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 IoT sector, a rigorous professional attitude, and an unshakeable go-getter approach to solving brutal technical challenges.

Nice to Have

- At least 2 years of dedicated, highly focused experience specifically in designing complex PCBs.

- Proven experience in shepherding PCBs into full production, moving from customer requirements through prototyping to manufacturing.

- An exceptionally strong background in broader embedded systems development.

- Familiarity with industrial protocols such as MODBUS and RS-485.

- Experience engaging with the Linux community and a verifiable history of Open Source contributions.

Benefits

- Competitive compensation package with comprehensive health benefits.

- Proactive work-life integration support to ensure long-term professional growth and personal well-being.

- Elite access to our advanced hardware prototyping labs for experimentation and development.

- Massive exposure to highly complex, large-scale Industrial IoT Projects built from the ground up.

- Unparalleled opportunity to master the latest cutting-edge technologies in a product-focused environment.

Future Outlook

- Probots emphasizes an environment of continuous learning to stay updated on elite best practices and emerging 2026 technologies.

- Benefit from mentorship directly from visionary peers and senior engineers within the organization.

- Career trajectories are mapped for rapid acceleration, with clear pathways for senior talent to advance into Principal Engineering or technical Management roles.

Application Protocol

- If you are qualified for this rigorous role, please apply directly online or mail your detailed resume to [email protected].

- Subject Line: You must use the exact subject line: [Senior Embedded Engineer - Hardware Design] for system filtering.

- Key Highlights: Explicitly highlight specific qualified achievements or shipped products that set you apart.

- Cultural Fit: Include a short, compelling paragraph detailing exactly why you want to join the Probots team.

- ​Documentation: Attach a brief, impactful cover letter and direct links to your hardware portfolio or repositories showcasing advanced PCB layout expertise.

📌 Senior Embedded Engineer - Hardware Design (Bengaluru)
🏢 Probots Electronics India
📍 Bengaluru