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FREE SEMINAR SERIES NEAR YOU
Raleigh, NC
Accelerate Design-to-Market of Medical Devices
with Realistic Simulation
Do you face delays in the product design cycle while waiting for physical test results?
Would you like to perform what-if scenarios on virtual prototypes?
Are you challenged with balancing product quality and time to market?
Innovation in the medical industry is being constantly driven by the need to provide improved healthcare options to patients—both in emerging markets and in the aging, yet physically active populations of developed countries. However, the complexities of patient conditions pose considerable challenges to the design and performance evaluation of medical devices. In order to succeed in this increasingly competitive and highly regulated market, medical device companies are focusing on optimizing their design processes and managing intellectual assets effectively across the supply chain.
Attend this FREE seminar to learn how SIMULIA can help you to accelerate your product development cycle by deploying realistic simulation methods, quickly exploring thousands of design options, optimizing your design, and efficiently managing your simulation life cycle. Learn how our software products are being used in the design processes across the medical device sector including stents, pacemakers, orthopedics, and drug-delivery systems. Don't miss this opportunity to gain insights from invited speakers and network with your industry peers.
Date: |
Location: |
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| December 4 |
Raleigh, North Carolina |
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All attendees will receive your FREE Abaqus 6.8 Student Edition and "Getting Started with Abaqus" manual.
Seminar Agenda:
8:30 AM |
Registration & Coffee |
9:00 AM |
Welcoming Remarks
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9:15 AM |
Medical Device Industry Overview – Challenges and Solutions
Subham Sett, SIMULIA
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10:15 AM |
Raleigh,
North Carolina
Guest Speaker
Finite Element Modeling in Injury Analysis – What it Can and Can’t Do
Tim Harrigan, Ph.D.
Senior Engineer, Foster-Miller Inc.
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10:45 AM |
Coffee Break |
11:00 AM |
Accelerate Device Development with Virtual Prototypes – A Case Study on Prefilled Syringes
Subham Sett, SIMULIA |
Noon |
Networking Lunch
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1:00 PM |
Customizing SIMULIA Solutions, Professional Services, and More ...
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1:30 PM |
Closing Remarks
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Featured Guest Speakers:
Tim Harrigan, Ph.D.,
Senior Engineer, Foster-Miller Inc.
Dr. Harrigan is a Senior Engineer at Foster-Miller, Inc., Waltham, MA, specializing in biomechanics within the Structures and Transportation Group. Prior to Joining Foster-Miller, Dr. Harrigan worked in the biomechanics practice at Exponent Failure Analysis associates, and before that he was director of the Orthopedic Biomechanics Lab at the University of Texas at Houston Medical School, and a visiting Associate Professor in Mechanical Engineering at Rice University. Dr. Harrigan received BS (1980) and ScD (1985) degrees from MIT in mechanical engineering and an MBA (1998) from the University if Houston. Dr. Harrigan has published research in bone remodeling simulation, Elastography, total hip replacements, and vascular regulation. Currently active R&D projects involve traumatic brain injury, railroad crash simulation, blast mitigation, and medical device analyses.
Featured SIMULIA Speakers:
Subham Sett, Life Sciences Industry Lead, SIMULIA Technical Marketing
Subham is focused on developing simulation road maps for the biomedical industry, as well as, SIMULIA’s multiphysics and fluid-structure interaction solutions. He
began his career at SIMULIA as an engineering specialist. Prior to joining SIMULIA in 2003, he was involved in the design of MEMS switches at Coventor Inc. and holds several patents in the area. Subham holds an M.S. in Mechanical Engineering from the University of Colorado, Boulder and a BTECH from the Indian Institute of Technology, Kharagpur.
Who Should Attend:
Medical device designers, inventors, product development managers, and academics who wish to incorporate state-of-the-art simulation methods into their product design to improve design decisions and rely less on prototyping and physical tests.
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