Ajit Shenoy, Phd Email & Phone Number

Greater Los Angeles Area

Principal Technical Consultant for the MathWorks; specializing in Model-Based Design for the development of safety-critical embedded software in the aerospace and automotive domains. Other areas of expertise include* DO-178c Certification* Real-time Simulation for Hardware in the Loop (HIL) systems* Verification and Validation processes* Guideline and process adoption* User Interface Design to streamline and automate analysis

Phoenix, Arizona Area

Technical lead for a project to streamline the MBD workflow for the Monitor Warning Function (MWF) within Displays & Graphics with a focus on using a COTS toolset provided by the Mathworks for DO-178B/C certificationDeveloped MWF functionality for Embraer E2 program, updating critical Simulink models and production code based on change requests while performing as effective oversight/peer reviewer for updates to High-Level Requirements and modelsChampioned the use of Model Based… Show more Technical lead for a project to streamline the MBD workflow for the Monitor Warning Function (MWF) within Displays & Graphics with a focus on using a COTS toolset provided by the Mathworks for DO-178B/C certificationDeveloped MWF functionality for Embraer E2 program, updating critical Simulink models and production code based on change requests while performing as effective oversight/peer reviewer for updates to High-Level Requirements and modelsChampioned the use of Model Based Development (MBD) by mentoring several projectsDeveloped and supported Simulink-based tool in a key role within the Engineering Tools group, generating artifacts to support DO-178B certification for Boeing 787 Flight Controls program and Airbus 350 Environmental Controls program Established Mathworks Community of Practice at Honeywell providing a common platform to discuss issues, disseminate training information and best practicesDeveloped model-based requirements for the Dassault F5X EPIC program with applications group. Produced Simulink model-based specifications based on customer requirements used to verify the requirements and generate production code. Put in place libraries and automation scripts, streamlining workflow. Used Simulink Report Generator to export model information in a format that was imported into TeamCenter Systems Engineering (TcSE).Supported V&V activity for the Boeing 787 FMS program, ensuring on-time certificationDesigned and constructed the Virtual Aircraft, a Simulink-based prototyping environment for the Embraer E2 program with the Applications Group, creating library of modules that emulated power-up delays, failure conditions, etc. for various LRUs along with S-Functions to emulate conversion of ARINC 429, Analog and Discrete data into ASCB format, with support for generating code using TLC Show less

Ann Arbor, Michigan

Fostered business relations by interfacing with new and existing customers and partner vendorsProvided technical leadership role for several projects, including set up of Hardware-in-the-loop test facilities for customers such as General Motors, Rolls Royce Marine Trent, Goodrich Aerospace, Gulfstream Aerospace and creating interface to integrate GMLAN testing capabilities into GM’s hardware-in-the-loop systemsWorked with customers to ensure delivered systems met requirements… Show more Fostered business relations by interfacing with new and existing customers and partner vendorsProvided technical leadership role for several projects, including set up of Hardware-in-the-loop test facilities for customers such as General Motors, Rolls Royce Marine Trent, Goodrich Aerospace, Gulfstream Aerospace and creating interface to integrate GMLAN testing capabilities into GM’s hardware-in-the-loop systemsWorked with customers to ensure delivered systems met requirements and enhanced productivity Show less

Warren, Michigan

Provided support for vehicle modeling and simulation and real-time hardware-in-the-loop design for the next-generation SimuCar system.Developed a non-real-time model for evaluating the functionality of control algorithms for heated-seats in a vehicle.Helped define and implemented a software-based process, using Matrixx/SystemBuild and Statemate Magnum for developing virtual models of automobile electrical systems used for generating and validating model-based requirements… Show more Provided support for vehicle modeling and simulation and real-time hardware-in-the-loop design for the next-generation SimuCar system.Developed a non-real-time model for evaluating the functionality of control algorithms for heated-seats in a vehicle.Helped define and implemented a software-based process, using Matrixx/SystemBuild and Statemate Magnum for developing virtual models of automobile electrical systems used for generating and validating model-based requirements specifications for suppliers Show less

Doctor Of Philosophy (Phd), Aerospace Engineering, Control Systems, 4.0

Activities and Societies: Received Department Fellowship for Outstanding Graduate Performance in Research/Academics, Aerospace Engineering.

Master Of Technology (Mtech), Aerospace, Aeronautical And Astronautical Engineering, 3.75

Thesis Topic: "An Experimental Study of Aircraft Longitudinal Stability"

Bachelor Of Technology (Btech), Aerospace, Aeronautical And Astronautical Engineering, 2.8

Senior Project: "MicroprocessorBased Speed Control of a Hydraulic Motor"