System Engineer

Camlin Group; Lisburn; Sur place; GBP 75 000 - 110 000; Plein temps

Résumé du poste

Camlin Group in Lisburn, United Kingdom, seeks an experienced Systems Engineering Leader to drive end-to-end IoT system architecture for LV/HV environments. You will coordinate electronics, firmware, mechanical, FPGA/DSP, and cloud teams to deliver integrated hardware and software solutions.

Qualifications include a Systems Engineering degree and hands-on experience with LV/HV IoT devices, requirements engineering, and interface management.

Qualifications

• 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/ 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/realtime 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 decisionmaking.
• 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.

Responsabilités

• 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.
• Translate stakeholder needs into clear, testable system requirements across functional, performance, environmental, mechanical, and safety domains.
• Develop and maintain artefacts such as block diagrams, ICDs, behavioural flows, deployment models, and system interaction diagrams.
• Coordinate multidisciplinary engineering teams to resolve subsystem interfaces early and manage constraints relating to manufacturability, cybersecurity, EMC/EMI, and field conditions.
• Lead integration sequencing, subsystem bring-up activities, prototyping, investigations, system evaluations, fault analysis, and root-cause analysis.
• Develop system-level verification and validation plans with coverage tailored to LV/HV requirements, including functional tests, environmental testing, electrical safety, thermal behaviour, and interoperability.

Connaissances

Communication

System lifecycle

Embedded systems

IoT integration

Risk management

Technical coordination

Formation

Systems Engineering degree

Outils

Architecture modelling tools

Description du poste

What To Expect Day to Day

You will ensure that systemlevel requirements, interfaces, architectural decisions, and verification strategies are robust, traceable, and aligned with realworld deployment conditions. Expect close collaboration with electronics, firmware, mechanical, platform, cloud, and field engineering teams to deliver predictable,highqualityresults.

Key Responsibilities

Systems Engineering Leadership

• Drive theendtoendsystem 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 energysector 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 andmaintainsystem 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 bringup activities, and risk reduction.
• Oversee prototyping, technical investigations, system evaluations, and fault analysis.
• Facilitate rootcause analysis and ensure technical alignment across teams during integration challenges.

Verification, Validation & Quality

• Develop systemlevel 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 endtoend 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 realworld energy environments.
• Communicate clearly with both technical and nontechnical stakeholders tomaintainalignment on risks, decisions, and impacts.

Essential Criteria

• 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/realtime 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 decisionmaking.
• 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.

Our Values

• We work together
• We believe in people
• We won’t accept the ‘way it has always been done’
• We listen to learn
• We’re trying to do the right thing

Equal Employment Opportunity Statement

Individuals seeking employment at Camlin are considered without regards to race, colour, religion, national origin, age, sex, marital states, ancestry, physical or mental disability, gender identity or sexual orientation.