Senior Electronics Hardware

Key ResponsibilitiesLead the end-to-end design and development of electronic hardware for automotive products and smart devicesDesign and optimize electronic schematics and multilayer PCB layouts using Altium Designer, Eagle or KiCadSelect and integrate microcontrollers, sensors, power management circuits and wireless communication modules including Bluetooth, RF and Wi-FiCollaborate with embedded software engineers to develop firmware architecture and ensure seamless hardware-software integrationPerform circuit simulation, prototyping, testing, debugging and validation to achieve optimal product performance and reliabilityWork closely with mechanical, industrial design, manufacturing and quality teams throughout the product development lifecycleConduct Design for Manufacturing (DFM) and Design for Testability (DFT) reviews to improve manufacturability and production efficiencyEnsure compliance with automotive and international standards including EMI, EMC, CE, FCC and ISO 9001:2015 Quality Management System requirementsSupport component selection, BOM optimization, cost reduction initiatives and product lifecycle improvementsMentor junior engineers and provide technical leadership across engineering projectsIdentify opportunities for continuous improvement, innovation and process enhancementBachelor's or Master's degree in Electrical Engineering, Electronics Engineering, or Electronics & Communication Engineering. Minimum of 7 years of experience in electronics hardware design, preferably within automotive OEM electronics or automotive accessory product development. Proven experience delivering products from concept through production.Key ResponsibilitiesDesign, develop, test and maintain embedded software and firmware for automotive electronic products.Develop bare-metal firmware for ARM Cortex-M microcontrollers, including STM32, NXP LPC, and Microchip PIC and maintain RTOS-based applications using FreeRTOS, ThreadX, mbed, or similar real-time operating systems.Design and implement Layer 1 (PHY) radio front-end algorithms on FPGA or microcontroller Layer 2 communication protocols for embedded systems.Develop Linux device drivers, kernel modules, and Board Support Packages (BSPs) for custom hardware.Build and customize embedded Linux images using Yocto and related tools.Implement embedded networking solutions using TCP/IP, UDP, and client/server architectures.Integrate and troubleshoot communication interfaces, including CAN, CAN-FD, J1939, LIN, SPI, I2C, UART, and USART.Develop embedded software using C, C++, and assembly language.Perform debugging, validation, and performance optimization using laboratory instruments such as oscilloscopes, logic analyzers, spectrum analyzers, CMW500, and LCR meters.Participate in code reviews and ensure compliance with coding standards and software quality best practices.Collaborate with hardware, mechanical, manufacturing, and quality teams throughout the product development lifecycle.Support New Product Development (NPD) and New Product Introduction (NPI) activities.Ensure compliance with ISO 9001:2015 Quality Management System requirements and contribute to continuous improvement junior engineers and provide technical guidance to the engineering team.Stay up to date with emerging embedded technologies, automotive standards, and industry best practices.Qualifications & ExperienceBachelor's or Master's degree in Electrical Engineering, Electronics Engineering, or Electronics & Communication Engineering. Minimum 7 years of experience in embedded systems development, preferably within automotive OEM electronics or automotive accessory product development. Proven experience developing embedded software for commercial products from concept through production.Technical SkillsStrong programming skills in C, C++ and Assembly for embedded systems.Extensive experience with ARM Cortex-M microcontrollers, STM32, NXP LPC, Microchip PIC, or similar knowledge of RTOS environments such as FreeRTOS, ThreadX, and mbed.Experience with embedded Linux, Yocto, BSP development, Linux device drivers, and kernel modules.Deep understanding of automotive communication protocols, including CAN, CAN-FD, J1939, LIN, UDS, SPI, I2C, UART, and USART.Familiarity with automotive software development standards, including MISRA-C.Experience implementing TCP/IP and UDP networking in embedded Linux environments.Knowledge of FPGA-based embedded applications is an advantage.Hands-on experience using electronic test and measurement equipment, including oscilloscopes, logic analyzers, spectrum analyzers, CMW500, and LCR meters.Strong debugging, troubleshooting, analytical, and problem-solving skills.Excellent communication, teamwork, leadership, and mentoring abilities.B. Embedded EngineerAs an Embedded Engineer, you will be responsible for the design, development, testing, and maintenance of embedded systems for automotive electronics and smart devices. The ideal candidate will have extensive experience i

Back to blog

Other Jobs To Apply

No other job posts for this day.

Common Interview Questions And Answers

1. HOW DO YOU PLAN YOUR DAY?

This is what this question poses: When do you focus and start working seriously? What are the hours you work optimally? Are you a night owl? A morning bird? Remote teams can be made up of people working on different shifts and around the world, so you won't necessarily be stuck in the 9-5 schedule if it's not for you...

2. HOW DO YOU USE THE DIFFERENT COMMUNICATION TOOLS IN DIFFERENT SITUATIONS?

When you're working on a remote team, there's no way to chat in the hallway between meetings or catch up on the latest project during an office carpool. Therefore, virtual communication will be absolutely essential to get your work done...

3. WHAT IS "WORKING REMOTE" REALLY FOR YOU?

Many people want to work remotely because of the flexibility it allows. You can work anywhere and at any time of the day...

4. WHAT DO YOU NEED IN YOUR PHYSICAL WORKSPACE TO SUCCEED IN YOUR WORK?

With this question, companies are looking to see what equipment they may need to provide you with and to verify how aware you are of what remote working could mean for you physically and logistically...

5. HOW DO YOU PROCESS INFORMATION?

Several years ago, I was working in a team to plan a big event. My supervisor made us all work as a team before the big day. One of our activities has been to find out how each of us processes information...

6. HOW DO YOU MANAGE THE CALENDAR AND THE PROGRAM? WHICH APPLICATIONS / SYSTEM DO YOU USE?

Or you may receive even more specific questions, such as: What's on your calendar? Do you plan blocks of time to do certain types of work? Do you have an open calendar that everyone can see?...

7. HOW DO YOU ORGANIZE FILES, LINKS, AND TABS ON YOUR COMPUTER?

Just like your schedule, how you track files and other information is very important. After all, everything is digital!...

8. HOW TO PRIORITIZE WORK?

The day I watched Marie Forleo's film separating the important from the urgent, my life changed. Not all remote jobs start fast, but most of them are...

9. HOW DO YOU PREPARE FOR A MEETING AND PREPARE A MEETING? WHAT DO YOU SEE HAPPENING DURING THE MEETING?

Just as communication is essential when working remotely, so is organization. Because you won't have those opportunities in the elevator or a casual conversation in the lunchroom, you should take advantage of the little time you have in a video or phone conference...

10. HOW DO YOU USE TECHNOLOGY ON A DAILY BASIS, IN YOUR WORK AND FOR YOUR PLEASURE?

This is a great question because it shows your comfort level with technology, which is very important for a remote worker because you will be working with technology over time...