What Your Role Entails
To spearhead design and development of embedded controllers and inverter drives for the entire range of products (Room AC, ducted VRF, Chillers and heat pumps). This role will focus on leveraging digital platforms and cultivating expertise in emerging technologies and will also ensure our products meet stringent compliance standards while driving innovation and agility in electronic hardware design
What You’ll Do:
1. Electronic Hardware Testing - Ensure DFM, DFA, and DFT compliance during design. - Perform thermal analysis, derating analysis, and circuit simulation as required.
2. System Architecture & Interface Design - Define the overall electronic system architecture, including power circuitry, sensing networks, safety protections, and motor integration, communication interfaces (UART, RS485, CAN, I²C, SPI).
3. Firmware Integration & Handshaking Definition - Develop and document handshaking protocols between hardware, compressor drive, and fan drive. - Work closely with firmware teams to validate logic, fault handling, and system safety behaviours.
4. System Validation & Testing - Conduct functional testing, performance validation, and environmental testing (high/low temp, humidity, thermal shock) for electronic systems. - Ensure compliance with EMI/EMC, UL/IEC safety standards, and regulatory requirements. - Execute DFMEA, PFMEA, and reliability evaluations (surge, ESD, vibration).
5. Prototype Development & Issue Resolution - Release engineering prototypes, and drive design improvements. - Lead root-cause analysis for field issues, testing failures, and production problems. - Collaborate with manufacturing, quality, and supplier teams for corrective actions.
6. Documentation & Change Management - Prepare and maintain technical documentation: schematics, BOMs, DFMEA, validation reports, test plans, release notes. - Manage ECN/ECR processes and maintain version control for hardware and software releases.
7. Cross-Functional Collaboration - Work with mechanical design, refrigeration system design, firmware, software/IoT, sourcing, and supplier engineering teams. - Support supplier qualification for electronic components, PCBs, SMPS modules, sensors, and assemblies.
8. Cost Optimization - Identify cost-reduction opportunities in component selection, board design, and system architecture. - Optimize PCB real estate and reduce module-level complexity without affecting reliability.
9. Project Execution - Prepare risk assessments, mitigation plans, and development timelines.
Your success is grounded in
1.Technical Expertise:
a) System Architecture.
b) Test Standards and System Functionality.
c) Understanding of Inverter Drives & Power Electronics
d) Understanding of IoT based technologies e) Switch gear Selection
2. Experience in following areas:
a) Control system Development
b) Inverter Drive evaluation and its Qualification process.
c) Understanding of User Interface devices.
d) IoT related development
3. Know how in following areas:
a) Various types of Sensors
b) Soft-starters, VFDs
c) Regulatory and Safety standards
d) EMI / EMC test standards
e) Communication Protocols like Modbus, BACnet, etc.
f) Wireless Technology
4. Project Management:
a) Simultaneous execution of multiple development projects (around 20 at a time)
b) Coordination with CFT members
c) Effective utilization of resources
Pay: ₹1,200,000.00 - ₹1,400,000.00 per year
Work Location: In person
