technology for use on Naval platforms, such as friction stir welding. Her background also includes expertise in non-ferrous metallurgy, microstructural simulation and characterization, arc welding, friction stir welding/processing, cold spray/thermal spray processes, and advanced manufacturing. As a program officer, Wolk's portfolio focused on additive manufacturing materials and processes to support Naval applications. She received her B.S. from Johns Hopkins University and her Ph.D. in Materials Science and Engineering from University of Maryland, College Park.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/98183418080?pwd=T3VVOTRVZm16WmZibGkzNGxyZldhUT09
Speaker: Connor Offutt, CEO, Aetos Imaging
How Reality Capture Technology is Revolutionizing Manufacturing
Abstract:
What if 3D scanning technology could be used to provide the visual context for manufacturing operators to train their workforce and manage their facilities? In this
lecture, the CEO of Aetos Imaging will provide deeper insight into how their company is
leveraging cutting edge reality capture technology to help foster a safer, more efficient
workforce. From the ups and downs of growing a venture backed startup to the vision of how manufacturing is evolving in a rapidly changing environment, this presentation will be sure to enhance your understanding of what’s truly going on in the industry.
Bio:
Connor Offutt stands at the forefront of Aetos Imaging, steering its mission and vision with unwavering determination. As CEO, he not only shapes the direction of Aetos but also nurtures its culture and assembles a team of unmatched talent. When he's not driving Aetos to new heights, Connor is on the tennis court, mastering disc golf, participating in local events, and inspiring his sons.
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If you can’t join us in-person, join us via teams here.
Abstract: The main driver for industrial digital systems developments over the last 30 years has been improved functionality rather than cost. Given the large number of outstanding challenges this has been a logical direction to take and in the last 10 years Industry 4.0 has provided a framework for bringing many of these developments to fruition. But a limited focus on cost has meant that many industrial companies - especially small ones - do not have sufficient budget to add digital solutions to their operations. The field of low-cost industrial digitalisation which has emerged over the last ten years in which cost is given a higher priority than functionality. This talk will discuss the meaning, scope and applicability of low-cost digital solutions and argues that a systematic approach to their specification, design and deployment can be effective in increasing the confidence of industrial organisations in applying them. The so called Digital Shoestring approach developed at Cambridge will be introduced as an example and case studies from manufacturing and logistics will provide examples of the way in which such an approach can applied.
Bio: Duncan McFarlane is Professor of Industrial Information Engineering at the Cambridge University Engineering Department, fellow of St. John's College and head of the Distributed Information & Automation Laboratory within the Institute for Manufacturing. His work involves the development of manufacturing automation and control systems and more broadly the use of digital systems across the industrial supply chain. His current research work is mainly focused on distributed, intelligent industrial automation, low-cost approaches to digital industrial solutions, resilient and reconfigurable systems in manufacturing and logistics. Previous work has also examined issues relating to RFID integration, track and trace systems, valuing industrial information, and information solutions supporting industrial services.
Prof McFarlane completed a B Eng degree at Melbourne University in 1984, a PhD in the design of robust control systems at Cambridge in 1988, and worked industrially with BHP Australia in engineering and research roles between 1980 and 1994. Prof McFarlane joined the Department of Engineering at Cambridge in 1995 as a lecturer in Industrial Automation Systems. He was appointed Professor of Service and Support Engineering between 2006 and 2011 which was supported by both Royal Academy of Engineering and BAE Systems. From October 2011, he became Professor of Industrial Information Engineering at Cambridge. Between 2000 and 2003 he was the European Research Director of the Auto-ID Center. From 2001-2011 he was a co-investigator in the EPSRC funded Innovative Manufacturing Research Centre based in the Institute for Manufacturing. In 2004 he became head of the Cambridge Auto ID Lab (2004-2021) and co founded a series of programmes on information in the aerospace sector including the Aero ID Programme, examining the role of RFID in the aerospace industry. Professor McFarlane is also Co-Founder of RedBite Solutions Ltd (2006) and was Chairman (2006-2024). Redbite is an industrial RFID and track & trace solutions company. From March to July 2020 he led a team which won the RAE Presidents Award for providing Industrial Engineering support to local hospitals managing the Covid-19 Epidemic and from September 2020 to July 2021 was Operations Logistics lead at Cambridge University for its Asymptomatic Covid-19 Student Testing Programme.
Recently, Prof McFarlane founded and led the Digital Manufacturing on a Shoestring programme between 2018-2022 which investigated how low-cost, readily available digital technologies can be implemented to support productivity and sustainability in small and medium-sized manufacturing companies. The project addressed the common concern that many commercial digital manufacturing solutions are designed for large companies he Shoestring approach is now being further developed across a range of research projects. He has also headed the Shoestring Business Unit at the IFM (2022-24) whose objective is to roll out Shoestring industrially through deployment programmes in different regions in the UK and internationally.
]]>Abstract: Traditionally, research labs rely on, and benefits from, the work of undegraduate and graduate research assistants and visiting reseachers/scholars, with many being on track for the professoriate. However, higher education can benefit from engaging in increased opportunities that develop talent pools that are fluent in, and capable in building, public-private partnerships. This session will showcase how the Partnership for Inclusive Innovation’s Fellowship and Internship programs has leveraged early career talent to bolster research and economic development activities.
Bios:
Debra Lam is the Founding Director of the Partnership for Inclusive Innovation, a statewide public-private partnership committed to investing in innovative solutions for shared economic prosperity. She continues to lead smart communities and urban innovation work at Georgia Tech. Prior to this, she served as Pittsburgh’s inaugural Chief of Innovation & Performance where she oversaw all technology, sustainability, performance, and innovation functions of city government. Before that, she was a management consultant at a global engineering and design firm, Arup. She has received various awards, including being named one of the top 100 most influential people in digital government by Apolitcal. She has worked and lived in the United Kingdom, China, Taiwan, and Hong Kong. A graduate of Georgetown University and the University of California, Berkeley, Debra serves on the board of the Community Foundation of Greater Atlanta and was most recently appointed by the U.S Department of Commerce to the Internet of Things Advisory Board.
Clarence Anthony Jr. is the inaugural Workforce Development Program Manager for the Partnership for Inclusive Innovation. His goal is to develop initiatives that engage current and emerging talent in capitalizing on their strengths and developing new skills to build a strong workforce within the Southeast region. Clarence has 12 years of experience in higher education, working in career services and student affairs. Prior to joining the partnership, he worked at the Georgia Tech Career Center, University of Michigan, and University of Florida Career Centers serving student-athletes, first-generation and low-income college students, and graduate students. Clarence holds a Bachelor of Arts in sociology from the University of Florida, a Master of Arts in psychological counseling from Columbia University, a Doctor of Philosophy in counseling and counselor education from the University of Florida, and a Master of Business Administration program at the Georgia Institute of Technology.
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The IPaT: GVU Lunch Lecture Series is free and features guest speakers presenting on topics related to people-centered technologies and their impact on society. Lunch is provided at 12:00 p.m. and the talks begin at 12:30 p.m. Join us weekly or watch video replays. Most lectures are held in the Technology Square Research Building (TSRB) 1st floor ballroom.
https://research.gatech.edu/ipat/lunch-lectures
Category Management and Sourcing Leadership is designed to deepen participants' knowledge base of core activities in the procurement & supply management function. The program covers the sourcing process, specifications gathering, common bid package alternatives, cross-functional collaboration and supplier evaluation & selection. Participants will walk away ready to develop bid packages more thoroughly to help drive sourcing decisions for their organizations. This "hands on" delivery focuses on the professional serving as the main liaison between the buying organization and the selling organization in the company sourcing process.
This course is ideal for sourcing initiative leaders, procurement professionals, project managers, finance analyst, contract managers and all procurement & supply management-related professionals involved with bid package development, bid package analysis, negotiations preparation, contracting and supplier selection activity.
Shrikant Yarlagadda
Chief Executive Officer
Vieaura
Monday, Sept. 25
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg.,
Room 114
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/98183418080?pwd=T3VVOTRVZm16WmZibGkzNGxyZldhUT09
Abstract:
In today's rapidly evolving industrial landscape, the successful operation of frontline processes is critical to achieving efficiency, productivity, and safety goals. Leveraging the power of Artificial Intelligence (AI) and Visual Guidance has emerged as a transformative strategy to empower industrial frontline workers, enabling them to perform their tasks with enhanced precision, speed, and reliability. This seminar explores the integration of Visual Guidance and AI technologies to deliver intelligent operations to the industrial frontline.
The seminar will delve into the following key areas:
Visual Guidance Systems: Explore the latest advancements in AR, computer vision, and machine learning for real-time visual feedback, improving task accuracy.
AI-Powered Process Optimization: Learn how AI analyzes data to predict equipment failures, reduce downtime, and enhance production efficiency.
Human-Machine Collaboration: Discover AI-driven tools that assist workers in complex tasks, from quality control to maintenance.
Safety and Compliance: See how AI enhances safety through hazard detection and compliance monitoring.
Case Studies: Gain insights from real-world applications across industries, showcasing productivity and quality improvements.
Implementation: Learn practical steps to integrate Visual Guidance and AI into existing operations.
This seminar equips industrial professionals with the knowledge to leverage Visual Guidance and AI for smarter, more efficient, and safer operations.
Bio:
Shrikant Yarlagadda is an executive with over 30 years’ experience in various industries, & companies like GE, PG&E, InBev, and VW. He has a proven track record of delivering outcome-based solutions to business problems, with a focus on Industrial Supply Chains. Shrikant received his degree in Metallurgical Engineering and is focused on empowering the Industrial Frontline with intelligent digital experiences. He is currently working towards bringing together augmented reality (AR/MR), machine learning (AI/ML), and real-time data streams to improve operational efficiencies.
This course provides a deep dive into the ways in which artificial intelligence (AI) optimizes supply chain efficiency. Participants will explore generative AI fundamentals, prompt engineering, and practical applications such as automated inventory systems, predictive maintenance, and route optimization. The course also covers ethical AI use, good and bad use of generative AI (GenAI), and rapidly emerging use cases. By the end, professionals will be skilled in applying AI to enhance supply chain processes and drive success in their organizations.
This course targets supply chain managers, data analysts, logistics professionals, procurement specialists, and business leaders aiming to harness GenAI for enhanced supply chain operations. It is ideal for those interested in GenAI-driven efficiency, strategic insights, and navigation of GenAI's role in transforming supply chain processes.
This course will demonstrate how warehouse operations are a key enabler to a successful supply chain implementation and the starting point for a transformation. It is critical to manage safety, quality and efficiency. Learn to leverage the lean supply chain modifications to improve customer responsiveness and reduce operating costs and in doing so contributing to a supply chain that creates a competitive advantage for a company. To accomplish this goal, we must bring lean principles into the warehouse and distribution center.
Who Should Attend
Supply chain professionals, logistics professionals, material managers, production control managers, transportation managers, warehousing managers and purchasing managers
Upon completion of this course, you will be able to:
Benefits:
This course focuses on defining, executing, and improving the sales and operations planning (S&OP) process. Participants will be introduced to the appropriate stakeholders of S&OP, the importance of S&OP to corporate performance, S&OP cadence, and the use of decision support tools to bring S&OP to the next level. Business cases will be used to show concrete examples of companies where S&OP is effectively applied.
This course is designed for chief operating officers; supply chain, sales, marketing and finance management executives (directors, vice presidents, executive vice presidents); supply chain and logistics managers, consultants, supervisors, planners, and engineers; supply chain education and human resource management personnel, inventory and demand planners, and procurement and sourcing analysts and managers; and manufacturing planners, analysts, and managers.
This course focuses on defining, executing, and improving the sales and operations planning (S&OP) process. Participants will be introduced to the appropriate stakeholders of S&OP, the importance of S&OP to corporate performance, S&OP cadence, and the use of decision support tools to bring S&OP to the next level. Business cases will be used to show concrete examples of companies where S&OP is effectively applied.
This course is designed for chief operating officers; supply chain, sales, marketing and finance management executives (directors, vice presidents, executive vice presidents); supply chain and logistics managers, consultants, supervisors, planners, and engineers; supply chain education and human resource management personnel, inventory and demand planners, and procurement and sourcing analysts and managers; and manufacturing planners, analysts, and managers.
This short course will cover essential microfabrication techniques including, photolithography, thin film deposition, etching, packaging, and characterization. Attendees will gain valuable experience by fabricating simple devices in one of the most advanced university cleanrooms in North America.
Attendance is open to the general technical community and is not limited to current Georgia Tech students or IMS users. Anyone interested in cleanroom fabrication techniques is strongly encouraged to attend this course. The course is suitable for both new and experienced researchers interested in micro-fabrication techniques and applications.
A course emphasis will be placed on IMS cleanroom resources, however, the concepts and techniques discussed are applicable to a broad array of research in this field.
Rates: *Rates include lunches on both days*
This course prepares you for the basics of transportation operations and analysis. Throughout the course, you’ll review the key elements of transportation such as modes of transportation, transportation procurement, cost minimization techniques, the role of ports in global logistics, and international trade terms. There will also be discussion around emerging trends in North American transportation markets, emerging techniques, and greenhouse gas emissions reduction.
This course is designed for Supply Chain Managers, Distribution Managers, Transportation Planners, Transportation Clerks, Transportation Analysts, and Transportation Managers and learners seeking to enter these roles. Supply chain professionals from other domains will also benefit through gaining insights into transportation operations.
The requirement for high levels of customer service, increasing numbers of Stock Keeping Units (SKUs), and high labor costs have dramatically increased the complexity of warehouse operations. It is no longer sufficient to manage a warehouse based on a simple, arbitrary “ABC” classification of SKUs, which treats all those in a category as if they were identical. Instead, each decision, such as where to store or where to pick product, must be based on careful engineering and economic analysis.
This course is designed for supply chain and logistics consultants, supply chain engineers and analysts, facility engineers, and warehouse supervisors and team leaders.
Monday, April 7
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg.,
Room 114
Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/94192905022?pwd=WdMBv2JZaKrj2W8QeaWx0PbNCUI101.1
Abstract: Human-centered computing holds the promise of fostering a symbiotic relationship between humans and technology, prioritizing the augmentation of human capabilities over their substitution with algorithms and machines. How can we realize this vision in future factories by combining the potentials of AI and extended reality (XR) using new sources of multimodal data? This talk will discuss ideas to transform XR into intelligent companions for future workers that accelerate their progression from novice to expert in performing complex psychomotor tasks through adaptive interventions tailored to their individual needs, skills, and knowledge. An intelligent XR framework will be introduced, designed to facilitate such adaptive interventions through multimodal data-driven activity understanding, error detection and prevention, expertise modeling, and the generation of personalized instructions. Examples of use cases in mechanical assembly, precision inspection, and human-robot/machine interaction will be discussed. The talk will conclude by outlining a research agenda and avenues for future research on human-technology symbiosis within diverse industrial contexts.
Bio: Mohsen Moghaddam is the Gary C. Butler Family Associate Professor in the H. Milton Stewart School of Industrial and Systems Engineering and the George W. Woodruff School of Mechanical Engineering at the Georgia Institute of Technology. His research focuses on developing human-centered computational models, algorithms, and tools at the intersection of AI and spatial computing to enhance learning and creativity in various industrial use cases. Previously, he was an Assistant Professor in the Department of Mechanical and Industrial Engineering at Northeastern University in Boston. He has also served as a Visiting Professor with the HumanTech project at Politecnico di Milano and as a Visiting Scholar at the Next Level Lab, Harvard University. Dr. Moghaddam earned his PhD in Industrial Engineering from Purdue University and completed a Postdoctoral Associate position at the GE-Purdue Partnership in Research and Innovation in Advanced Manufacturing. His research has been supported by NSF, DARPA, the U.S. Navy, and industry partners.
The half-day symposium will bring together thought leaders from academia and industry to explore how artificial intelligence is reshaping the future of work, particularly in manufacturing, and how institutions can align learning pathways with the evolving demands of the labor market.
Additionally, you will learn about C21U’s mission to revolutionize and shape the future of learning and how the College of Lifetime Learning is building the future of academic digital credentials, enabling learners to carry verifiable evidence of their academic achievements throughout their careers.
Our distinguished speakers and panelists include Co-founder of Skill Bridge Foundation Art Recesso, Vice Provost for Graduate and Postdoctoral Education Bonnie Ferri, GTPE Project Management Academic Program Director Chris Carter, C21U Director of Digital Learning Technologies Eric Scott Sembrat, C21U Director of Research in Education Innovation Jeonghyun (Jonna) Lee, Assistant Director of the Center for Economic Development Research Leigh Hopkins, Inaugural Interim Dean of the College of Lifetime Learning Nelson Baker, Executive Director C21U Steve Harmon, Executive Director of Programs at the Burning Glass Institute Stuart Andreason, and Georgia Tech AI Academic Program Director Tim Brown.
Please visit the symposium's webpage for the program and registration details.
An online option is available for those unable to join us in person.
The requirement for high levels of customer service, increasing numbers of Stock Keeping Units (SKUs), and high labor costs have dramatically increased the complexity of warehouse operations. It is no longer sufficient to manage a warehouse based on a simple, arbitrary “ABC” classification of SKUs, which treats all those in a category as if they were identical. Instead, each decision, such as where to store or where to pick product, must be based on careful engineering and economic analysis.
This course is designed for supply chain and logistics consultants, supply chain engineers and analysts, facility engineers, and warehouse supervisors and team leaders.
Modern Supply Chain Overview (MoSCOw) covers the fundamental areas of supply chain engineering and management along with the ways in which they could evolve over time. An experimental activity in virtual reality is included, which lets course participants apply what they learn and gain concrete implementation experience.
This course is intended for operational supply chain players (in both supply chain engineering and supply chain management) who wish to gain a better understanding of the systemic nature of supply chain ecosystems. This course is also aimed at consultants and advisors who wish to gain a more structured and comprehensive view of modern supply chains.
Category Management and Sourcing Leadership is designed to deepen participants' knowledge base of core activities in the procurement & supply management function. The program covers the sourcing process, specifications gathering, common bid package alternatives, cross-functional collaboration and supplier evaluation & selection. Participants will walk away ready to develop bid packages more thoroughly to help drive sourcing decisions for their organizations. This "hands on" delivery focuses on the professional serving as the main liaison between the buying organization and the selling organization in the company sourcing process.
This course is ideal for sourcing initiative leaders, procurement professionals, project managers, finance analyst, contract managers and all procurement & supply management-related professionals involved with bid package development, bid package analysis, negotiations preparation, contracting and supplier selection activity.
Carson Henry
Sr. Director, U.S. Expansion Strategic Programs
Micron
Monday, March 24
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg., Room 114
Zoom link: https://gatech.zoom.us/j/93831187600?pwd=ZEspBdkH5vjWfl5KyHzMYorcNA8FKt.1
Abstract: Micron is pioneering efforts to bring semiconductor chip manufacturing facilities to the United States. Micron is the only U.S. based manufacturer of memory and data storage chips such as dynamic random-access memory (DRAM), flash memory, and solid-state drives (SSDs). In 1981, the company moved from consulting to manufacturing with the completion of its first wafer fabrication unit in Boise Idaho, producing 64K DRAM chips. With the passage of the CHIPS and Science Act, Micron announced its pledge to invest billions in new manufacturing within the US. In September 2022, Micron announced they would invest $15 billion in a new facility in Boise, Idaho and more recently Micron launched a $100 billion expansion in Syracuse, New York that will bring 50,000 new jobs.
Mr. Terry Burr, and Carson Henry will provide a basic overview of Micron including a brief historical perspective and current expansion efforts for construction of the new facilities in Syracuse, NY. Terry and Carson will discuss typical considerations and challenges that are faced during planning stages and when executing the launch of a new manufacturing facility. The presentation will include general project management principles, best practices, and standard processes and/or procedures. For example, topics may include capital-intensive equipment procurement and/or production strategies, enterprise resource planning, supply chain management, process monitoring/ optimization or predictive maintenance technologies, workforce training and hiring, etc. Business leaders, entrepreneurs, as well as students and faculty interested in learning about the process of developing capabilities and facilities needed to manufacture new innovative technology products, particularly with relevance to the semiconductor industry, should attend this seminar.
About Terry Burr: Terry Burr is the Director of Construction Procurement at Micron. He has over 30 years of experience in construction and construction procurement. Before coming to Micron Terry was the Global PMO Construction Director at Dell Corporation.
Terry brings extensive experience as a leader in Procurement for Construction, including several Fab related projects at Intel, and Procurement leadership at Parsons.
Terry has an undergraduate degree in Construction Science from Tuskegee University and a Master of Business Administration from the University of Alabama.
Outside of work, Terry stays busy with his family including 2 boys who are active in youth sports.
About Carson Henry: Carson Henry is a semiconductor leader who has worked for Micron in various roles of increasing responsibility over the last two decades. These roles include assignments at Micron’s operations in Virginia and Singapore where he led all phases of the operations and participated in expansions of the high-volume manufacturing sites. For the last year, he has led the Strategic Program Management team for Micron’s U.S. expansions. He has also served as a co-sponsor of Micron’s Smart Manufacturing & Artificial Intelligence program and sponsored global innovations such as tool-utility-matrix integration and end-to-end cost management.
Carson is an advocate for all and has sponsored improvements in our hiring processes to ensure all leaders follow best practices in recruitment to hire top talent and protect merit-based opportunities. He also is committed to building an engaging workplace culture, ensuring all team members are seen, heard, valued and respected, as reflected in his sponsorship of employee resource group site chapters. In the community, he’s passionate about ending child hunger and invests his time toward causes to address this issue.
Carson holds bachelor’s and master’s degrees in chemical engineering from the University of Rochester and an MBA from George Washington University.
He’s a father to two boys, age 9 and 11, and enjoys skiing, biking, tennis and reading in his time off.
]]>Contracting and Legal Oversight provides participants with a holistic and integrated understanding of contract law, contract types, key industry standard contract terms, and contract structure to improve their confidence when creating or modifying contract documents. The program is geared to reinforce standards of excellence for professionals who are responsible for delivering contractual agreements and mitigating financial risk for their organization.
The online version of the course is comprised of (3) instructor-led LIVE group webinars, homework, and pre-work (e.g. installing and testing software on your computer, testing connectivity with Canvas LMS and BlueJeans meeting software, etc.) to be completed before the first day of the course.
This course is ideal for contract managers, procurement professionals, sourcing initiative leaders, project managers and all procurement & supply management-related professionals involved with bid contract development, contract execution or supplier performance management.
Essentials of Negotiations and Stakeholder Influence level-sets the participants' understanding of negotiation influence and strengthens preparation, planning and execution activities involved with both simple and complex negotiations. The program includes industry techniques and tools for traditional supplier negotiations, as well as tips for internal cross-functional leadership. Participants walk away with a standard industry and customized individual experience which includes their personal Negotiation Style “DNA” to help them embrace their own natural tendencies and strengths. The program includes mock negotiations to reinforce techniques and tactics immediately in a “no judgement zone” environment.
This course is ideal for sourcing initiative leaders, project leaders, business unit leaders, operations managers, sales leaders and procurement & supply management-related professionals who are involved with supplier selection, contract development and supplier performance management.
Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/93831187600?pwd=ZEspBdkH5vjWfl5KyHzMYorcNA8FKt.1
Abstract: Additive manufacturing is a transformative set of technologies that are increasingly being used for aviation applications. However, persistent challenges regarding throughput, reproducibility, reliability, and properties of the printed parts seriously impact qualification and certification (Q&C). Computational Materials for Qualification and Certification (CM4QC) is a tightly focused collaboration of aviation OEMs, research and regulatory government agencies, and universities that is working to develop a strategy for broadly incorporating computational approaches into the aviation AM Q&C process. Critical aspects include metrics for evaluating the maturity level of AM-targeted simulations, model uncertainty quantification, model validation, and performance risk assessment. The CM4QC strategy will be discussed with particular focus on the importance of rigorous model validation. Examples of model validation will be taken from the NIST-led Additive Manufacturing Benchmark Series (AM Bench), which provides rigorous measurement test data for validating AM simulations for a broad range of AM technologies and material systems.
About Lyle Levine: Dr. Lyle Levine is a physicist in the Material Measurement Laboratory (MML) of the National Institute of Standards and Technology (NIST), where he leads most of NIST’s materials research in additive manufacturing (AM) of metals. Dr. Levine has founded and led numerous multiple-institution research and development efforts. For AM, he founded and co-leads AM Bench, an international organization that provides a challenge problem series and AM benchmark measurement data for the AM community. With measurement partners from 10 NIST divisions and 20 external organizations, AM Bench is the world’s leading provider of AM benchmark data. Dr. Levine also led the experimental validation effort for ExaAM, the DOE-funded Exascale Computing Project’s effort to develop codes for simulating AM processes on the first generation of exascale high-performance computing platforms that are now coming online. In addition, Dr. Levine is a founding member of Computational Materials for Qualification and Certification (CM4QC), which includes representatives from major US aerospace companies, government agencies, and universities working to establish a focused and coordinated path for the development of computational materials-enabled qualification and certification of AM materials and components for aviation applications. Dr. Levine is the Lead Editor and also leads the CM4QC working group aimed at transitioning basic research into engineering applications. In addition to his work on AM, Dr. Levine founded the continuing Dislocations Conference Series and is highly active in synchrotron X-ray science, where he develops and uses new diffraction, scattering, and imaging measurement methods for studying material microstructures in situ and in operando. Dr. Levine has authored and co-authored more than 160 papers, served on numerous advisory and review boards, received numerous awards, and is a frequent invited speaker both domestically and abroad. He is an adjunct professor of Mechanical Engineering at the University of Southern California and Northwestern University.
]]>This course is the fourth in the 4-course Supply Chain Analytics Professional certificate program. It incorporates learning advanced analytics and mathematical optimization to find solutions for supply chain problems. You’ll learn how to use linear programming, mixed integer programming, and heuristics to conduct prescriptive analytics related to production processes, distribution networks, and routing. The course serves as a capstone for the program by culminating in a hackathon where you’ll design networks, inventory policies, and scenarios and then evaluate the outcomes via simulations.
The online version of the course is comprised of (4) half-day online instructor-led LIVE group webinars and pre-work (e.g. installing and testing software on your computer, testing connectivity with LMS and meeting software, etc.) to be completed before the first day of the course.
Experienced business professionals who perform or want to perform analytics to improve their supply chain management processes. They want to tackle strategic goals and to perform leading edge analytics projects that address the full complexity of supply chains.
Monday, April 14
1:00 - 2:00 PM Eastern Time
Location: Callaway/GTMI bldg.,
Room 114
Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/94192905022?pwd=WdMBv2JZaKrj2W8QeaWx0PbNCUI101.1
Abstract: Additive manufacturing (AM) is making a profound impact on the way engineers realize customized parts, but engineering applications continuously drive the need for more advanced AM technologies. In this talk, we will explore some recent advances in polymer AM, including new capabilities for reactive extrusion, volumetric selective sintering, and high viscosity photopolymerization. The discussion will include the underlying innovations in AM processing and manufacturing systems, along with the new design opportunities and challenges that accompany them, such as the design of active, shape-changing structures and soft robotics.
Bio: Carolyn Conner Seepersad is the Woodruff Professor of Mechanical Engineering at the Georgia Institute of Technoloy. She is the Editor-in-Chief of the ASME Journal of Mechanical Design. Her research interests include design for additive manufacturing, simulation-based design of materials and structures, and process innovation in additive manufacturing. She is a member of the organizing committee of the annual Solid Freeform Fabrication Symposium and a member of SME's Additive Manufacturing Technical Leadership Committee. She is the author of more than 150 peer-reviewed conference and journal publications.
Tigree Butcher
Global Marketing Director
Freudenberg-NOK Sealing Technologies
Monday, March 31
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg., Room 114
Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/93831187600?pwd=ZEspBdkH5vjWfl5KyHzMYorcNA8FKt.1
Abstract: The automotive industry is undergoing a significant transformation driven by the rise of e-mobility. This shift towards electric vehicles (EVs) is not only changing the landscape of vehicle design and performance but also profoundly impacting the manufacturing processes of automotive suppliers. This presentation will explore the innovations and challenges that e-mobility brings to supplier manufacturing, with a focus on sealing and molding technologies.
We will delve into the technological advancements required to support the production of EV components, such as batteries, electric drivetrains, and advanced electronics. Additionally, we will discuss the need for suppliers to adapt their manufacturing processes to meet the stringent quality and efficiency standards demanded by the EV market.
The presentation will also cover current manufacturing methods for combustion engines, highlighting the differences and similarities in production techniques. We will address the challenges suppliers face, including the integration of new materials, the need for upskilling the workforce, and the investment in new manufacturing technologies. By examining case studies and real-world examples, we will highlight how leading suppliers, including Freudenberg Sealing Technologies, are navigating these changes and positioning themselves for success in the e-mobility era.
Join us to gain insights into the evolving role of automotive suppliers in the age of e-mobility and to understand the strategies necessary to thrive in this dynamic environment, particularly in the realm of sealing and molding technologies.
About the speakers
Dakota Fenton is currently the Process Development Engineering Manager at Freudenberg-NOK Sealing Technologies. In this role, Dakota oversees the development and optimization of manufacturing processes, ensuring the highest standards of efficiency and quality. Prior to this, he served as a Product Design Engineer at Freudenberg-NOK, where he was the Lead Design Engineer for Grounding Elements, OVS (Other Vehicle System) Seals and Valve Stem Seals, focusing on the integration of advanced materials and innovative design principles to enhance product performance and reliability. Dakota holds a Bachelor's Degree in Engineering from the University of Georgia, where he specialized in Agricultural Mechanical Systems. His technical acumen, combined with his hands-on experience in product design and process development, positions him as a key contributor to the advancement of engineering solutions at Freudenberg-NOK.
Tigree Butcher is the Global Marketing Director at Freudenberg-NOK Sealing Technologies, responsible for the Thermal Barrier product lines. She develops strategic plans and leads initiatives to create solutions for the e-mobility market while also managing the North America business for both Thermal Barriers and Battery Cell Caps. Tigree previously held leadership positions in product development, where she secured several patents, and in product management, where her leadership drove significant sales growth and increased market share. Her outstanding contributions earned her the Freudenberg Leadership Award. Tigree holds a Bachelor's Degree in Mechanical Engineering from Georgia Tech.
This short course will cover essential soft lithography concepts including reviews of microfluidics, soft lithography fabrication methods, photolithography, and bio applications in microfluidics. Attendees will gain valuable experience by fabricating various microfluidic devices in the IMS cleanroom facilities.
This course module is designed for individuals interested in hands-on training in the fabrication of microfluidic devices using the soft lithography technique. This two day intensive short course will be structured to assume no prior knowledge of the technologies by the participants. The course agenda is evenly divided between laboratory hands-on sessions, including SU-8 master mold creation using photolithography and PDMS device fabrication in the IMS cleanroom, and supporting lectures. The goal for this course is to impart a basic understanding of soft lithography for microfluidic applications as practiced in academia and industry.
Attendance is open to the general technical community and is not limited to current Georgia Tech students or IMS users. Anyone interested in soft lithography or microfluidics techniques is strongly encouraged to attend this course. The course is suitable for both new and experienced researchers interested in soft lithography techniques and applications.
A course emphasis will be placed on IMS cleanroom resources, however, the concepts and techniques discussed are applicable to a broad array of research in this field.
Rates: *Rates include lunches on all days*
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Thursday, April 3, 2025 | 12-1pm ET
Gain an overview of performance management and decision-making approaches in the field of supply chain engineering and management with Immersive Performance Management for Decision Making (i-PeM4DeM). Learners will participate in an experimental, hands-on activity to turn concepts and technique into action. The course concludes with an exploration of both the evolution and future of supply chain engineering and management. This is presented within the context of the modern supply chain, offering a totally new immersive and leading-edge experience.
This course is designed for supply chain, operations, and logistics executives looking to develop a better understanding of formal management principles; data analysts and data scientists working in business intelligence and interested in the emerging concept of business sentience; and consultants and advisors developing new management approaches for their clients.
This course provides a practical, streamlined approach to building organizational resilience to disruptions. In our hyper-connected world, disruption is the new normal. Businesses face a relentless onslaught of risks – from supply chain breakdowns to cyber attacks and market shifts. Yet too many organizations rely on little more than hope when it comes to managing these threats. Course participants will discover how to leverage both classic risk management tools and cutting-edge technologies to proactively identify, assess, and mitigate a wide range of risks. Learn how to embed resilience planning into your regular business processes, so you are prepared for the unexpected.
This course is ideal for supply chain planning professionals, risk management and identification specialists, industry and government officials who are responsible for critical infrastructure, and business leaders in any sector concerned with potential operational disruptions.
This course provides a practical, streamlined approach to building organizational resilience to disruptions. In our hyper-connected world, disruption is the new normal. Businesses face a relentless onslaught of risks – from supply chain breakdowns to cyber attacks and market shifts. Yet too many organizations rely on little more than hope when it comes to managing these threats. Course participants will discover how to leverage both classic risk management tools and cutting-edge technologies to proactively identify, assess, and mitigate a wide range of risks. Learn how to embed resilience planning into your regular business processes, so you are prepared for the unexpected.
This course is ideal for supply chain planning professionals, risk management and identification specialists, industry and government officials who are responsible for critical infrastructure, and business leaders in any sector concerned with potential operational disruptions.
March 27, 2025
12pm ET | Complimentary Lunch (first 75 attendees)
1-2pm ET | Seminar
Callaway Manufacturing Research Building (Auditorium 101)
Ishai Menache will describe how LLMs and optimization techniques are leveraged in Microsoft’s cloud supply chain to improve efficiency, provide insights to planners, and answer "what-if" questions. More broadly, Menache will discuss ongoing research and future directions in the intersection of operations research and AI.
Ishai Menache is a Partner Researcher & Manager of the Machine Learning and Optimization group at Microsoft Research. With a PhD in Electrical Engineering from the Technion and postdoctoral experience at MIT, he has been with Microsoft since 2011. His research focuses on developing large-scale optimization frameworks that leverage machine learning and Generative AI technologies to improve supply chain operations.
Callaway Manufacturing Research Center (MARC)
Main Auditorium (1st Floor)
Georgia Institute of Technology
813 Ferst Drive NW
Atlanta, GA 30332
GPS Coordinates: 33.777873, -84.401353
Please note that we will be serving a free box lunch from 12-1pm (for the first 75 attendees) outside of the auditorium before the lecture at 1pm ET.
For questions, please email event@scl.gatech.edu.
Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/93831187600?pwd=ZEspBdkH5vjWfl5KyHzMYorcNA8FKt.1
Abstract: Manufacturing engineering plays a critical role in optimizing raw materials and transforming them into final products. While traditional industry efforts have primarily focused on designing complex products, recent advancements emphasize the need for innovative and competitive manufacturing processes. This shift aligns with Industry 5.0 trends, which emphasize greater human-machine collaboration and the integration of emerging technologies. This research explores key Industry 5.0 advancements, including the Industrial Internet of Things (IIoT), artificial intelligence, cloud manufacturing, and cyber-manufacturing systems, to enhance manufacturing automation. A central hypothesis is that adopting these technologies will lead to more efficient and intelligent Next-Generation Manufacturing Automation Systems (NGMAS). A key focus of this research is Manufacturing Systems Integration (MSI), where Digital Twins serve as a bridge to implementing Industry 5.0 principles. Years of exploration in this field have revealed the need for new methodologies—not only for creating digital twins using advanced virtual tools but also for integrating sophisticated instrumentation and control systems. This research contributes to defining these methodologies, ensuring seamless MSI implementation, and advancing the development of NGMAS.
About the speaker: Dr. Guerra-Zubiaga is an accomplished academic-industrial executive with a strong background in educational leadership and industry engagement. As an Engineering Faculty Professor with over 16 years of experience, he has played a key role in advancing academic initiatives, fostering student success, and supporting faculty in a shared governance environment. In addition to his academic career, Dr. Guerra-Zubiaga has 15+ years of full-time experience in research and development within the industry. His expertise lies in developing new products and integrating complex technologies. He has successfully led international industrial projects totaling $14.2 million in research funding. Notably, in 2014 and 2016, he secured a $340 million in-kind software grant from Siemens PLM Software. His research contributions include 2 patents, 1 book, and over 100 international publications. He has also supervised 25 postgraduate theses. Since 2011, he has served as Senior Associate Editor (North America) for the International Journal of Computer Integrated Manufacturing. Additionally, he has been actively involved with ASME-IMECE since 2017, currently serving as a Track Organizer for Advanced Manufacturing. Today, Dr. Guerra-Zubiaga is an Associate Professor in the Robotics and Mechatronics Engineering Department at Kennesaw State University and holds the title of Siemens Endowed Professor of Mechatronics.
]]>Tina Woodard
CEO and Founder, Capstone Performance Solutions, Inc.
Monday, November 18
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg.,
Room 114
Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/94192905022?pwd=WdMBv2JZaKrj2W8QeaWx0PbNCUI101.1
Abstract: We will discuss a recent study that revealed executive leaders’ perspectives on AI in manufacturing. We will also discuss how leaders may design, implement, and refine capabilities that make their organization’s offerings more valuable, relationships more effective, and operations more sustainable.
Bios:
Courtney Walker
Courtney L. Walker is a Vice President & Commercial Banking Relationship Manager in PNC’s Corporate & Institutional Bank with over 17 years of experience in the financial industry. With an MBA, concentration Marketing & Finance from Florida A&M University and an International Project Management Certification (PMP), she cultivates financial solutions for her clients while also providing consultative guidance in process improvement and other operational efficiencies- understanding that synergies amongst processes typically creates exponential ROI.
With her varied industry expertise including pharmaceutical, energy, communications, & marketing, she leverages key insights to provide a wholistic approach of solutions within the framework of maximizing timeliness, quality, & scope of services. As a PNC certified Women Business Advocate & Co-Chair of Women in Business for GA, Courtney prioritizes sharing insights and resources to women-owned business across her foot-print to encourage the availability of resources for all business types.
Prior to PNC, Courtney began her financial career in Atlanta as a Business Banker at SunTrust Bank. Beyond banking, Courtney has held positions in internal communications, national sales, & audit. She currently serves on the boards of Women in Manufacturing Georgia, Nic’s Kicks- a nonprofit providing mentorship and new shoes to underrepresented youth, as well as being a founding board member of SBI Alumni Association Inc, She is also a proud Girl Scout Troop Leader! Her greatest passions outside of her career are being the fun mom to two beautiful girls, a loving wife, and absolutely devoted to experiencing new foods and places as often as possible!
Tina Woodard
Tina Woodard is the founder of Capstone Performance Solutions, Inc., established in 2016 with a profound vision to inspire leaders and organizations toward achieving excellence. With a diverse background as a seasoned engineer and HR executive boasting over two decades of experience across the manufacturing, government, and education sectors, Woodard is dedicated to delivering innovative solutions to clients seeking to enhance profitability, foster a robust organizational culture, and cultivate transformative leadership.
Before assuming full-time leadership at Capstone, Woodard notably served as the Assistant Vice Chancellor for Organizational Development at the Board of Regents of the University System of Georgia (USG). During her eight-year tenure in this pivotal role, she spearheaded the design, development, and execution of numerous executive leadership and professional development initiatives benefiting over 40,000 employees. Her exceptional contributions were acknowledged by the Association for Talent Development (ATD), where she was honored as a Champion of Learning. Woodard's visionary efforts were instrumental in expanding the talent pipeline for executive-level leadership roles within the USG from zero to 300 executives over a six-year period.
As a Visiting Professor at Clemson University, Woodard imparts her expertise by teaching graduate courses in Human Resource Development. She is also the co-founder of the esteemed nonprofit organization I Am B.E.A.U.T.I.F.U.L., Inc., dedicated to providing leadership development opportunities for girls and women. Woodard further augmented her professional credentials by earning a certificate in Executive and Organizational Coaching from Columbia University. She holds a Professional in Human Resources (PHR) certification from the Human Resource Certification Institute, as well as a certificate in Local Government & Executive Management from the University of Georgia.
Woodard's academic achievements include a Doctorate in Adult Education from the University of Georgia, where she was inducted into the prestigious Honor Society of Phi Kappa Phi. Her doctoral research focused on advancing leaders through strategic talent management practices. Additionally, she holds a Master of Human Resource Development and a Bachelor of Science in Industrial Engineering from Clemson University.
]]>We’re planning an engaging agenda, more detailed information and a finalized agenda will be shared in the coming weeks.
For any questions, please reach out to Rasha Shawky at rasha.shawky@gatech.edu.
The Georgia Tech Manufacturing 4.0 Consortium is a membership-based consortium that brings together industry, academia, and government to develop and deploy manufacturing technologies and workforce into the market. By leveraging the latest in manufacturing developments and technologies, members have unique opportunities to compete more effectively to become global leaders. Learn more here.
]]>You’ll gain fresh insights from industry leaders, plus exclusive learnings from actual Internet of Things for Manufacturing (IoTfM) implementations.
Take away inspiration from thought leaders, major manufacturers and trusted experts.
Hosted by the Georgia Tech Manufacturing Institute, this year’s 9th annual symposium will feature more than a dozen speakers, plus the opportunity to network with other participants.
]]>Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/93831187600?pwd=ZEspBdkH5vjWfl5KyHzMYorcNA8FKt.1
Abstract:
The Creating Helpful Incentives to Produce Semiconductors and Science Act – popularly known as “CHIPS” became effective August 9, 2022. The Act provides funding to various programs to reduce reliance on foreign semiconductor production by enhancing the United States workforce, manufacturing and research capacity in the semiconductor industry. The plan for the CHIPS and Science Act has been to administer program funding over a five-year term, for which we are now well underway (~$50B in funding has been allocated under the Act). Georgia Tech has leveraged its competency in semiconductor and advanced packaging technology and has been a primary university partner in competing for R&D and Education and Workforce Development funding in a number of large federal funding program calls. This talk will highlight GT engagement and its role in helping to shape the US future in the semiconductor and advanced packaging technology sector.
About George White:
Dr. George White serves as the Senior Director in the Office of the Vice President for Interdisciplinary Research at the Georgia Institute of Technology in Atlanta, Georgia. He earned his BA in Physics from Hampton University and went on to complete his M.S. and Ph.D. in Metallurgical Engineering at the University of Illinois at Urbana Champaign.
With over 25 years of experience in the microelectronics industry, Dr. White has held key positions at IBM, Motorola, and AVX Corporation. He is a recognized expert in electronic packaging and holds more than 30 U.S. and international patents in the field. Additionally, he founded Jacket Micro Devices, a company specializing in designing and manufacturing RF modules using multilayer Liquid Crystalline Polymers for multiband RF applications.
At Georgia Tech, Dr. White plays a vital role in shaping strategies to expand the university’s research enterprise, fostering innovation through collaborations with industry, government, and academia. He currently leads as Georgia Tech’s Chief Chips Coordinating Officer for the CHIPS Act. Dedicated to strengthening research partnerships with Historically Black Colleges and Universities (HBCUs) and Minority-Serving Institutions (MSIs), he has been instrumental in establishing the HBCU CHIPS
Network.
Most recently, Dr. White was appointed to the NATCAST Workforce Advisory Board, a national initiative focused on guiding workforce development for the semiconductor and microelectronics industries.
]]>Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/94192905022?pwd=WdMBv2JZaKrj2W8QeaWx0PbNCUI101.1
Abstract:
Convergent manufacturing platforms aim to integrate heterogeneous processes more seamlessly during production. For example, hybrid manufacturing systems allow the interleaving of additive and subtractive manufacturing processes within a single system. This integration is designed to leverage both processes to their full advantage. However, this leaves operators accountable for smooth production in both processes on systems that have yet to be automated. Additionally, the convergent manufacturing space lacks sufficient knowledge capture and transfer for potential new users. This limits the ability to improve design and computer-aided manufacturing (CAM) strategies for hybrid manufacturing. At the Manufacturing Demonstration Facility (MDF) at Oak Ridge National Lab, there are efforts to holistically understand knowledge gaps to improve training, accelerate paths to expertise, and aid more effective decision-making. Human subject research methods are employed to understand facets such as operator workload, process intuition, and heuristic development for users of convergent manufacturing platforms. This work aims to place the MDF as a leader integrating the workforce with convergent manufacturing platforms and digital tools.
About Sneha Narra:
Kenton Blane Fillingim is an R&D staff member within the Disruptive Manufacturing Systems Development Group, Manufacturing Sciences Division at Oak Ridge National Laboratory. His research at ORNL's Manufacturing Demonstration Facility has focused on process development to expand the directed energy deposition (DED) convergent manufacturing design space. He aims to continue improving user experience and success for designers and operators in convergent manufacturing. Blane has a research background in design theory with an emphasis on understanding heuristics and biases in decision-making. Before working at ORNL, Blane received his B.S. in Mechanical Engineering from the University of South Alabama, and his M.S. and Ph.D. degrees in Mechanical Engineering from the Georgia Institute of Technology.
Join us to learn about the facility, how to engage with Georgia Tech and its faculty and staff as it relates to the R2R, and to continue developing a roadmap based on your interests, needs, and opportunities for future collaboration with Georgia Tech. The celebration of the R2R facility and related programming include:
Attendance is limited; please register here by Thursday, September 12.
All programming sessions are in person. Registrants will receive a separate email prior to the event with session schedules and logistical information.
For more information on the day’s activities, please contact Trish Sisk at trisha.sisk@gatech.edu.
For more information about the R2R facility and related research, please contact Tequila Harris at tharris3@gatech.edu.
]]>Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/94192905022?pwd=WdMBv2JZaKrj2W8QeaWx0PbNCUI101.1
Abstract:
This presentation will focus on microstructure control in metal additive manufacturing. This will cover case studies leveraging the current capabilities, identifying opportunities for improving controllability, and the need for advanced process optimization and control strategies. The talk will highlight the critical need to work at the intersection of materials, mechanical engineering, and manufacturing to advance local microstructure control in manufacturing.
About Sneha Narra:
Sneha Prabha Narra's research focuses on investigating process-structure-property relationships in fusion-based metal additive manufacturing (AM) by integrating computational and experimental approaches. Sneha P. Narra received her B.E. in civil engineering from Osmania University (2012). She pursued graduate education at Carnegie Mellon University, where she obtained her M.S. in computational mechanics (2013), M.S. and Ph.D. in mechanical engineering (2015, 2017). She completed postdoctoral training at the NextManufacturing Center. She joined the CMU mechanical engineering department in 2021, after spending three years as an assistant professor at Worcester Polytechnic Institute. She is currently serving as the Associate Editor of the Additive Manufacturing journal and plays an active role in organizing symposia through the TMS Additive Manufacturing Bridge Committee.
Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/94192905022?pwd=WdMBv2JZaKrj2W8QeaWx0PbNCUI101.1
Abstract: In this session, Karim Pourak, CEO of ProcessMiner, explores the impact of AI on manufacturing operations, focusing on real-world applications and outcomes. Highlighting use case studies from multiple industries, the session demonstrates how AI-driven solutions have facilitated substantial improvements in efficiency, quality, agility, and sustainability while reducing production costs.
Attendees will gain insights into how AI, IIOT, Digital Twin, and big data analytics enable manufacturers to reduce waste, improve product quality, and drive operational excellence. This session illustrates the tangible return on investment (ROI) that AI can deliver, making it a key driver of an innovative approach to modern manufacturing.
Key Focus Areas:
Bios:
Kamran Paynabar
Kamran Paynabar, Ph.D. is the Chief Scientific Officer (CSO) and Co-founder of ProcessMiner™. He is a leading expert in developing advanced statistical and machine-learning methodologies for industrial applications. Dr. Paynabar's research has been instrumental in optimizing manufacturing processes, improving system operations, and enabling proactive maintenance strategies.
In addition to his role at ProcessMiner, Dr. Paynabar is a Fouts Family Early Career Professor and Associate Professor at the H. Milton Stewart School of Industrial and Systems Engineering at Georgia Tech. His work has received significant recognition, with over 59 peer-reviewed journal publications, 21 research grants totaling over $2.5 million, and numerous awards, including best paper awards from prestigious societies such as INFORMS and IISE.
Dr. Paynabar's impact extends beyond academia and industry, where his methodologies have been successfully applied across various sectors, including automotive, aerospace, and healthcare. He has advised numerous Ph.D. students, many of whom have gone on to secure influential roles in both academia and industry. His entrepreneurial vision and technical expertise have helped ProcessMiner become a leading provider of AI-driven solutions, serving pulp and paper, plastics, and water treatment industries. Dr. Paynabar's commitment to innovation and excellence continues to drive advancements in process optimization and quality control.
Karim Pourak
Karim Pourak is a visionary technologist and accomplished serial entrepreneur based in Atlanta, Georgia. As the co-founder and CEO of ProcessMiner™, Karim leads a team dedicated to revolutionizing manufacturing through AI-driven process analytics and autonomous optimization. With three decades of experience in software product design, development, and commercialization, he has a proven track record of transforming innovative concepts into successful business ventures.
Karim's entrepreneurial journey includes co-founding several successful startups in the Biotech and AI sectors, such as BaseHealth Inc. and PrecisionWellness Inc. His passion for technology and commitment to innovation have positioned him as a key figure in leveraging advanced analytics and machine learning to solve complex business challenges.
At ProcessMiner, Karim focuses on delivering real-time, data-driven insights that enhance product quality, streamline manufacturing processes, and reduce waste. His dynamic leadership and deep understanding of technology's intersection with business continue to shape the future of manufacturing, making him an influential voice in the technology and industrial sectors.
]]>
You’ll gain fresh insights from industry leaders, plus exclusive learnings from actual Internet of Things for Manufacturing (IoTfM) implementations.
Take away inspiration from thought leaders, major manufacturers and trusted experts.
Hosted by the Georgia Tech Manufacturing Institute, this year’s 10th annual symposium will feature more than a dozen speakers, plus the opportunity to network with other participants.
]]>Lonnie Love
Research Fellow, National Security Directorate
Center for Advanced Manufacturing and Innovation (CAMINO)
Sandia National Laboratories
Friday, February 28
12:00 - 1:00 PM Eastern Time
Location: Callaway/GTMI bldg.,
Room 114
There is no virtual option for this event. Lunch provided for in-person attendees on a first come first serve basis.
Abstract: CAMINO (Center for Advanced Manufacturing and Innovation) is a strategic initiative led by Sandia National Laboratories aimed at revolutionizing advanced manufacturing processes through collaboration and innovation. This program integrates cutting-edge technologies, such as additive manufacturing, advanced materials, and automation, to enhance the efficiency, quality, and sustainability of manufacturing operations. By fostering partnerships with industry leaders, academic institutions, and government agencies, CAMINO seeks to address complex manufacturing challenges and drive the development of next-generation manufacturing solutions. Sandia's advanced manufacturing strategy emphasizes the importance of research and development, workforce training, and the implementation of digital tools to create a resilient manufacturing ecosystem that supports national security and economic competitiveness. Through these efforts, CAMINO positions Sandia as a leader in advancing manufacturing capabilities, ultimately contributing to the growth of the U.S. manufacturing sector.
About Lonnie Love: Lonnie Love, Ph.D., is a Fellow in Sandia National Laboratories National Security directorate focusing on advanced manufacturing. Lonnie has over 30 years’ experience in robotics, automation and advanced manufacturing. Before joining Sandia National Laboratories in 2023, Lonnie was a Corporate Fellow and Section Head at Oak Ridge National Laboratory and helped develop their advanced manufacturing capabilities at the Manufacturing Demonstration Facility. He led many of ORNL’s large scale advanced manufacturing programs including the development of the Big Area Additive Manufacturing (BAAM) commercialized by Cincinnati Incorporated, Large Scale Metal Additive Manufacturing commercialized by GKN Aerospace and Lincoln Electric and hybrid additive manufacturing commercialized by Mazak Inc. His team has demonstrated the technology on several high-profile projects including the first 3D printed cars (the Strati with Local Motors and the printed Cobra for the Department of Energy) as well as high-speed, low-cost tooling for Boeing and Ford. In 2020, Lonnie led a 16-lab consortium under DOE’s National Virtual Biotechnology Laboratory’s response to manufacturing supply chain challenges during COVID. In six months, the multi-lab team partnered with industry to create new domestic supply chain of N95 respirators with Demetech and test kits with ThermoFisher Scientific resulting in two new factories and over 1500 new manufacturing jobs. Dr. Love is a Fellow of SME and ASME, was ORNL’s 2014 Distinguished Research Scientist, 2009 Inventor of the year, has 34 patents and over 300 publications. Dr. Love has a Ph.D in Mechanical Engineering from the Georgia Institute of Technology and M.S. and B.S. in Mechanical Engineering from Old Dominion University.
]]>Lunch provided for in-person attendees on a first come first serve basis.
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/94192905022?pwd=WdMBv2JZaKrj2W8QeaWx0PbNCUI101.1
Abstract:
Recent academic literature in manufacturing focuses heavily on topics like Manufacturing 4.0 and Smart Manufacturing, where data collection and AI-driven control are central. The NSF's HAMMER Engineering Research Center (ERC) is a 10-year, 5-university project that aims to revolutionize manufacturing with new tools, such as robotic blacksmithing. Unlike traditional methods that rely on force, HAMMER-ERC emphasizes precision control to transform the shape and microstructure of materials. This presentation will outline HAMMER's research agenda, as well as its plans for education, engagement, and economic development.
About Glenn S. Daehn:
Daehn is the Mars G. Fontana Professor of Metallurgical Engineering at The Ohio State University and Director of the NSF Engineering Research Center HAMMER, which focuses on revolutionizing manufacturing through digital deformation technologies. His research spans manufacturing process innovation, particularly in impulse-based processes for joining, shaping, and cutting materials. He also played roles in founding the LIFT Manufacturing USA Institute and Ohio State’s Center for Design and Manufacturing Excellence (CDME) and the Ohio Manufacturing Institute. Beyond research, he contributes to K-12 STEM education and advocates for manufacturing policy, emphasizing the role of land-grant universities. Daehn holds a Ph.D. in materials science and engineering from Stanford University and a B.S. from Northwestern University.
Lunch provided for in-person attendees, (registration not required).
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/97918374814?pwd=QTk5TDFDb25OeWd4L3JwU2RtbzcrUT09
Abstract:
In today’s competitive global economy, how does a business stand out to become the supplier of choice? It is no longer a question of if your business will be attacked by cyber criminals, but when – placing all of your contracts and clients at risk. Data shows that cybersecurity threats are the #1 concern for businesses in 2024. In addition, manufacturing is considered a critical infrastructure and key to our nation's continued security. Learn more about safely implementing new technology, put policies and procedures in place to protect your data and equipment, and increase your resiliency against cyber-attacks. In addition to ensuring basic cyber practices, manufacturers seeking defense contracts must also satisfy DoD cyber requirements for CMMC 2.0. Cybersecurity is no longer simply beneficial but a prerequisite for continuing to do business.
Bio: Cassia Baker , Technology Project Manager - Cybersecurity, Georgia Tech. Baker works with the Georgia Manufacturing Extension Partnership (GaMEP) at Georgia Tech. Her primary focus is supporting manufacturers to improve their cyber hygiene and work toward DoD CMMC 2.0 requirements. Cassia is a project management professional with over 8 years’ experience directing complex programs. Her background includes experience with the Georgia Department of Economic Development’s Center of Innovation for Aerospace (GDEcD COIA). At GDEcD, she served as Project Manager for the Office of Local Defense Community Cooperation (OLDCC) grant initiatives. Her work centered on the Cybersecurity Maturity Model Certification (CMMC), impacting a $7.2B defense sector in Georgia. Cassia has also serves on the Georgia Defense Industrial Base Task Force. The Task Force was developed as a collaboration between state and industry partners to support the Georgia defense industrial base on their road to CMMC requirements and basic cyber hygiene.
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9:30 | Speaker Session 1
10:45am | Break
11:00am | Speaker Session 2
12:15pm - 1:15pm | Lunch (Lunch reserved for registered attendees)
1:15pm | Speaker Session 3
2:45pm | Break
3:00pm | Speaker Session 4
Thursday, September 3, 2024 | 12-1pm ET
Thursday, August 29, 2024 | 12-1pm ET
Lunch provided for in-person attendees, (registration not required).
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/97918374814?pwd=QTk5TDFDb25OeWd4L3JwU2RtbzcrUT09
Abstract:
In this seminar, we will discuss recent advancements in AM and how AM can be seamlessly integrated with other manufacturing methods, i.e., Hybrid AM to address major challenges in two different application domains: (1) Industrial (e.g., aerospace, and defense), and (2) Orthopaedics.
(1) Industrial - Over 90% of all manufactured goods and machinery use a cast part. Sand casting is a manufacturing process that dates back to 7000 BC and accounts for 70% of all cast parts. Sand casting has several critical applications in a variety of sectors including defense, energy, aerospace and automotive. According to American Foundry Society (AFS), you are always within 10 feet of cast part (e.g., automotive engines, valves, manifolds). However, conventional sand casting is regarded as a process of uncertainty due to its tendency to render higher scrap rates even in completely controlled processing environments. Casting defect analysis shows that over 90% of casting defects occur due to improper gating and feeding systems. This talk will first present a novel approach to rethink the design principles for: (a) sand cast parts and (b) gating and feeding systems to reduce defects through 3D sand-printing. Results from numerical analysis, computational melt flow simulations and experimental evaluation show that 3D Sand-Printing can lower melt flow turbulence in castings which reduces casting defects (35% reduction) and improves as-cast mechanical properties (15% increase in as-cast strength)
(2) Orthopaedics - Advancements in digitally driven design and manufacturing is driving a new generation of medical implants and meta-biomaterials to address some of the critical clinical challenges, particularly in orthopaedics. This new class of biomimetic design offers multiple advantages, including: (a) greater control over tailoring the mechanical properties, (b) larger pore space that promotes bone ingrowth and vascularization, and (c) greater effective surface area which could be leveraged for bio-functionalization and infection prevention. Bio-mechanical responses of novel designs in AM porous biomaterials that exhibit nature-inspired geometries will be presented. Finally, morphological, and topological responses of these AM biomimetic porous biomaterials are presented to evaluate their structure–function relationships as well as success in mimicking different bio-mechanical properties of human bone.
Bio:
Guha Manogharan, Penn State Department of Materials Science and Engineering. Dr. Guha Manogharan is the Emmert H. Bashore Faculty Development Associate Professor of Mechanical Engineering at The Pennsylvania State University – University Park. He is the Co-Director of CIMP-3D (Center for Innovative Materials Processing through Direct Digital Deposition (CIMP-3D) and also heads the Systems for Hybrid – Additive Processing Engineering - The SHAPE Lab which focuses on additive and hybrid manufacturing with an emphasis on biomedical, defense and aerospace applications. Dr. Manogharan received his Ph.D. (2014) and M.S. (2009) from North Carolina State University. He has received the 2022 ASME ECLIPSE award, and several young investigator awards (2021 ASTM, 2020 NSF CAREER, 2018 FAME Jr., 2017 SME Outstanding Young Manufacturing Engineer Award and 2016 IISE Outstanding Young Investigator by Manufacturing and Design Division). His current work is supported by NSF, DoE, ONR, AFRL and Manufacturing PA.
]]>Lunch provided for in-person attendees, (registration not required).
If you can’t join us in-person, Zoom link: https://gatech.zoom.us/j/97918374814?pwd=QTk5TDFDb25OeWd4L3JwU2RtbzcrUT09
Abstract:
In this presentation, Hua Zheng will introduce Micron as a company, talk about today’s accomplishments and Micron’s vision. Austin will share details on our DDR5 SDRAM product in the eyes of verification engineering and Surya will share more some insight on powering AI with Micron’s HBM3E.
Bios:
Hua Zheng - A visionary pioneer and servant leader. Hua worked in Product Engineering and Design in his 25+ years tenure at Micron, focused on People, Culture and Community. Hua received a BS in Physics, Fudan University, Shanghai, 1983 and a MSEE Clemson University, 1990. He joined Micron in 1990 directly from graduate school, worked on Micron’s first Synchronous DRAM design and led Micron’s first graphic RAM design (SGRAM) Building and Leading 3 Micron Design Sites : Start Shanghai DRAM design with 14 members and has since grown to include NAND ASIC, SSD and mNAND product development teams, led the establishment of DEG’s India operations from the ground up to what is now a ~300 member R&D team. Now leading the recently formed Atlanta Design Center, which will serve as one of Micron’s key memory design and engineering locations. Hua holds over 30 approved patents.
Austin Jensen - Austin Jensen received a bachelor’s degree in electrical engineering with minors in computer science and mathematics from Utah State University (Logan, Utah USA) in 2014. He joined Micron Technology, Inc. (Boise, Idaho USA) in 2015 as a DRAM Test Engineer developing and maintaining tester production code for Micron's Hybrid Memory Cube products as well as Micron's initial DDR5 design. In 2018, he joined the Compute Verification team and has contributed to the timing and reliability verification of many of Micron's DDR4 and DDR5 designs. Recently he has relocated to Micron's new Atlanta Design Center where he is helping to bring up a new verification team and lead the efforts of verifying ongoing DDR5 designs.
Surya Tatapudi, Ph.D. - Dr. Surya Tatapudi received his M.S. degree (2003) and Ph.D. (2006) degree in electrical and computer engineering from Washington State University, Pullman, WA. He joined the DRAM Design Engineering Group of Micron Technology, Inc. (Boise, Idaho, USA) in 2006. He has worked on various DRAM and Emerging memory architectures including DDR3, DDR4, WIO2, LPDDR4, LPDDR5, HBM3E where he was responsible for high-speed digital circuits, mixed-signal circuits, Design For Test (DFT) circuits, package, power distribution network, power evaluation & optimization. He is currently a Director of HBM Design Engineering group where his team is responsible for next generation High Bandwidth Memory (HBM) designs which power cutting edge AI and High Performance Computing (HPC) applications. Dr. Tatapudi holds 10 approved U.S. patents.
This seminar is co-sponsored by the
Georgia Minority Business Development Agency (MBDA) Business Center.
The Georgia MBDA Business Center belongs to a national network of over 30 centers throughout the country funded by the Department of Commerce Minority Business Development Agency to help grow and strengthen Minority Business Enterprises (MBEs). It is operated by the Enterprise Innovation Institute (EI2), a unit of the Georgia Institute of Technology.
]]>Team consult opportunity:
Our Team Science Skills presenters have graciously opened their schedules to provide a limited amount of attendees with direct feedback and guidance on their personal team issues. During a one-hour consulting session, attendees will be able to directly ask our experts questions and get personalized advice on how to effectively move their team forward. Requesters must attend the full session and complete the post-evaluation survey to be eligible.
The session will cover:
Register for Info Session: https://pe.gatech.edu/degrees/pmml/live-information-session
PMML Program Information: https://pe.gatech.edu/degrees/pmml/
]]>The session will cover:
Register for Info Session: https://pe.gatech.edu/degrees/pmml/live-information-session
PMML Program Information: https://pe.gatech.edu/degrees/pmml/
]]>In celebration of the convergence of technology, culture, and innovation that defines Atlanta and Avant South, the Scheller College of Business will host a special Tech Talks Business session featuring Jean Marie Richardson, MGT 2002 and founder and CEO of iFOLIO. Topics of discussion include digital transformation, the impact of analytics, and personalized marketing for growth, particularly in the sports and esports industries.
As part of this special session, dinner will be catered by local establishment Boho Taco, a family-owned, made-from-scratch restaurant in the heart of Tech Square, and all attendees will receive a special Scheller-branded gift.
View Jean Marie's bio: https://ifoliocloud.com/Meet-Jean-Marie-Richardson
This educational event is hosted in accordance with the Georgia Tech strategic value of safeguarding freedom of inquiry and expression. Impeding another individual’s rights to free speech – including those serving as speakers at this event – is not a protected expressive activity. Anyone who disrupts this event will be subject to removal and student disruptors may be referred for disciplinary action under the Georgia Tech Student Code of Conduct. Please help us promote a learning environment based on civility and mutual respect.
Attendance at this event constitutes an agreement to the College's use and distribution of the attendee's image and/or voice. Audio or video recording is not permitted by the attendees during the event.
]]>Our distinguished guests share their perspectives, examine local and global trends, delve into the nuances of leadership, and illuminate the interconnectedness of our changing business world. You’re invited to join us for a dynamic convergence of minds where ideas take center stage.
In this session, Tim Oliver, President and CEO of NCR Atleos, will discuss the future of retail banking, strategies for driving growth in a newly public company, and innovative solutions for digital currency and emerging payment methods. Attendees will also learn about Tim’s journey to becoming a CEO and his perspectives on leadership.
]]>*Lunch to be provided for in-person attendees on a first come first served basis while supplies last (40 boxed lunches in total).
Registration is preferred but not required. In-person space is limited to around 40 attendees.
Abstract: The Secure and Digital Manufacturing Section at Oak Ridge National Laboratory (ORNL) is pioneering advancements in manufacturing at the intersection of digital engineering, software development, systems instrumentation, and automation and control. Our multidisciplinary team is driving innovations that enhance the accuracy, efficiency, and agility of modern manufacturing ecosystems.
This presentation will highlight key research efforts, including the development of secure digital twins, where we will describe our approach to data management in support of our research objectives; multimodal in-situ monitoring demonstrated on large-scale additive manufacturing systems; and AI-driven quality control for powder bed technologies. Finally, we will present an industry case study leveraging AI and model-driven process optimization to produce critical components.
Bio: Dr. Vincent Paquit is the Section Head for Secure & Digital Manufacturing in the Manufacturing Science Division and also serves as the Data Analytics Lead for the Manufacturing Demonstration Facility (MDF), both based at Oak Ridge National Laboratory. Within the MDF, he leads a team of scientists and engineers dedicated to developing a Data Analytics Framework for Advanced Manufacturing. This framework generates digital twins of manufactured components and extensively leverages AI for information extraction. Its primary goal is to enhance the understanding of manufacturing processes, facilitating part certification and qualification while supporting the implementation of process-informed design, inspection, control, and correction.
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Agenda includes a discussion led by Tim Lieuwen and Tanta Myles on how to conduct research collaboratively and securely given the continual shifts in the regulatory landscape for research.
There will be time for Q&A as well.
Zoom link: https://gatech.zoom.us/j/97247122372