Sampath Reddy Vengate

About Sampath Reddy Vengate

Senior Automotive & Autonomous Systems Engineer with deep expertise in ADAS, vehicle dynamics & controls, and distributed automotive software architectures. I specialize in building production-grade, safety-critical systems that bridge classical control theory with modern software-defined vehicle platforms.My work spans autonomous driving, real-time embedded systems, and service-oriented architectures (SOA) for next-generation connected vehicles. I have led and contributed to high-impact R&D efforts involving AUTOSAR Adaptive, real-time middleware, control algorithm design, and scalable vehicle software frameworks, with demonstrations at major industry platforms such as CES.With a strong foundation in control systems, system modeling, and validation, I focus on solving hard engineering problems at the intersection of vehicle physics, software architecture, and intelligent decision-making. Increasingly, my work and interests extend into machine learning and AI-driven perception, prediction, and optimization, complementing traditional control-based approaches for autonomy.Beyond engineering, I value clear technical communication, cross-functional collaboration, and translating complex concepts into deployable solutions. I enjoy working in environments that demand both hands-on technical depth and systems-level thinking, particularly in autonomous vehicles, intelligent mobility, and AI-enabled platforms.I am passionate about continuous learning, advanced research, and building technologies that scale globally—whether in the U.S. or Europe—while contributing to safer, smarter, and more efficient transportation systems.Feel free to reach out to me at: s••••••••@gmail.com

Experience

1. Lead Software Engineer

   INNIO Group

   Jan 2025 — Present · WI, US

   Lead development of advanced engine control algorithms to optimize performance, efficiency, and emissions across a wide range of internal combustion engine applications- Drive system-level analysis and dynamic simulations, using MATLAB/Simulink and other modeling tools, to evaluate control strategies under diverse operating conditions- Oversee Hardware-in-the-Loop (HiL), Software-in-the-Loop (SiL), and Model-in-the-Loop (MiL) verification, ensuring robust validation of control systems before deployment- Provide technical direction for HiL simulator architecture and test plan design, enabling accurate representation of engine and subsystem behaviors- Guide Simulink model development, auto-code generation, and integration into embedded control hardware, ensuring compliance with production software development processes- Champion functional safety and reliability by applying industry standards and best practices in safety-critical control systems engineering- Interface with communication protocols such as CANbus, Modbus, and RS-485, ensuring reliable data exchange across engine and subsystem controllers- Lead cross-functional collaboration with manufacturing, quality, procurement, and service engineering teams to resolve technical issues and support product lifecycle needs- Mentor junior engineers on modeling, testing, and embedded control implementation, fostering technical growth within the team- Translate complex technical findings into clear documentation including specifications, test reports, and stakeholder presentations- Represent the controls engineering discipline in internal and external forums, providing subject matter expertise and ensuring alignment with project objectives- Contribute to innovation and research by integrating cutting-edge methods in model-based design, rapid prototyping, and control optimization.

Education

• The University of Texas at Arlington

  Master's Degree, Aerospace, Aeronautical and Astronautical Engineering

  2014 — 2016

• Jawaharlal Nehru Technological University

  Bachelor’s Degree, Aerospace, Aeronautical and Astronautical Engineering

  2010 — 2014

Skills

• Laser Cutting
• C
• Programming
• Microsoft Office
• Autopilot
• Abaqus
• Flight Control Systems
• Engineering
• Aerospace
• Flight Dynamics
• Kalman Filtering
• Leadership
• Autocad
• Matlab
• Convex Optimization
• Sensor Fusion
• Simulink
• Computer-Aided Design (Cad)
• Ansys
• Path Planning
• Rc Flying
• Aircraft
• 3d Printing
• Solidworks
• Guidance Navigation & Control
• C++
• Artificial Neural Networks
• Finite Element Analysis
• Aerodynamics
• Microsoft Powerpoint
• Research
• Unmanned Vehicles
• Management
• Catia
• Flight Simulation
• Aeromodelling
• Data Acquisition
• Latex
• Public Speaking
• Linux