Inductosense
Embedded Systems Engineer
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Role Overview
As an Embedded Systems Engineer at Inductosense, you will play a key role in the development of our next generation of permanently installed ultrasonic sensing products. Working within a multidisciplinary engineering team, you will contribute across the full product lifecycle, from concept and prototype through to production, customer deployment and ongoing product improvement.
This is a hands-on engineering role combining embedded firmware, electronics development and product integration. You will work closely with firmware, hardware, software, mechanical and manufacturing engineers to design reliable industrial products deployed in demanding environments across the energy, infrastructure and industrial sectors.
The role would suit an engineer with several years of commercial experience who enjoys solving practical engineering problems, is comfortable working across hardware and software boundaries, and wants to broaden their expertise into regulated industrial products, including ATEX/IECEx intrinsic safety.
Previous experience of ATEX or IECEx is not essential. We will provide training and mentoring for candidates with the right technical aptitude and attitude.
Purpose of the Role
The successful candidate will help deliver high-quality embedded products by contributing across:
- Embedded firmware development
- Electronics design and debugging
- Prototype development
- Product verification and validation
- Manufacturing support
- Product integration
- Continuous product improvement
This role is intended to develop into a senior technical contributor with increasing ownership of product design and engineering decisions.
Key Responsibilities
Embedded Firmware Development
- Develop embedded firmware in C/C++ for low-power microcontroller platforms.
- Design robust state machines and embedded control software.
- Debug firmware using JTAG/SWD and modern embedded debugging tools.
- Develop drivers for sensors, memory devices and communication peripherals.
- Optimise firmware for reliability, battery life and performance.
- Support firmware release, version control and configuration management.
Electronics Design & Development
- Assist in the design of analogue and digital electronic circuits.
- Participate in schematic capture and PCB design reviews.
- Select appropriate electronic components balancing performance, cost and availability.
- Support prototype bring-up and board-level debugging.
- Use oscilloscopes, logic analysers and electronic test equipment to diagnose issues.
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Hardware/Firmware Integration
- Integrate embedded firmware with electronic hardware.
- Investigate hardware/software interactions.
- Support integration of sensors, communications and power management.
- Resolve system-level technical issues.
Product Development
- Contribute throughout the complete product lifecycle from concept through manufacture.
- Build and evaluate engineering prototypes.
- Participate in design reviews.
- Support design verification and validation activities.
- Contribute to engineering risk assessments.
Testing & Validation
- Develop functional and regression tests.
- Execute verification plans.
- Analyse failures using structured root-cause analysis.
- Support environmental, reliability and endurance testing.
- Document results and recommend corrective actions.
Manufacturing Support
- Support transition from development into manufacture.
- Assist Operations with production issues.
- Investigate manufacturing defects.
- Contribute to Design for Manufacture (DFM) and Design for Test (DFT) improvements.
- Support engineering change requests and product revisions.
Compliance & Product Safety
- Support product compliance activities including:
- CE / UKCA
- EMC
- Environmental compliance (RoHS / REACH)
- ATEX / IECEx (training provided)
- Technical documentation
- Product traceability
Continuous Improvement
- Improve engineering processes and documentation.
- Identify opportunities for cost reduction and design simplification.
- Evaluate new components and technologies.
- Use AI-assisted engineering tools where appropriate to improve productivity.
- Maintain awareness of developments in embedded systems and industrial electronics.
Skills & Experience
Essential
- Degree (or equivalent experience) in Electronics Engineering, Embedded Systems, Computer Engineering or similar.
- 2–5 years' commercial engineering experience.
- Strong Embedded C programming.
- Understanding of microcontroller-based embedded systems.
- Experience debugging embedded hardware and firmware.
- Understanding of digital communication protocols including I²C, SPI and UART.
- Ability to read electronic schematics.
- Practical laboratory skills.
- Good written and verbal communication skills.
- Structured approach to technical problem solving.
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Desirable
- PCB design experience.
- STM32 or similar ARM Cortex-M devices.
- Low-power embedded design.
- Battery-powered products.
- Bootloaders and firmware update mechanisms.
- Python for engineering tools and automation.
- Industrial communications.
- CAN, RS485 or Modbus.
- Git.
- Jira.
- Azure DevOps.
- Familiarity with IEC, EMC or product safety standards.
- Experience of ATEX or IECEx (not essential).
Personal Attributes
We are looking for someone who:
- Enjoys building real products rather than only writing code.
- Is naturally curious and keen to learn.
- Takes ownership of technical problems.
- Communicates openly and works well within a multidisciplinary team.
- Can balance engineering quality with commercial priorities.
- Is comfortable working in a fast-moving SME environment.
What Success Looks Like
Within the first 12 months you will be expected to:
- Become a productive contributor across firmware and electronics development.
- Support the delivery of new product features.
- Take ownership of defined engineering work packages.
- Contribute to prototype builds and verification activities.
- Support manufacturing and customer technical issues where required.
- Complete ATEX/IECEx awareness training.
- Build sufficient product knowledge to contribute confidently to design reviews.
Why Join Inductosense?
You will work on industrial sensing products deployed worldwide, solving real engineering challenges across embedded electronics, firmware, industrial communications and product development.
Unlike larger organisations, you will have visibility across the complete engineering lifecycle—from concept and prototype through manufacture, customer deployment and continuous product improvement—providing broad technical experience and significant opportunities for professional growth.
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