663 Power Electronics jobs in India

MAIN TECHNICAL ACTIVITIES

• Works under the guidance of the Incubator AC battery Leader to ensure technical alignment.
• Run detailled analysis on the existing power electronic boards developed by the Incubator.
• Designs schematics of electronic board functions: snubber, high-current switching, over-current detection, over-voltage limiters
• Designs board layouts taking into account system integration requirements
• Assembles the 1st prototype board in the electronic lab
• Organizes the assembly process of consolidated board designs by a local prototype EMS
• Tests prototype boards in the electronic lab.
• Supports the AC battery prototype team to tests new power boards on batteries.
• Creates locally an electornic lab to develop and test prototype boards.
• Supports the AC battery prototype team to tests new power boards on batteries.
• REPORTING
• Documents power electronics design and validation activities with clarity and precision.
• Prepares and delivers regular progress reports to both hierarchical and functional managers.

KNOWLEDGE SHARING

• Participates actively in Saft’s Electronic Technical Circles to share knowledge and best practices.
• Provides technical feedback and insights to improve electronic design methodologies.
• Monitors the state-of-the-art on power electronics for battery-related topics and, particularly, on multi-level converter

TECHNICAL KNOWLEDGE

MANDATORY

• Proficiency in Electronic board designs with high current (>100A RMS)
• Experience in high-power switching devices such as MOSFETs.
• Solid knowledge of converter topologies, including multi-level converters.
• Knowledge of snubber circuits, transient limiters, and over-current detection
• Experience with PCB design tools such as Altium Designer.

NICE-TO-HAVE

• Experience with industrial converters developement
• Experience with automotive electronic boards development
• Knowledge of battery technologies and Battery Management Systems (BMS).

MAIN TECHNICAL ACTIVITIESWorks under the guidance of the Incubator AC battery Leader to ensure technical alignment.Run detailled analysis on the existing power electronic boards developed by the Incubator.Designs schematics of electronic board functions: snubber, high-current switching, over-current detection, over-voltage limitersDesigns board layouts taking into account system integration requirements Assembles the 1st prototype board in the electronic labOrganizes the assembly process of consolidated board designs by a local prototype EMS Tests prototype boards in the electronic lab.Supports the AC battery prototype team to tests new power boards on batteries.Creates locally an electornic lab to develop and test prototype boards.Supports the AC battery prototype team to tests new power boards on batteries.REPORTINGDocuments power electronics design and validation activities with clarity and precision. Prepares and delivers regular progress reports to both hierarchical and functional managers.KNOWLEDGE SHARINGParticipates actively in Saft’s Electronic Technical Circles to share knowledge and best practices.Provides technical feedback and insights to improve electronic design methodologies.Monitors the state-of-the-art on power electronics for battery-related topics and, particularly, on multi-level converter TECHNICAL KNOWLEDGEMANDATORYProficiency in Electronic board designs with high current (100 A RMS)Experience in high-power switching devices such as MOSFETs.Solid knowledge of converter topologies, including multi-level converters.Knowledge of snubber circuits, transient limiters, and over-current detectionExperience with PCB design tools such as Altium Designer.NICE-TO-HAVEExperience with industrial converters developementExperience with automotive electronic boards developmentKnowledge of battery technologies and Battery Management Systems (BMS).

MAIN TECHNICAL ACTIVITIES

1. Works under the guidance of the Incubator AC battery Leader to ensure technical alignment.
2. Run detailled analysis on the existing power electronic boards developed by the Incubator.
3. Designs schematics of electronic board functions: snubber, high-current switching, over-current detection, over-voltage limiters
4. Designs board layouts taking into account system integration requirements
5. Assembles the 1st prototype board in the electronic lab
6. Organizes the assembly process of consolidated board designs by a local prototype EMS
7. Tests prototype boards in the electronic lab.
8. Supports the AC battery prototype team to tests new power boards on batteries.
9. Creates locally an electornic lab to develop and test prototype boards.
10. Supports the AC battery prototype team to tests new power boards on batteries.
11. REPORTING
12. Documents power electronics design and validation activities with clarity and precision.
13. Prepares and delivers regular progress reports to both hierarchical and functional managers.

KNOWLEDGE SHARING

1. Participates actively in Saft’s Electronic Technical Circles to share knowledge and best practices.
2. Provides technical feedback and insights to improve electronic design methodologies.
3. Monitors the state-of-the-art on power electronics for battery-related topics and, particularly, on multi-level converter

TECHNICAL KNOWLEDGE

MANDATORY

1. Proficiency in Electronic board designs with high current (>100A RMS)
2. Experience in high-power switching devices such as MOSFETs.
3. Solid knowledge of converter topologies, including multi-level converters.
4. Knowledge of snubber circuits, transient limiters, and over-current detection
5. Experience with PCB design tools such as Altium Designer.

NICE-TO-HAVE

1. Experience with industrial converters developement
2. Experience with automotive electronic boards development
3. Knowledge of battery technologies and Battery Management Systems (BMS).

Investigation of electromagnetic emissions from cables or other lines into the mains or other equipment.

Analysis of electromagnetic fields emitted by the device into the environment.

Compliance with limits for interference emissions according to standards (e. g. EN55032, CISPR 11).

Typical tests:

ESD (electrostatic discharge): Protection against electrical discharges.

Burst/EFT test: Resistance to fast transient interference.

Surge test: Immunity to overvoltages.

RF radiation: Resistance to radiofrequency interference.

Magnetic field immunity: Tolerance to magnetic fields.

-EMC Simulation (responsible for selection and Interviews David Hamann)

EMC - electromagnetic compatibility - 1 Eng.

Spice Tool (LTspice, PSPICE)

Component and system level

EMC Engineering Level

Basic knowledge of power electronics, e.g. B6 bridge, flyback, DCDC-converter

1. Firmware design for power electronics in automotive domain 2. Experience in Motor control develoment 3. Hands on with control algorithms 4. Experience in Low level driver development, ADC, Memory chip eetc 5. Embedded Software dev (8/16/32 bit microcontroller platform)- Embedded C and communication protocols like CAN, SPI, I2C, UART 3. Experience in High Voltage DC applciations, PI control

MAIN TECHNICAL ACTIVITIES

• Works under the guidance of the Incubator AC battery Leader to ensure technical alignment.
• Run detailled analysis on the existing power electronic boards developed by the Incubator.
• Designs schematics of electronic board functions: snubber, high-current switching, over-current detection, over-voltage limiters
• Designs board layouts taking into account system integration requirements
• Assembles the 1st prototype board in the electronic lab
• Organizes the assembly process of consolidated board designs by a local prototype EMS
• Tests prototype boards in the electronic lab.
• Supports the AC battery prototype team to tests new power boards on batteries.
• Creates locally an electornic lab to develop and test prototype boards.
• Supports the AC battery prototype team to tests new power boards on batteries.
• REPORTING
• Documents power electronics design and validation activities with clarity and precision.
• Prepares and delivers regular progress reports to both hierarchical and functional managers.

KNOWLEDGE SHARING

• Participates actively in Saft’s Electronic Technical Circles to share knowledge and best practices.
• Provides technical feedback and insights to improve electronic design methodologies.
• Monitors the state-of-the-art on power electronics for battery-related topics and, particularly, on multi-level converter

TECHNICAL KNOWLEDGE

MANDATORY

• Proficiency in Electronic board designs with high current (>100A RMS)
• Experience in high-power switching devices such as MOSFETs.
• Solid knowledge of converter topologies, including multi-level converters.
• Knowledge of snubber circuits, transient limiters, and over-current detection
• Experience with PCB design tools such as Altium Designer.

NICE-TO-HAVE

• Experience with industrial converters developement
• Experience with automotive electronic boards development
• Knowledge of battery technologies and Battery Management Systems (BMS).