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Principal Electrical & Electronics Engineer – Robotics

About the Role

Octobotics Tech is seeking a Principal Electrical & Electronics Engineer to lead the design, development, and validation of high-reliability electronic systems for next-generation robotic platforms. This is a core engineering leadership position for professionals with strong multidisciplinary experience in power electronics, embedded systems, EMI/EMC compliance, and safety-critical design, ideally within marine, industrial, or hazardous environments.

Key Responsibilities

·       System Architecture & Leadership

·       Architect and supervise electrical and electronic systems for autonomous and remotely operated robotic platforms, ensuring reliability under challenging industrial conditions.

·       Lead end-to-end product development — from design, prototyping, and integration to validation and deployment.

·       Develop modular, scalable architectures enabling payload integration, sensor fusion, and AI-based control.

·       Collaborate with firmware, AI/ML, and mechanical teams to achieve seamless system-level integration.

·       Power & Safety Systems

·       Design robust, stable, and redundant power supply architectures for FPGA-based controllers, sensors, and high-value electronics.

·       Engineer surge-protected, isolated, and fail-safe electrical systems compliant with MIL-STD, ISO, and IEC safety standards.

·       Implement redundancy, grounding, and safety strategies for operations in Oil & Gas, Offshore, and Hazardous Zones.

·       Compliance & Validation

·       Ensure adherence to EMI/EMC, ISO 13485, IEC 60601, and industrial safety standards.

·       Conduct design simulations, PCB design reviews, and validation testing using tools such as KiCAD, OrCAD, MATLAB/Simulink, and LabVIEW.

·       Lead certification, quality, and documentation processes for mission-critical subsystems.

·       Innovation & Mentorship

·       Apply AI-enhanced signal processing, fuzzy control, and advanced filtering methods to embedded hardware.

·       Mentor and guide junior engineers and technicians to foster a knowledge-driven, hands-on culture.

·       Contribute to R&D strategy, product roadmaps, and technical proposals supporting innovation and fundraising.

Required Technical Skills

·       Hardware & PCB Design: KiCAD, OrCAD, EAGLE; 2–6 layer mixed-signal and power boards.

·       Embedded Systems: ARM Cortex A/M, STM32, ESP32, Nordic NRF52, NVIDIA Jetson, Raspberry Pi.

·       Programming: Embedded C, Python, MATLAB, PyQt, C/C++.

·       Simulation & Control: MATLAB/Simulink, LabVIEW; PID, fuzzy logic, and ML-based control.

·       Compliance Expertise: EMI/EMC, MIL-STD, ISO 13485, IEC 60601, and industrial safety standards.

·       Hands-On Skills: Soldering, circuit debugging, power testing, and system integration.

Qualifications

·       Education: B.Tech/M.S. in Electrical & Electronics Engineering (NIT/IIT preferred).

·       Experience: Minimum 5+ years in electronics system design, hardware-firmware integration, or robotics/industrial systems.

·       Preferred Background: Experience in R&D leadership, system compliance, and end-to-end hardware development.

Compensation & Growth

CTC: Competitive and flexible for exceptional candidates (aligned with ₹12–20 LPA range).

Engagement: Full-time, 5.5-day work week with fast-paced project timelines.

Rewards: Accelerated growth opportunities in a deep-tech robotics environment driving innovation in inspection and NDT automation.

You would be part of:

1. Designing/Improvement of new/existing architectures of distributed computing with subcomponents of Unmanned Aerial Systems (UAS).
2. Working/Researching with industrial state of the art sensor systems and modules, and developing drivers (HAL or wrapper) and applications around their usage.
3. Design and implementation of communication protocols between different subcomponents of UAS for distributed computing.
4. Writing Applications and Drivers from the scratch for (embedded)linux based systems.
5. Scripting and automations around work flows of UAS usage.
6. Working with existing sophisticated software stacks of subcomponents of UASs.
7. Working closely with electronics, design and systems teams for architecture development and deployment.
8. Working closely with Flight Controller engineers to do collaborative development of UAVs.

We expect you to be:

1. Experienced in hands-on development of complex embedded systems involving multiple microcontrollers or SoCs.
2. Very good in analytical abilities to be able to do core research and development activities.
3. Able to write low level drivers (wrapper or core) from the scratch.
4. Very comfortable reading and understanding datasheets and reference manuals of microcontrollers, peripherals, sensors etc.
5. Able to understand existing complex embedded software stack written in C/C++.
6. Solid in C.
7. Good in C++.
8. Comfortable with using hardware debuggers.
9. Having Hands-On experience with RTOS concepts like scheduling, threads synchronicity , race conditions etc.
10. Having Solid understanding of interrupt mechanisms.
11. Experienced in working with different hardware protocols like SPI, I2C, UART, PWM, CAN, USB etc.
12. Having Solid understanding of interrupts architecture of ARM based microcontrollers like STM32, LPC etc.
13. Having Good understanding of the concept of bootloaders.
14. Able to multitask.
15. A self-motivated and motivating personality who can work well independently as well as part of a team
16. Having good interpersonal and soft skills who can adapt to the work environment while manifesting a good positive attitude

You are awesome if you are:

1. Experienced in Linux Device Driver development.
2. Having good exposure of working on and understanding of any sensor modules like GPS, LIDAR etc.
3. Experienced in data filtering techniques (Example: Kalman filter)