IN THIS ROLE, YOUR RESPONSIBILITIES WILL BE TO:

• Lead the development of mixed-signal electronics for products such as voltmeters, phasing tools, voltage detectors, and dielectric testers including embedded electronics.
• Define, plan, and coordinate product development, qualification, safety, and regulatory compliance testing.
• Conduct concept feasibility studies and technical risk evaluations for new products.
• Evaluate new and emerging technologies and recommend adoption for future designs.
• Ensure smooth transition to production by creating test specifications, supporting design for manufacturability, and collaborating with suppliers.
• Provide technical leadership and mentoring for junior engineers, including hands-on problem solving, debugging, and design reviews.
• Support field investigations and resolve manufacturing or supply chain issues throughout the product lifecycle.

WHO YOU ARE:

You readily take action on challenges, without unnecessary planning. You work cooperatively with others across the organization to achieve shared objectives. You break down objectives into appropriate initiatives and actions. You follow through on commitments. You understand internal and external stakeholder requirements, expectations, and needs.

FOR THIS ROLE, YOU WILL NEED:

• Bachelor's / Master's degree in electrical / electronics engineering or a related field.
• Minimum experience of 7+ years for Bachelor's OR 5+ years for Master's degree in field of electronics design.
• Strong proficiency in mixed-signal circuit design and PCBA layout.
• Experience with test equipment and measurement techniques.

PREFERRED QUALIFICATIONS THAT SET YOU APART:

• Knowledge of electric and magnetic field theory and its application to high-voltage measurement and safety.
  
  • Electronics design for High voltage measurement will be an added advantage.
• Familiarity with electrical safety, functional safety, and EMC compliance standards (UL, CSA, CE, IEC, FCC).
• Experience with microcontroller-based embedded systems, including power management and communication interfaces.
• Experience with reliability modeling and rugged environmental design for harsh, high-voltage utility environments.
• Hands-on experience with rechargeable, battery-powered systems for low-power optimization.
• Design experience with mass-produced electronics (PCBs, cable assemblies, sensors, etc.).
• Strong background in problem solving and debugging across both lab and field environments.