Hardware Design Engineer Embedded Systems
Hardware Design Engineer Embedded Systems
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4-5years
3 - 5
1 Vacancy
Job Description
Job Summary
We are seeking a skilled and passionate Hardware Design Engineer with a strong background in power electronics and embedded systems. The ideal candidate will have hands-on experience in designing power supplies embedded hardware and digital/mixed-signal circuits. You should be comfortable working across the full hardware development lifecycle from schematic design to hardware testing and certification.
Key Responsibilities
- Design and develop power supplies including Flyback SMPS DC/DC converters and LDOs.
- Develop hardware for capacitive touch-based microcontroller units (MCUs).
- Design with 8/16/32-bit microcontrollers from platforms such as AVR PIC and ARM Cortex.
- Implement communication protocols such as UART I2C and SPI.
- Ensure designs are EMI/EMC compliant; identify and resolve EMI/EMC issues.
- Develop digital and mixed-signal electronic circuits including analog designs with discrete components.
- Design for safety and compliance with standards like UL TUV etc.
- Create schematic diagrams netlists and BOMs using ECAD tools.
- Conduct performance testing using DMMs DSOs logic analyzers and function generators.
- Prepare and execute test plans; document findings in test reports.
- Debug and evaluate hardware to meet product specifications.
Ideal Candidate Profile
- Strong passion for electronics hardware and embedded systems.
- Proficient in reading and interpreting schematics and electronic component datasheets.
- Solid experience with Embedded C programming.
- Independent and motivated with a strong desire to learn and adapt to new technologies.
- Capable of independently architecting developing and testing embedded hardware products.
- Excellent problem-solving debugging communication and teamwork skills.
Technical Keywords
- Hardware Design Power Supply Design Digital & Mixed Signal Design Electronic Circuit Design
- Microcontrollers: Arduino AVR PIC ESP8266 Microchip Atmel Studio
- Communication: UART I2C SPI
- Capacitive Touch Sensors ECAD Tools Test & Measurement Instruments
SMPS (Flyback Switch Mode Power Supplies) DC/DC Converter Design LDO (Low Dropout Regulator) Design Microcontrollers: AVR, PIC, ARM Cortex Communication Protocols: UART Communication Protocols: I2C Communication Protocols: SPI EMI/EMC Compliance & Debugging ECAD Tools (Schematic & PCB Design) Embedded C Programming
Education
Bachelor s degree in Electronics & Communication Engineering (ECE), Electrical & Electronics Engineering (EEE), or a related field. Master s degree is a plus.
Employment Type
Full Time
