Director Hardware Engineering Renewable Energy

JD: Director Hardware Engineering Renewable Energy

Location: Pune

Key Responsibilities

Lead and manage complete product development lifecycle from hardware engineering to system architecture.

Work with all stakeholders to prototype, test and deploy new products into operation.

Responsible for design, development, of AC-DC & DC-DC SMPS, Flyback, Forward, Full Bridge, Half Bridge, and Push-Pull Converter for low, medium, and high Voltage

Develop and validate power electronics for high power battery chargers.

Develop and verify digital and analog power electronics control hardware.

Performing analysis such as Derating, FMECA (Failure mode, effects and criticality analysis), Reliability, Theta-JC, DFMEA (Design Failure Mode and Effect Analysis).

Design of converter which includes Selection of Topology, MOSFET, Capacitors, PWM IC, Driver circuit.

Create test procedures to verify hardware designs.

Develop and test power electronic circuits, digital logic, microcomputer and analog circuits.

Ensure products satisfy UL, CSA, IEC, IEEE, EU and EN requirements.

Prepare product or system layout and detailed drawings and schematics.

Design, develop control systems and electrical hardware for various R&D projects related to electrification.

Prepare product reports and documentation (Requirement specification doc, Systems diagram, Flowchart, Firmware architecture, Code documentation, etc.)

Capture design specification in well documented requirement specifications and evolve appropriate systems architecture.

Pre-requisites

B.E/M.E/B.Tech/M.Tech Degree in Electrical/Electronics Engineering with 6+ years of relevant work experience.

Proven competency in analog and digital circuit design and validation using Altium, Or CAD or other relevant tools.

Experience using simulation and modeling tools such as PSpice.

Proficient in rapid prototyping techniques.

Advanced user of oscilloscopes, signal generators, logic analyzers and other instruments.

Well versed in design failure mode and effect analysis (DFMEA) process.

Strong critical thinking / problem solving skills.

Demonstrated ability to solve practical problems with a variety of variables in situations where

only limited standardization may exist.

Solid understanding of core concepts including Power Electronics, Analogue Circuits, Microcontrollers, Embedded C & C ++ etc, Firmware, Mini Grid, Micro Grid, IOT, Renewable Battery Charger, high Voltage, Solar base.

Creativity and analytical skills Ability to communicate technical knowledge in a clear and understandable manner

Team Player, Can work well with maintaining track of projects during pilot and full rollout to production.

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