Firmware Engr R&D Must MTech AlgorthmsDev Power Electronics Global MNC

Valuable Consulting And Technologies; Bengaluru; On-site; INR 1,200,000 - 2,400,000; Full time

Job summary

Valuable Consulting And Technologies in Bengaluru seeks a Digital Power Control Design Engineer to develop control algorithms and their digital implementation for next‑gen power conversion hardware.

You will model power electronics in MATLAB/Simulink, design PWM and feedback loops, and work with MCU/DSP toolchains to realize high‑efficiency converters. Automotive drive experience and EMI considerations are a plus.

Qualifications

• Thorough knowledge of power electronics /power conversion topologies and control.
• Power control theory and MATLAB simulation environments.
• MCU/DSP based software development on platforms with cross compilers and in-circuit debugging.
• Proficiency with hardware debuggers, logic analyzers and ICE.
• DSP components such as digital filters and adaptive signal processing.
• Protocols/interfaces: I2C, CAN, RS485, LAN, MODBUS.
• Advanced stability analysis for feedback loops is a plus.

Responsibilities

• Develop control algorithms and digital implementations for next‑gen power conversion hardware.
• Model power electronics circuits in MATLAB/SIMPLIS and develop modern state‑of‑the art algorithms.
• Design supervision controls/communications, PWM techniques, nonlinear/adaptive feedback for stability and EMI considerations.

Skills

Power electronics topologies

MATLAB/Simulink modeling

C/C++/ Assembly

DSP/Microcontroller debugging

PWM/control design

CAN/I2C/RS485/MODBUS protocols

Adaptive / nonlinear feedback

Education

Master's degree in Electrical/Electronics/Communication

Tools

MATLAB/Simulink toolchain

DSPIC/TI/Infineon toolchains

Job description

Job Description: Digital Power Control Design Engineers

will be responsible in developing control algorithms and digital implementation of the same for next generation of power conversion design. These include, bi-direction AC/DC/AC converters and inverters, 3 Ph automotive drives, AC/DC Power supplies . These products use Company;s advanced technologies to achieve industry leading high efficiencies and power densities while remaining cost competitive.

Modeling of power electronics circuits in MATLAB /SIMPLIS and developing most modern algorithms for state of art power conversion topologies.

Design requirements include supervisory controls/communications, PWM techniques, nonlinear / adaptive feedback for improved stability, failure prediction, frequency modulation for emi control, efficiency tuning for PFC standby/housekeeping supplies and DC/DC conversion.

Skills/Abilities:

• Thorough knowledge of power electronics /power conversion topologies and control
• Power Control theory & algorithms. simulation environment like MATLAB.
• Microcontroller /DSP based software development on platforms like Microchip DSPIC-, Ti, Infineon using C/C++, Assembly language and the entire tool chain of cross compilers ,debuggers (BDM / JTAG) in circuit emulators.
• Proficiency at use of Hardware debuggers, logic analyzers and ICE
• Sound understanding of DSP components such as Digital filters, adaptive signal processing
• Protocols /Interface such as I2C, CAN, RS485, LAN, MODBUS etc.
• Advanced large signal stability analysis and techniques to stabilize feedback loops would be an added advantage

Qualifications: Master/ first class graduate engineering degree in any of the following disciplines: Electrical /Electronics/ Communication

Experience: 3- 10 years