Senior Engineer - Control Electronics

Key Responsibilities:

1. Circuit Design and Implementation:

• Design and implement low-power analog circuits (e.g., op-amps, filters, power, BJTs, FETs) and digital circuits (logic, C, memories).
• Conduct circuit tolerance analysis using tools such as Excel, Spice-based Monte-Carlo analysis, TINA, or equivalent.

1. Hazardous Location Compliant Design:

• Select electronic components and design PCBs in compliance with railway and industrial standards (IEC, EN, UL, CE) for intrinsic safety, functional safety, and EMI/EMC standards.

1. Design Modifications and Issue Resolution:

• Analyze designs and modify them to address End of Life (EOL), manufacturing, or customer-related issues.

1. Hardware Testing and Debugging:

• Bring up boards and execute low-level hardware tests to ensure designs meet target specifications.
• Use various test equipment (e.g., oscilloscopes, DMMs, logic analyzers) to debug boards and resolve issues.

1. Test Plans and Reports:

• Generate test plans and reports for electrical and environmental testing to ensure product compliance and performance.

1. Fabrication Support:

• Assist with the fabrication process, including procurement, assembly, and testing of prototype hardware.

1. Design Verification:

• Perform or oversee design verification tests to confirm that designs meet specifications and standards.

Required Skills & Qualifications:

• Educational Qualification:

• B. Tech / B. E in Electronics, Electronics and Communication, or Electronics & Telecommunication.

• Experience:

• 7-9 years of experience exclusively in electronics design and development, particularly in industrial product design.

• Technical Skills:

1. Industry Background:

   Experience in industrial product design and development involving electronics circuits.

2. CAD & Simulation Tools:

   Proficiency with CAD schematic capture, PCB layout tools, and circuit simulation tools.

3. Circuit Design:

   Strong experience with low-power analog (op-amps, filters, power, BJTs, FETs) and digital circuits (logic, C, memories).

4. Compliance Knowledge:

   Knowledge of hazardous location compliant design and standards (IEC, EN, UL, CE), with a focus on intrinsic safety, functional safety, and EMI/EMC.

5. Testing and Debugging:

   Ability to bring up boards and perform hardware testing using various test equipment, including oscilloscopes, DMMs, and logic analyzers.

6. Simulation Tools:

   Proficiency with Spice-based Monte-Carlo analysis, TINA, and equivalent tools.

Core Competencies:

• Strong problem-solving skills, with the ability to analyze and modify designs for performance improvement and issue resolution.
• Detail-oriented with the ability to ensure compliance with complex industry standards.
• Ability to collaborate with cross-functional teams, particularly in manufacturing and fabrication.
• Strong communication skills to generate clear test plans, reports, and documentation.