Embedded Systems · EV Powertrain · Virtual Validation

Vishal Bagade
Engineer

Building full-stack validation infrastructure for high-voltage EV systems — from bare-metal firmware to Android Automotive integration.

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Stack

Technical Competencies

Hardware
  • High-Voltage EV Topology
  • Dual-Pack BMS Architecture
  • Contactor Control Logic
  • Precharge Circuits
  • CAN Bus / ISO 15118
  • ASIL-inspired Safety Design
Firmware
  • Embedded C / C++
  • RTOS Workflows
  • Renode Simulation
  • Deterministic Fault Injection
  • State Machine Design
  • CAN Bridge Logic
Systems
  • Android Automotive OS
  • Vendor-side HAL Daemons
  • Virtual HIL Frameworks
  • CI Fault Injection Pipelines
  • System-level Test Architecture
  • Linux / vSocket Networking
Work

Projects

Engineering projects spanning embedded systems, virtual validation infrastructure, and automotive software integration.

Active
⚡

EVO vHIL

Full-stack virtual Hardware-in-the-Loop framework for validating high-voltage EV powertrains. Spans production firmware, Android Automotive integration, and deterministic fault injection — without physical hardware.

Renode CAN Android Automotive Embedded C
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🔥 Trending
🐧

WSL2 SocketCAN Custom Kernel

A custom-compiled Linux kernel for WSL2 enabling native SocketCAN and vCAN interfaces. Built to facilitate virtual EV firmware testing without physical Linux hardware or USB adapters.

Linux Kernel SocketCAN WSL2
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Completed
🏍️

76V Custom E-Bike

Ground-up engineering of a 3Kw Hub Motor, 76V electric bike with 75Ah Battery.

Hardware Powertrain Low Voltage
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In Progress
🔋

BMS Architecture

Deep-dive into the EVO Battery Management System: real-time fault handling, dual-pack energy coordination, and safety-critical state transitions across the traction pack.

ISO 26262 RTOS State Machines
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