Joydeep Banerjee
Staff Engineer @RTX
Signup · Get unlimited contacts
WORK HISTORY
Staff Engineer @RTX
Mississauga, ON, CA
After the merger between United Technologies Corporation and Raytheon Company, the Model-based Digital Thread Centre of Excellence (MBDT COE) was restructured as the Model-Based Digital Thread Process and Capabilities Centre (MBDT PCC) under the Technology and Global Engineering division at Raytheon Technologies(RTX). Since the merger, the MBDT project has been managed and planned by the MBDT PCC. However, since May 2020, my employment arrangement has been reassigned to be a part of the Modelling and Methods team at Pratt and Whitney Canada (PWC). As a result, the HR management and payroll aspect of my employment continues to remain with PWC, while I continue to be part of the MBDT PCC team at RTX. For details of the MBDT project, please refer to the description of my employment at PWC.
EDUCATION
Indian Institute of Technology, Kharagpur
BTech (Hons), Mechanical Engineering
Indian Institute of Technology, Kharagpur
M.Tech, Mechanical Systems, Dynamics and Control
University of Waterloo
Doctor of Philosophy (PhD), Systems Design Engineering
ABOUT JOYDEEP BANERJEE
I specialize in efficient modelling and simulation of dynamic systems for model based design (MBD) efforts and model based controls (MBC) developments. Major research application areas: • Automotive systems (suspensions, engine models, drive-train components, tires etc.) • Aerospace systems (control surfaces, undercarriage systems) • Energy sources like Li-ion/NiMH batteries • Bio-mechanical systems • Sport Engineering Other research areas: • Physics based acausal modelling of fuel cells • Battery degradation modelling • System order reduction using linear graph theory • Contact dynamics for multibody systems • Model based machine diagnosis • Foot - soil interaction for sports engineering Core specialties: • Analytical sensitivity analysis of complex, multi-domain systems • Modelling and simulation of multibody systems (including flexible multibody systems) • Modelling and simulation of automotive powertrain • Dynamic analysis of sports and bio-mechanical systems • Design of experiments, data acquisition and processing • Digital image processing for particle image velocimetry
This profile is compiled from publicly available professional sources. Unifers is not affiliated with or endorsed by LinkedIn. Request removal of this profile.