Electrical Design Engineer

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 Phautomotive drives, AC/DC Power supplies . These products use Delta'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.

· Basic understand on 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, SPI, UART, CAN, RS485, MODBUS etc.

· Advanced large signal stability analysis and techniques to stabilize feedback loops would be an added advantage

• Knowledge of UPS, Inverter Testing.
• PWB schematic preparation, BOM preparation, vendor identification.

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

Location: Bangalore, India

Experience: 3- 6 years

Skills Required
cross compilers , digital filters , Assembly Language, I2c, Spi, Uart, Can, Jtag, Debuggers, Control Algorithms, Bom Preparation, C, Power Electronics, Bdm, Modbus, Rs485, ice, Matlab