Headline

Embedded Systems & IoT Engineer @ VisioAstraa EV Avademy| Specializing in EV Tech, Hardware Product Marketing & Cost-Efficiency Strategy |

About

Engineering hardware with a market-first mindset. I am an Embedded Systems & IoT Engineer who bridges the gap between complex silicon and commercial success. Having recently completed my hands-on development internship at VisionAstraa EV Academy, I specialize in building robust hardware systems optimized for the electric vehicle (EV) and smart tech ecosystems. What sets me apart is a strong techno-commercial perspective. I don't just design functional circuits; I engineer for product-market fit, scalable architectures, and optimal unit economics (BoM reduction and component cost analysis). How I Add Value: The Technical Core: Academic foundation in EEE from RNS Institute of Technology with expertise in PCB Design & Assembly, Embedded C, MATLAB/Simulink, and VLSI systems. Business & Product Marketing: I translate deep-tech specifications into clear, high-impact value propositions. I align hardware design with Go-To-Market (GTM) strategy, product lifecycle planning, and B2B positioning. Cost-Conscious Engineering: Proven ability to balance high performance with financial optimization, managing Bill of Materials (BoM) to ensure product profitability. Core Competencies: Systems & Firmware: PCB Fabrication, Circuit Testing, Embedded C, Microcontrollers, VLSI Design. Automotive & IoT: EV Powertrain Concepts, Smart Systems, MATLAB/Simulink modeling. Strategic Execution: Hardware Product Marketing, GTM Strategy, Component Cost Optimization. Credentials: Certified in Digital Electronics and VLSI Digital Design by Infosys.

Location

Bengaluru

AI stack

claude

gemini

grok

ChatGPT

Chroma

Microsoft Copilot

Work experience

Student Intern at VisionAstraa EV Academy, Feb 2026 - May 2026 · 4 mos, Bengaluru, Karnataka, India, Developed firmware for real-time monitoring of EV parameters using high-performance embedded systems. Integrating sensor-to-cloud communication for remote diagnostics of Battery Management Systems (BMS) . Optimizing mechatronic control loops to enhance motor synchronization and overall powertrain efficiency. Interfacing hardware sensors (Thermistors, Hall-effect) with microcontrollers to ensure operational safety.

Education

Electrical and Electronics, Electrical and Electronics Engineering, RNS Institute of Technology - India

Associate of Electrical Engineering, Electrical and Electronics Engineering, Government Polytechnic college