ENODA Ltd

Mechanical Engineer

• Responsible for defining optimal design solutions and physical systems that integrate with sophisticated electro-magnetic devices.
• Translating functional and non functional requirements into sophisticated conceptual designs, ensuring adherence to regional design codes.
• Designing and analysing mechanical components and systems using advanced CAD and FEA software tools.
• Conducting comprehensive structural, thermal and dynamic analyses to optimise product performance and reliability.
• Performing detailed failure mode and fatigue life assessments to identify potential weaknesses and ensure long term robustness under operational loads.
• Utilising simulation tools to generate highly accurate static and dynamic models encompassing mechanical, acoustic, thermal, electromagnetic radiation (EMR), noise, vibration and harshness (NVH) characteristics.
• Applying advanced thermal analysis techniques, including transient and steady state heat and mass transfer modelling, combined CFD analysis of traditional and phase change cooling methods.
• Collaborating with design engineers to integrate CAD design and FEA analysis seamlessly into the product development process, providing recommendations for vibration damping, fatigue mitigation or thermal optimisation.
• Generating technical reports and presentations to effectively communicate analysis results, insights and recommendations to all stakeholders.
• Designing robust inspection and testing plans, and actively participating in laboratory and field based testing of systems, ensuring close correlation with simulation results and hardware performance.
• Fostering a collaborative environment by acting as a role model and mentor, providing guidance on CAD design, FEA modelling, analysis techniques and result interpretation to team members and colleagues.

Senior Mechanical Design Engineer

Research Engineer

• Experimental Validation: Designing and executing laboratory experiments (scaled and full power) to measure transient response, load step behaviour, and short-circuit dynamics.
• Leading hardware-in-the-loop (HIL) campaigns with real controllers under simulated grid conditions.
• Control Performance Analysis: Investigating and quantifying latency sources in the control loop (sensing, computation, actuation, magnetic dynamics).
• Proposing and prototyping strategies to reduce response times from multi-cycle to sub-cycle levels.
• System Modelling: Developing reduced-order and control-oriented models of system dynamics to guide controller design and validation.
• Collaborating with digital twin specialists to align experimental findings with simulation environments.
• Data Generation: Building internal datasets of operational behaviour (thousands of hours) from controlled experiments to benchmark and improve stability, efficiency, and robustness.
• Cross-functional Collaboration: Working with hardware, firmware, and data science teams to ensure experimental insights translate into practical design improvements and field-ready control strategies.

Senior Research Engineer – Control and System Dynamics

Systems Engineer

• Defining validation and management of system subsystem and components requirements
• Analysing the functional requirements and non-functional requirements
• Creating and managing system integration and verification plans
• Integrating systems including commercial off-the-shelf equipment with custom hardware
• Undertaking lab-based testing of systems against simulations and hardware devices as appropriate
• Collaborating with team members to design the system and managing the technical aspect of design changes
• Interacting with clients, partner companies and partner institutions
• Developing model representations of systems and platforms
• Developing strategies to use modelling to optimise verification validation demonstration and trials activity
• Undertaking model verification activities using real world data

Senior Mechanical Design Engineer

Senior Research Engineer – Control and System Dynamics

Senior Systems Engineer