Lead. Hardware Engineer

Job Description

  1. Lead the end-to-end development of hardware systems for IoT-based solutions, including electronic circuit design, PCB layout, enclosure integration, and system validation.
  2. Coordinate with cross-functional teams such as firmware, embedded software, mechanical design, procurement, and production to ensure cohesive and timely project execution.
  3. Manage hardware development resources, including component selection, vendor relationships, and technical personnel.
  4. Analyze project requirements and propose effective and manufacturable hardware designs aligned with reliability and safety standards.
  5. Supervise the prototyping, functional testing, and debugging processes to validate performance and resolve issues early in the development cycle.
  6. Research, evaluate, and integrate new technologies to improve system capabilities and keep products ahead of industry trends.
  7. Drive continuous improvement through testing feedback, design iterations, and stakeholder collaboration to refine and optimize hardware products.
  8. Ensure hardware development aligns with budget, timeline, and quality targets across different product lines such as solar monitoring systems, smart PDUs, and fleet management devices.
  9. Mentor and guide junior engineers and technicians, while creating and managing documentation for hardware standards and processes.


Job Requirements

  1. Graduate from Bachelor, Diploma degree from Electrical Engineering, Electronics, Mechanical Engineering or other related majors.
  2. Have a minimum 3 years of experience in Hardware Development with at least 1–2 years in a leadership or project coordination role.
  3. Proven experience leading hardware projects for IoT, including smart energy monitoring systems, data acquisition units, and embedded control devices.
  4. Strong leadership skills with the ability to delegate tasks and mentor the team.
  5. Hands-on experience with microcontrollers (ESP, AVR or STM) and embedded programming using C/C++.
  6. Familiar with integrating sensors, MCUs, communication modules (e.g., RS485, Modbus, CAN), and power systems.
  7. Experienced in analog and digital circuit design, PCB layout (using Altium or similar tools), and enclosure design.
  8. Familiar with integrating sensors, MCUs, communication modules (e.g., RS485, Modbus, CAN), and power systems.
  9. Experience overseeing the assembly of medium- to large-volume hardware units and ensuring production quality and consistency.
  10. Ability to analyze test data, improve designs, and ensure compliance with safety and EMC standards.

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