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# System Engineer

- **Company:** Camlin Group
- **Location:** Lisburn, UK
- **Contract:** Permanent contract
- **Skills:** Agile Methodology, Systems Engineering, Cyber Security, Computer Engineering, Embedded Software, Network Interface Controllers, Firmware, Field-Programmable Gate Array (FPGA), Software Architecture, Software Requirements Analysis, Verification and Validation (Software), Systems Architecture, PIC Microcontroller, Real Time Systems
- **Published:** September 16, 2026
- **Apply:** https://www.indeed.com/viewjob?jk=0b1087d814d991f9

## About the Role

* Degree in Systems Engineering, Electrical/Electronic Engineering, Mechatronics, Computer Engineering, Embedded Systems, or similar discipline.
 * Proven experience delivering physical IoT devices integrating electronics, sensors, embedded firmware, and mechanical components.
 * Experience working with low voltage systems, high voltage systems, or both, ideally in the energy sector.
 * Strong understanding of system lifecycle processes including requirements analysis, architecture definition, integration, verification, validation, and risk management.
 * Deep knowledge of embedded/real time systems, microcontrollers, sensor chains, power systems, and hardware-software interactions.
 * Experience defining and managing complex hardware-software interfaces in LV and/or HV contexts.
 * Familiarity with IoT communication technologies.
 * Ability to perform system trade studies, failure analysis, and structured decision making.
 * Strong capability in producing system artefacts: architecture diagrams, behaviour models, test matrices, lifecycle documentation.
 * Experience with Agile or hybrid methodologies for hardware-software co-development.
 * Excellent communication skills with the ability to bridge technical and nontechnical perspectives.
 * Fluent in written and spoken English.

## Description

Systems Engineering Leadership

 * Drive the end to end system architecture for IoT products used in LV and/or HV environments, ensuring seamless integration of hardware, embedded software, connectivity, power, and security subsystems.
 * Define system concepts, operational scenarios, environmental assumptions, constraints, and success criteria across energy sector applications.
 * Apply structured systems engineering processes including requirements engineering, architecture definition, integration planning, risk management, and verification/validation.
 * Support decisions through modelling, simulations, trade studies, and engineering rationale.

Requirements & Architecture Management

 * Translate stakeholder needs into clear, testable system requirements across functional, performance, environmental, mechanical, and safety domains.
 * Develop and maintain system artefacts such as block diagrams, interface control documents (ICDs), behavioural flows, deployment models, and system interaction diagrams.
 * Ensure traceability between requirements, design choices, risks, and verification evidence.
 * Manage constraints relating to manufacturability, cybersecurity, EMC/EMI, mechanical limitations, insulation requirements (where HV applies), and field operating conditions.

Integration & Technical Coordination

 * Coordinate multidisciplinary engineering teams (electronics, firmware, mechanical, FPGA, DSP, platform software) to resolve subsystem interfaces early.
 * Lead integration sequencing, subsystem bring up activities, and risk reduction.
 * Oversee prototyping, technical investigations, system evaluations, and fault analysis.
 * Facilitate root cause analysis and ensure technical alignment across teams during integration challenges.

Verification, Validation & Quality

 * Develop system level verification and validation plans with coverage tailored to LV and/or HV requirements, including functional tests, environmental testing, EMC/EMI, electrical safety, thermal behaviour, and interoperability.
 * Ensure readiness for field deployment including performance validation, durability, safety checks, and compliance with sector standards.
 * Work with project management to ensure quality gates and acceptance criteria are met for hardware, firmware, and integrated system releases.

Cross Functional Collaboration

 * Work closely with cloud, mobile, and data teams to ensure end to end IoT system alignment.
 * Collaborate with manufacturing, supply chain, and field operations to ensure products-LV and/or HV-are buildable, serviceable, maintainable, and robust in real world energy environments.
 * Communicate clearly with both technical and nontechnical stakeholders to maintain alignment on risks, decisions, and impacts.