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Grant Anderson, P.E. Meet & Greet

33-319
Mr. Anderson co-founded Paragon in 1993. From the time of the company’s inception until fall 2014, he was the VP of Engineering and Chief Engineer. He was responsible for the design and implementation of not only many of Paragon’s technical achievements, but also its processes of engineering innovation in a stepped approach of requirements, design, build, test and delivery. This process has been cited by many customers as unique, disciplined and highly productive. As his background includes not only technical but financial and managerial training as well, he has held diverse positions at Paragon including Treasurer/Secretary, CFO, Sr. VP of Operations, Chief Operating Officer and Director of Manufacturing.

MIT Museum Space Day

MIT Museum 314 Main Street, building E-28, Cambridge, Massachusetts, United States
Join the MIT Museum for a day of talks, demos, and hands on activities, all about space – featuring speakers from AeroAstro!

Destination Station: R&D and the ISS National Lab

45-230 Schwarzman College of Computing
Join AeroAstro and NASA for Destination Station, featuring discussions with experts from NASA and the ISS National Laboratory, and a special presentation from astronaut and MIT alum Stephen Bowen (SM ‘93)! 

Aerospace Innovation Seminar ft. Sebastien Mannai SM ’14, PhD ’18

33-206
This seminar series is part of the Certificate in Aerospace Innovation offered by the MIT Department of Aeronautics & Astronautics in collaboration with the Martin Trust MIT Center for Entrepreneurship. Learn more about the certificate program on our Certificate in Aerospace Innovation website!

Gas Turbine Research with MathWorks

33-218
This seminar has two main objectives. First, it aims to showcase how the collaboration with MathWorks engineers and the use of MathWorks tools has enhanced gas turbine aerothermal research at the Whittle Laboratory, University of Cambridge. Key areas of research to be discussed include: 1. Advanced post-processing of computational fluid dynamics data 2. Development of low-order models to understand and describe complex flow physics 3. Rapid design, manufacture, and experimental testing of aero-engine rig components