Electrical & Electronics Engineer

About the role

The Electrical & Electronics Engineer will lead product evaluation and verification testing to ensure high quality and reliability of electronic assemblies. Working closely with cross‑functional teams, you will troubleshoot failures, perform root‑cause analysis, and support continuous product improvement throughout the development lifecycle.

Key responsibilities

• Execute product evaluation and verification tests according to established test plans and document results for analysis.
• Perform failure analysis on defective products and components, identify root causes and recommend corrective actions.
• Evaluate and select components from the Approved Vendor List, supporting value‑engineering and alternative sourcing initiatives.
• Prepare, maintain and update technical documentation such as assembly drawings, parts drawings and Bills of Materials.
• Analyze test data and provide recommendations to enhance product performance, quality and reliability.
• Provide technical and documentation support during prototype builds, production sample builds and product development activities.
• Collaborate with cross‑functional teams to resolve technical issues and drive continuous improvement.

Required profile

• Bachelor’s degree in Electrical/Electronic Engineering or a related field.
• Experience in product design and development, preferably with microcontroller or microprocessor‑based designs.
• Hands‑on experience in product testing, failure analysis and use of test equipment for troubleshooting.
• Strong analytical mindset, attention to detail and ability to work both independently and within a team.
• Willingness to meet deadlines and work overtime when required; candidates with no prior work experience are also welcome.

Required skills

• Microcontroller and microprocessor design.
• Product testing and failure analysis.
• Use of electronic test equipment.
• Knowledge of electronic components and circuit fundamentals.
• Reading and interpreting engineering drawings and schematics.
• Familiarity with mechanical control systems.
• Communication interfaces: SPI, I²C, RS‑232, Parallel, USB, SATA.
• BOM management, component selection and value engineering.