At a Glance
- Tasks: Lead the development of real-time digital twins and simulation environments for innovative projects.
- Company: Join CETEC, a forward-thinking institution focused on clean energy and engineering excellence.
- Benefits: Enjoy 60 days holiday, a generous pension scheme, and access to wellness support.
- Other info: Flexible working options and excellent career growth opportunities await you.
- Why this job: Make a real impact in the clean-energy sector while working with cutting-edge technology.
- Qualifications: Degree or equivalent experience in engineering, computer science, or related fields required.
The predicted salary is between 45000 - 50000 £ per year.
As our Digital Twin and Simulation Engineer, you will lead the technical development of real-time digital twins, simulation environments and automated virtual systems for CETEC. You will create accurate digital representations of our facilities, clean-energy systems, engineering equipment and building services, so they can be visualised, simulated, monitored, and tested in real time.
Working closely with civil engineering, building services, the Centre of Excellence, clean-energy specialists and curriculum teams, you will combine 3D engineering data, physics, system behaviour, operational data and automation logic. Projects will range from simulation-ready virtual facilities to twins connected to live or recorded data from sensors and building management systems, built primarily on NVIDIA Omniverse and OpenUSD or comparable real-time simulation platforms. Your first priority will be to deliver CETEC’s first digital-twin demonstrator within six months. That means auditing the available engineering data, establishing the development workflow, and building an interactive simulation with live or recorded data, automation and fault scenarios. You will then demonstrate it to staff, learners and industry partners, with recommendations for scaling the capability across CETEC.
Key Responsibilities
- Design and develop real-time digital twins of CETEC facilities, clean-energy technologies and engineering systems using NVIDIA Omniverse, OpenUSD or comparable industrial platforms.
- Create simulation-ready environments from CAD, BIM, Revit, IFC, engineering drawings and point-cloud data, building workflows to convert, optimise and manage assets, and reusable components and architectures that scale across facilities.
- Implement physics, system states, equipment behaviour and engineering logic to model normal operation, faults, failures and abnormal scenarios, allowing configurations to be tested safely and supporting virtual commissioning of equipment and control strategies.
- Develop automation and control logic, including control sequences and closed-loop simulation, integrating PLCs, BMS, IoT and other industrial control technologies where appropriate.
- Build interactive interfaces that let users change parameters, operate equipment and observe system responses in real time.
- Connect digital twins to live, recorded or simulated data from sensors, IoT devices, APIs, databases and BMS, visualising energy use, temperature, pressure, flow and equipment state, and comparing simulated with real-world performance while ensuring data quality, governance and security of connected control systems in line with IEC 62443.
- Apply digital twins across clean-energy areas including renewables, solar PV, heat pumps, heating and cooling, battery and energy storage, electrical and power systems, smart and energy-efficient buildings, energy monitoring, low-carbon engineering, sustainable construction, and civil and building-services engineering.
- Create training and demonstration environments that let learners explore systems that are difficult, costly or unsafe to access physically, including fault-finding, maintenance and operation scenarios, with remote access via workstation, browser, streaming, VR or immersive technologies.
- Work with engineers, lecturers, technicians and industry partners to translate requirements into working systems, validate models and outputs, and identify collaborative industry projects.
- Evaluate emerging digital-twin, simulation, automation and physical-AI technologies, developing prototypes and proof-of-concept systems that shape CETEC’s long-term digital-engineering capability.
- Set technical standards aligned with ISO 19650 information management, and maintain version-controlled source files, backups and change management, documenting architecture, data connections, simulation logic and asset pipelines so others can operate and maintain completed systems.
Skills, Knowledge and ExpertiseEssential
- A relevant degree, HND/HNC, apprenticeship or equivalent practical experience in engineering, computer science, simulation, games technology or built environment technology. A postgraduate qualification is not essential, and a proven ability to build and deliver working applications will carry significant weight.
- You will also have substantial experience in several of the following:
- Developing digital twins, engineering simulations or real-time technical applications.
- NVIDIA Omniverse/OpenUSD or a comparable industrial digital-twin platform, and real-time 3D development in Omniverse, Unreal Engine, Unity or equivalent.
- Working with engineering 3D data such as CAD, BIM, Revit and IFC.
- Real-time simulation and representing system behaviour in virtual environments.
- Programming or scripting in Python, C++, C#, visual scripting or similar.
- Integrating external datasets, APIs and sensors into applications.
- Automation, system states, control logic and data-driven engineering systems.
- Working collaboratively with engineers to turn requirements into functioning technical solutions.
- Testing, debugging and validating applications, with a structured approach to source control and documentation.
Desirable
- NVIDIA Omniverse Kit development, OpenUSD workflows and USD asset pipelines.
- Real-time physics, BIM and digital engineering workflows, and Autodesk Revit, AutoCAD or comparable tools.
- BMS, PLCs and industrial automation, IoT and sensor integration, and MQTT, OPC UA or other industrial protocols.
- Building-services, renewable-energy, electrical, mechanical or civil-engineering systems, including energy monitoring and optimisation.
- Digital or virtual commissioning, data visualisation and engineering dashboards.
- Cloud or edge deployment, web-based or streamed real-time 3D, and virtual or augmented reality.
- AI or machine learning applied to engineering simulation or operational data.
- Knowledge of ISO 19650, IEC 62443 and the National Digital Twin Programme’s Gemini Principles.
Please Note This role may close earlier than the advertised deadline if we receive sufficient applications. Early submission is strongly encouraged.
Benefits
Why Join The City of Liverpool College? As a valued member of our College community, you’ll enjoy a comprehensive range of benefits, dedicated wellbeing support, and meaningful opportunities for professional growth and development.
- Generous holiday allowance: 60 days annual holiday allowance, plus 1 annual wellbeing day.
- Pension Scheme: You'll be part of the Teachers' Pension Scheme, with generous employer contributions of up to 24%—one of the best pension packages in the sector.
- Employee Benefits Platform: As part of your role, you’ll have access to the COLC Employee Benefits Platform, a one-stop hub for a wide range of perks designed to support your wellbeing, work-life balance, and everyday savings.
- Health and Wellbeing: All employees have access to the Health Assured Employee Assistance Programme (EAP) – a completely confidential support service available 24/7, 365 days a year.
- Travel: We offer interest-free loans to help you buy annual travel passes from Merseytravel and Merseyrail.
- Flexible Working: We offer flexible working options depending on business need to support our employee's work-life balance.
- Professional Development: We’re passionate about helping you thrive, offering a mix of formal and informal professional development opportunities.
- College Benefits: Our excellent sports and fitness facilities can be used free of charge by staff.
Digital Twin and Simulation Engineer - CETEC in Liverpool employer: The City of Liverpool College
Join our dynamic team in Liverpool, where we prioritise a collaborative work culture that fosters innovation and professional growth. As a Fabrication and Welding Technician, you'll benefit from ongoing training opportunities and a supportive environment that values your expertise, ensuring you play a vital role in shaping the future of engineering education. With competitive compensation and a commitment to employee well-being, we are dedicated to making your career both meaningful and rewarding.
Contact Details:
The City of Liverpool College Recruitment Team
StudySmarter Expert Advice🤫
We think this is how you could land Digital Twin and Simulation Engineer - CETEC in Liverpool
✨Get Hands-On with Temporary Projects
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While you're searching, keep those skills fresh! Take on some online courses related to your engineering field. Platforms like Coursera or edX can help you stay current and even get some certifications under your belt. This shows potential employers at The City of Liverpool College that you’re committed to growth, making you a more appealing candidate for temporary roles.
We think you need these skills to ace Digital Twin and Simulation Engineer - CETEC in Liverpool
Some tips for your application 🫡
Highlight Your Versatile Engineering Skills:For a temporary engineering role like this one at The City of Liverpool College, make sure to showcase a broad range of your engineering skills. Talk about different projects you’ve undertaken, focusing on your problem-solving ability and adaptability—key traits for temporary positions that depend on quick integration into teams.
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How to prepare for a job interview at The City of Liverpool College
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Engineering roles often involve assessing your technical expertise, so be prepared to delve into your core skills. Brush up on relevant software and tools you’ve used before, as well as any engineering principles that relate to the position at The City of Liverpool College. We want you to showcase your hands-on experience and problem-solving capabilities – it could be the difference between you and another candidate!
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Expect to tackle some practical scenarios during the interview. Whether it's a design challenge or a troubleshooting test, The City of Liverpool College might want to see how you approach real-world engineering problems. Think of specific examples from your past work where you had to think on your feet and be ready to walk your interviewers through your thought process.
✨Show Your Adaptability in Temporary Roles
Since this is a temporary position, it’s key to demonstrate your flexibility and ability to hit the ground running. Make sure to convey your eagerness to learn and adapt quickly to the team and the specific projects at The City of Liverpool College. We all know that temporary roles can be a bit of a whirlwind, so emphasise your quick learning skills and your approach to managing change.
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If you've worked on engineering projects that align with the role at The City of Liverpool College, make sure to bring them up! A portfolio can be a great way to illustrate your engineering prowess. Discuss the challenges you faced, the solutions you implemented, and the results achieved – this will give the interviewers a tangible idea of what you bring to the table.
