About the Project

EVO vHIL
Built by Vishal Bagade

EVO vHIL is a virtual Hardware-in-the-Loop framework for validating high-voltage EV powertrains, built to reduce dependence on physical benches and accelerate system-level testing.

Creator

Vishal Bagade

Independent developer of EVO vHIL — a full-stack virtual validation framework for EV systems.

I built EVO vHIL to explore how much of EV powertrain validation can be shifted into software before physical hardware becomes available. The project combines embedded firmware, Android Automotive integration, virtual networking, and deterministic fault injection into a single system-level workflow.

The goal is simple: make early validation faster, safer, and more repeatable while keeping the architecture close to production-intent behavior.

Contact

Email: vishalbagade121@gmail.com

⚡
Embedded Systems
Firmware, RTOS workflows, control logic, and system timing.
🔋
EV Architecture
Dual-pack topology, safety boundaries, and powertrain validation.
📱
Android Automotive
Vendor-side daemon integration and control-plane separation.
🧪
Virtual HIL
Renode-based simulation, CAN bridge logic, and CI fault injection.

Scope

This repository publishes architecture-level documentation and system intent. Implementation details, control logic, and hardware-specific tuning remain intentionally undisclosed.

EVO vHIL Vishal Bagade Virtual HIL EV Validation