HarshSaini

Hardware Design Engineer

Hardware design engineer with hands-on experience in embedded systems and PCB layout, skilled in hardware development and system integration, eager to take on challenging roles and opportunities in technology development.

Let's Work Together

About Me

Hardware design engineer with hands-on experience in embedded systems and PCB layout, skilled in hardware development and system integration, eager to take on challenging roles and opportunities in technology development.

Detailed View

Professional Journey

A comprehensive look at my professional journey and career milestones.

01
Position

Hardware Design Engineer (R&D)

Winet Infratel Private Limited, Noida

July 2025 – Present

Overview

Designing EVSE chargers and developing custom PCB layouts for control and communication systems.

Key Achievements

Designed EVSE chargers including 3.3kW and 7.4kW models with Type-2 interface
Developed custom PCB layouts using KiCad for ESP32-based systems
Involved in hardware development for 10kw/22kw smart charging stations
02
Position

Hardware Engineer (R&D)

Cikitsam, Kurukshetra

Nov 2024 – Feb 2025

Overview

Worked on HRV monitoring device development and hardware troubleshooting.

Key Achievements

Developed an HRV monitoring device using ESP32-C3 Xiao and MAX30102 sensor
Troubleshot hardware and serial monitoring issues
Collaborated on prototype performance optimization
03
Position

VLSI Design Intern (R&D)

Department of Electronic Science, Kurukshetra

July 2024 – Aug 2024

Overview

Designed and simulated ASIC circuits.

Key Achievements

Designed and simulated ASIC circuits using Cadence Virtuoso
Created schematics, layouts, and validated designs through simulations
Improved circuit performance and manufacturability
04
Position

Project Intern (PPC)

Maruti Suzuki India Limited, Gurugram

Aug 2023 – Sept 2023

Overview

Optimized production workflows and improved decision-making tools.

Key Achievements

Optimized automotive production workflows by analyzing automation sequences
Improved decision-making tools and control logic to enhance efficiency

Project Showcase

Hover to explore each project in detail

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60W SMPS using Flyback Topology

Designed and implemented a 60W SMPS circuit for isolated power conversion

Flyback topologyHigh-frequency switchingFeedback control
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CMOS Two-Stage Operational Amplifier

Designed and simulated a CMOS two-stage op-amp in 180nm technology

Cadence VirtuosoSchematic capturePerformance verification
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CNC Machine for 2D Drawing

Designed and built a 2D CNC drawing machine for precise motion control

Arduino NanoStepper motorsCNC Shield

Let's Connect

I'm always interested in hearing about new projects and opportunities.

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