Junior Embedded Engineer - Hardware Design

Probots Electronics India Pvt Ltd; Bengaluru; On-site; INR 700,000 - 1,000,000; Full time

Job summary

Probots Electronics India Pvt Ltd is looking for a Junior Hardware Design Engineer to transform concepts into working PCBs. You’ll handle schematic entry, component selection, and rigorous testing to deliver robust hardware solutions for robotics and embedded systems.

You will work with ARM, ESP32, and Raspberry Pi platforms, reading datasheets, selecting parts, and ensuring designs meet DFM standards. A proactive, AI‑savvy mindset helps accelerate debugging and prototyping.

Qualifications

• B.E./B.Tech in Electronics, E&TC, Electrical, or Computer Science.
• Strong analytical skills with a passion for experimenting and solving technical challenges.
• A go-getter attitude toward learning how AI interacts with hardware and utilizing AI tools for productivity.
• Familiarity with leading PCB design software and basic Linux/programming concepts.
• Embedded hardware experience: at least 1 year in PCB design; proven PCB-to-production work.
• Strong background in embedded systems: MODBUS, RS-485, Bluetooth, WiFi, CAN, Ethernet.

Responsibilities

• Circuit design: robust schematics and circuits for robotics applications.
• PCB design: 2–12 layer boards with high-speed signals and density.
• Component selection: read datasheets to ensure accurate parts.
• Hardware bring-up: power-on, testing, and validation of assemblies.
• Testing/DFM: debugging with oscilloscopes; follow manufacturing guidelines.
• Prototyping & embedded Linux: ARM/ESP32/RPi; Buildroot basics and device trees.
• AI tool integration: leverage AI editors and AI-driven EDA tools to speed tasks.
• Documentation & teamwork: maintain design reports and collaborate with software/AI teams.

Skills

Analytical skills

AI tools curiosity

Communication

Teamwork

Soldering basics

Ownership & process

Education

B.E./B.Tech in Electronics / E&TC / Electrical / Computer Science

Tools

PCB design software

Linux basics

Programming concepts

Buildroot / Linux drivers

Device Trees / Bootloaders

Job description

Probots Electronics India Pvt Ltd | Full time

Junior Embedded Engineer - Hardware Design

Probots offers Embedded Engineering Services to Customers - Circuit & PCB Design, Embedded Firmware Development, etc. We offer End to End Hardware Product Development right from Sourcing Requirement Specifications to Production.

Our customers include leading Startups in the Hardware Space, Aerospace, Medical and Industrial industries.

Our focus is on helping customers build innovative Embedded Hardware products using emerging technologies like IoT, LoRa, Low Power Electronics, AI/ML, Blockchain, etc

We have a team of highly motivated Embedded Engineers working on the latest technologies! Some of the recent projects that we have delivered - Smart Wearable Performance Monitor for Athletes, BLE Indoor Asset Trackers, Customised Android Kiosks / Self Service Devices, Industrial / Production Line Automation Systems, Smart Conveyor Sorting for Package Handling, Hexapod / Biped Robots for custom environments, Indoor Swarm Drone PoC, etc

Job Description

Role

We don’t just want people who know the theory; we want engineers who can build. As our Junior Hardware Design Engineer , your job is simple: take a concept and turn it into a working PCB. Schematic entry, component selection, and rigorous testing—that is your domain. If you have the technical strength and the discipline to deliver.

Responsibilities

Electronics & Hardware Foundations

Circuit Design: Design robust schematics and circuits tailored to advanced robotics applications.

Component Datasheets: Adeptly read, interpret, and extract critical parameters from complex component datasheets to ensure accurate part selection.

PCB Design: Design and iterate on 2 to 12 layer PCBs with high-speed signals, focusing on high component density and signal integrity.

Component Mastery: Select ideal components (Microcontrollers, PMICs, Wireless Modules) from manufacturers like TI, ST, Nordic, and Espressif.

Hardware Protocols: Implement and debug industrial standards including I2C, SPI, UART, CAN, RS-485, and Ethernet.

Testing & DFM: Perform rigorous debugging using oscilloscopes and logic analyzers; ensure all designs follow Standard DFM (Design for Manufacturing) principles.

Board Bring-Up: Manage the initial power‑on, testing, and validation of newly manufactured PCB assemblies.

Soldering: Good to know hands‑on soldering skills for quick prototyping, debugging, and component rework.

Prototyping & Embedded Linux: Work with platforms like ARM, ESP32, and Raspberry Pi. Good to have: Basic understanding of Buildroot, Linux Drivers, Device Trees, and Bootloaders.

Next-Gen AI Tool Integration: Effectively adapt AI and its latest tools—including Cursor (AI Code Editor), GitHub Copilot, Gemini Pro, and AI‑driven EDA tools like Flux.ai or DeepPCB—into day‑to‑day tasks.

Workflow Optimization: Utilize AI to accelerate documentation, unit testing, and troubleshooting to maintain a high‑paced development cycle.

Teamwork, Ownership & Process

End-to-End Stewardship: Manage the full product lifecycle—from initial requirements and component selection to prototype verification and production.

Documentation: Follow process compliance during design and verification. Maintain internal Probots component libraries and meticulous test reports.

Collaborative Mindset: Work alongside software teams and AI tools to ensure the hardware architecture supports the computational needs of our robots.

Communication: Present technical reviews of your circuits and PCBs, ensuring high-quality deliverables and professional work ethics.

What a Typical Day Looks Like

Morning Sync: Kick off the day aligning with cross‑functional teams (software and mechanical) to ensure your hardware designs support the overall computational and physical needs of the robots.

Deep Dive Design: Spend focused time reading component datasheets, designing complex circuits, and routing high‑speed PCBs using modern EDA tools.

Hands‑on Lab Work: Transition to the lab for board bring‑up, rigorously testing new prototypes with oscilloscopes, and using your soldering skills for quick component modifications.

AI‑Assisted Efficiency: Throughout the day, actively prompt AI tools to optimize your unit testing, troubleshoot tricky bugs, or speed up your daily documentation.

Requirements

Education: B.E./B.Tech in Electronics, E&TC, Electrical, or Computer Science.

Core Skills: Strong analytical skills with a passion for experimenting and solving technical challenges.

AI Interest: A "go-getter" attitude toward learning how AI interacts with physical hardware and utilizing AI tools for productivity.

Technical Tools: Familiarity with leading PCB design software and basic Linux/Programming concepts.

Nice to have

Embedded Hardware Expertise: Atleast 1 year experience in Designing PCBs.

Proven experience in getting PCBs to production - from customer requirements, PCB Design, prototype, and production.

Strong background in embedded systems development - Familiar with MODBUS, RS-485, Bluetooth, WiFi, CAN, Ethernet.

Experience dealing with Linux community and Open Source contribution a plus

Exposure to cutting‑edge Industrial IoT and Robotics projects.

A multidisciplinary environment where you can learn from peers and seniors.

A culture that encourages experimenting with new ideas and emerging technologies.

Environment to Experiment, discuss ideas and work collaboratively.

Future Outlook

Joining Probots as a Junior Engineer is the first step toward becoming a leader in the Robotics and AI space. Candidates can expect:

Technical Mastery: Move from Junior to Senior Hardware Architect, leading the design of mission‑critical robotic platforms.

Specialization: Opportunities to pivot into Edge AI Specialist or Robotics Systems Engineer roles.

Skill Expansion: Continuous exposure to the latest AI tools ensures you stay at the top 1% of the industry.