As a Hardware Design Engineer with 2+ years of experience, you will be responsible for the design, development, and validation of electronic circuits used in embedded, industrial, or power-based products. You will be involved in schematic design, component selection, testing, and debugging. You will also support cross-functional teams during prototyping, production, and field issue analysis.
This role requires strong hands-on skills in hardware design, testing, and a good understanding of product life cycle from concept to deployment.
Roles and Responsibilities
Circuit Design & Development
Design analog, digital, and mixed-signal circuits based on functional requirements
Select appropriate components considering cost, availability, and performance
Perform circuit level calculation and verify by prototyping with records.
Create schematics using tools like
Altium
,
Eagle
, or equivalent
Coordinate with PCB designers for layout and routing, ensuring design rules are met
Implement proper ESD, EMI/EMC, and over-voltage protection techniques
Testing & Validation
Assemble and test hardware prototypes in the lab
Validate power rails, clock signals, digital interfaces, and I/O performance
Create test plans and document results in test reports
Track bugs and work with firmware and QA teams to resolve issues
Use tools like
oscilloscope, multimeter, logic analyzer
, and
thermal camera
for measurement and debugging
Support firmware and embedded software teams during system-level integration and validation
Production & Documentation Support
Prepare and maintain design documents: schematic, BOM, test reports, and application notes
Release
Product Transfer Documents
to production (testprocedures, troubleshooting etc.)
Support manufacturing team during pilot builds or new product introductions
Implement design revisions based on component changes or production feedback
Update design files and documents when changes are made
Field Failures - RCA and CAPA
Analyze failed units returned from field or production
Perform
Root Cause Analysis (RCA)
using electrical measurements, visual inspection, and schematic/layout analysis