Senior Embedded Engineer - Hardware Design

Roles &

Responsibilities

Design sophisticated circuits and PCBs that strictly conform to modern 2026 industry standards and certifications. Work with, mentor, and guide junior and associate engineers to foster a collaborative and innovative environment. Lead the team in end-to-end PCB development, providing expert guidance in Circuit Design, Component Selection, Footprint generation, and Gerber/Production File Generation. Thoroughly interpret project

requirements

to ideate optimal design solutions and select ideal components from leading manufacturers. Collaborate extensively with cross-functional teams, including electrical engineers and firmware developers, to ensure unified product success. Proactively perform design updates in response to rapid changes in customer or internal requirements. Demonstrate an authoritative understanding of the full PCB Design workflow, from initial layout to final Gerber generation. Leverage deep expertise in developing embedded systems based on 16-bit and 32-bit microcontrollers and microprocessors. Masterfully incorporate subsystems such as power supplies, op-amp circuits, clocks, filter designs, electromechanical driver circuits, sensors, I/O interfaces, and advanced communication modules. Develop component footprints and maintain critical in-house Probots component libraries. Lead high-stakes projects involving advanced battery power management, wireless antennas, and high-density components. Work fluently with High Component Density PCBs, High-Speed/High-Voltage Signals, and complex Multilayer PCBs (6 to 12 layers). Natively apply Design for Manufacturability (DFM) principles to ensure seamless production scaling. Utilize modern technologies such as WiFi, BLE, and IoT protocols deployed on ARM architectures, Arduino ecosystems, Raspberry Pi, ESP8266, ESP32, and NodeMCU. Participate in rigorous circuit, PCB, and broader technical reviews to ensure ultimate delivery quality. AI Adaptation In line with 2026 standards, hardware design workflow is enhanced by AI-driven tools to accelerate iteration and precision. You will utilize AI-assisted schematic capture and automated PCB routing optimization to handle complex 6-12 layer designs. You will leverage predictive AI models for signal integrity analysis and thermal management simulation during the design phase. The role involves using AI-powered component sourcing tools to navigate global supply chain fluctuations and ensure long-term availability. You will integrate AI/ML modules directly into hardware architectures for edge-computing applications in Industrial IoT. Teamwork, Ownership & Process We value deep alignment and radical ownership over individual modules. You will utilize agile hardware methodologies to iterate rapidly and adapt to evolving 2026 market demands. Our open environment is designed to empower you to experiment and discuss bold ideas collaboratively. You will engage in deep cross-functional collaboration with electrical, firmware, and stakeholders to ensure unified product success.

Requirements

Education:

Must hold a degree in Electronics, Electronics & Telecommunication, Electrical.

Experience:

2 to 6 years of proven

experience

in end-to-end Embedded Hardware Design, from initial architecture to final PCB. Track Record: A consistent history of delivering high-quality electronics designs from concept to mass production. Lifecycle Management: Deep involvement in the Product Development Life Cycle (DLC), managing projects from

requirements

gathering to final release. Electronics Fundamentals: Excellent grasp of digital/analog circuits and the intricate workings of active and passive components. Technical Proficiency: Practical

experience

in System-on-Module (SOM) based Carrier board designs. Software & Certification: Advanced fluency with industry-leading PCB Design Software; IPC process certification is a significant advantage. Bench

Skills:

Excellent debugging

skills

using multimeters, logic analyzers, and advanced oscilloscopes. Component Strategy: Highly skilled at component filtering and strategic selection directly from manufacturer websites, with the ability to rapidly interpret complex datasheets. Architectural Knowledge: Thorough understanding of hardware blocks including Clocks, PLLs, GPIOs, GICs, and Power Management units. Interface Protocols: Proficiency in standard peripheral interfaces such as SPI, I2C, UART, CAN, Ethernet, and PCIe. Software Basics: Solid foundational understanding of Linux concepts and basic programming in C and Python. Soft

Skills:

A self-motivated team player with excellent verbal/written communication, analytical, and problem-solving skills. Mindset: A deep passion for the

to ideate optimal design solutions and select ideal components from leading manufacturers. Collaborate extensively with cross-functional teams, including electrical engineers and firmware developers, to ensure unified product success. Proactively perform design updates in response to rapid changes in customer or internal requirements. Demonstrate an authoritative understanding of the full PCB Design workflow, from initial layout to final Gerber generation. Leverage deep expertise in developing embedded systems based on 16-bit and 32-bit microcontrollers and microprocessors. Masterfully incorporate subsystems such as power supplies, op-amp circuits, clocks, filter designs, electromechanical driver circuits, sensors, I/O interfaces, and advanced communication modules. Develop component footprints and maintain critical in-house Probots component libraries. Lead high-stakes projects involving advanced battery power management, wireless antennas, and high-density components. Work fluently with High Component Density PCBs, High-Speed/High-Voltage Signals, and complex Multilayer PCBs (6 to 12 layers). Natively apply Design for Manufacturability (DFM) principles to ensure seamless production scaling. Utilize modern technologies such as WiFi, BLE, and IoT protocols deployed on ARM architectures, Arduino ecosystems, Raspberry Pi, ESP8266, ESP32, and NodeMCU. Participate in rigorous circuit, PCB, and broader technical reviews to ensure ultimate delivery quality. AI Adaptation In line with 2026 standards, hardware design workflow is enhanced by AI-driven tools to accelerate iteration and precision. You will utilize AI-assisted schematic capture and automated PCB routing optimization to handle complex 6-12 layer designs. You will leverage predictive AI models for signal integrity analysis and thermal management simulation during the design phase. The role involves using AI-powered component sourcing tools to navigate global supply chain fluctuations and ensure long-term avail