| Detail | For this role |
|---|---|
| Department | Engineering |
| Level | Entry level |
| Reports to | R&D Manager |
| Direct reports | None |
| Experience | Fresher or up to 2 years in electronics design |
Electronics Engineer job description template
Copy this job description, replace the text in square brackets and post it on your careers page or a job portal.
Job title: Electronics Engineer
Department: Engineering
Reports to: R&D Manager
Location: [City], [office, branch or site]
About the role
An Electronics Engineer designs, builds and tests electronic circuits and boards for products and equipment. They work on schematics, PCB layout, component selection and testing, and help bring hardware from prototype to production. The role sits in R&D or product engineering. A good Electronics Engineer designs reliable circuits, debugs boards methodically, keeps designs manufacturable and cost effective, and documents the hardware clearly.
Key responsibilities
- Design electronic circuits and prepare schematics for products or equipment.
- Lay out printed circuit boards and prepare fabrication files.
- Select components for function, cost, availability and long term reliability.
- Build and test prototypes and debug hardware issues methodically.
- Run functional, EMC and environmental tests and record results.
- Support firmware and hardware integration with the software team.
- Prepare bills of material and production documentation for the board.
- Support production with test jigs, procedures and hardware troubleshooting.
- Investigate field failures and feed improvements back into the design.
Requirements
- Bachelor's degree in electronics or electrical engineering
- Training in PCB design tools
- Hands on prototyping experience is an advantage
- Fresher or up to 2 years in electronics design
KRAs and KPIs for a Electronics Engineer
Key result areas for the appraisal form, each with a KPI you can measure every month or quarter.
| Key result area | How to measure it |
|---|---|
| Design reliability | Prototype boards pass functional test at first or second build |
| Manufacturability | Designs pass production and test with no major rework |
| Component cost | Bill of material cost within the target for the product |
| Test coverage | All functions and limits tested and documented |
| Debug speed | Hardware faults root caused within the planned time |
| Documentation | Schematics, BOM and test records complete at handover |
Skills and tools
Tools used day to day: Altium or KiCad, Oscilloscope and multimeter, Soldering and rework station, Signal generator, MS Excel.
Reporting line and career path
Next roles: Senior Electronics Engineer, Hardware Design Lead, R&D Engineer
Interview questions for a Electronics Engineer
- Walk me through designing a simple power supply circuit.
- How do you approach laying out a PCB for a noisy signal?
- How do you debug a board that does not power up?
- How do you select a component when the first choice is out of stock?
- What tests would you run before releasing a board to production?
- How do you design for EMC from the start?
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What does an Electronics Engineer do?
An Electronics Engineer designs, builds and tests electronic circuits and boards. They prepare schematics, lay out PCBs, select components, debug prototypes and run tests, then support production and field issues. Their job is reliable, manufacturable, cost effective hardware, documented well enough for others to build and support.
What software does an Electronics Engineer use?
Common PCB design tools are Altium Designer and KiCad, with lab tools like oscilloscopes, multimeters, signal generators and soldering stations for build and test. Familiarity with component libraries, EMC basics and test procedures matters as much as the software for real product work.
What qualifications does an Electronics Engineer need?
A BE or BTech in electronics, electronics and communication or electrical engineering. Employers value hands on prototyping, PCB design skills, methodical debugging and an understanding of manufacturability and cost. Project work and internships strengthen a fresher profile more than theory alone.