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EMotorad (Inkodop Technologies Pvt Ltd), Bangalore
External Consultant - Hardware Development
Sept 2024 - Present
Electric Two-Wheeler – 900W Off/ON Board Charger
In - Progress
Engineer – Hardware Development
Oct 2023 — Aug 2024
E-Bike - Smart Motor Controller Unit – 250W (Electric - Bicycle)
Designing of complete powertrain architecture of the E-Bike (Electric Bicycle). Integrated connected feature for the MCU
using Bluetooth. Power calculations, Hardware Design, Component Engineering and Vendor management.
Compliance Testing – AIS-004 Part – 3
E-Bike - Connected Display (Electric - Bicycle)
Designed a standalone display consisting of LTE with 2G fallback and GNSS feature for trip data, location tracking and SOS.
Coloured TFT – Non – Intelligent with touch.
Electric Two-Wheeler – 48V Battery Management System
Contributed to the Architecture and Hardware Design of 48V BMS for 2 – Wheeler system.
NXP based AFE and Microcontroller for NMC based batteries
Pre-charge resistor calculation, PCB Layout with EMI / EMC compliance.
Electric Two-Wheeler – Instrument Cluster (Body Control and Telematics Unit)
Contributed to the Architecture and Hardware Design of stackable cluster unit with independent BCM and TCU module.
TCU – Android System with MIPI Touch Display using Quectel Module.
BCM – Over/Under Voltage Protection, Reverse Polarity Protection
E-Bike - Intelligent Battery Management System – 36V/48V (Electric - Bicycle)
Architecture and Hardware development of BMS compatible with 36V and 48V architecture using TI based AFE and NXP
based microcontroller.
Compatible with NMC and LFP batteries.
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HoloWorld (Kaaya Virtualization Private Limited), Mysuru
Robotics Hardware Engineer & Product Manager
Sept 2022 — Present
HoloSuit - B2B
Leading the Design and development of Holosuit, encompassing both Hardware and Software.
The cutting-edge full-body motion capture suit is specifically designed for
Virtual Reality and XR
applications with a realistic sense of feel and touch.
Designed the comprehensive Electronics System, encompassing integrated
harness solutions for
functional scalability, captivating aesthetics, and effortless maintenance.
Worked with cross functional teams to ensure product success,
including software engineers,
mechanical engineers, Industrial designers, apparel designers and quality assurance team.
Cleaning Robot (Client) - B2B
Designed Wiring Harness for the Robot(Cobot) and Sensors - ATEX Environment
Build Your Own Robot(BYOR) - B2C
Designed BMS for the company's consumer product serving over 1000+ customers.
4 - Wheeled Research Robot
Designed and developed hardware for a four-wheeled omni-directional robot
with autonomous navigation
capabilities.
Performed hardware selection, battery calculations and wiring harness
design to ensure optimal
performance, efficient power management, and seamless integration for all components.
Exo - Skeleton
Engaged in Motor Selection, power calculation,
control electronics integration and mounting.
Responsible for executing wiring harness for
medical rehabilitation lower body exoskeletons.
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Mahindra & Mahindra, Automotive Division, Nashik
Assistant Manager
Mar 2021 — Sep 2022
Paint Shop
Successfully developed an in-house auto colour changer, resulting in 8% reduction in solvent
consumption during painting.
Experienced in handling sealer robot of FANUC, including programming and troubleshooting using Teach
Pendent.
Proficient in working with painting robots such as DURR, Eco Screen 3D Onsite, KEBA Teach Pendant, and
Wonderware In – Touch.
PLC Programming skills with Allen Bradley and Factory Talk HMI.
Familiarity with sensors, IO mapping/programming, VFDs, circuit breakers, relays, protection devices,
and cabling.
Communication Protocols – Ethernet TCP/IP, RS232, RS485, Control-Net, DH+.
Implemented fail-safe Poka-Yoke mechanisms at critical areas in the Paint shop process.
Designed SOP for the Digital Quality system.
Graduate Engineer Trainee
Mar 2021 — Feb 2022
Press Shop
Defect elimination on body panels in the press line using OpenCV
Conceptualized and implemented an automatic cushion pin detection system for Draw Die, using a
low-cost setup and PLC for identification of proper seating.
Yet to be filled
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SAEGCT Collegiate Club - GCT
Electrical Subsystem Lead
Dec 2017 — Apr 2020
Led a team of four in the Electrical System department, ensuring strict
adherence to a challenging
10-month product delivery schedule and fostering relationships with 20+ sponsors.
Utilized NI cDAQ, Arduino, a dynamometer, and leveraged MATLAB simulations
to gather and analyse
vehicle parameters.
Implemented Data-driven design, yielding an impressive 35% reduction in
weight and a 25% reduction in
parts.
Secured the 21st overall position and ranked 8th in the cost event,
competing against 100 schools
worldwide at BAJA SAE Arizona 2020.