Graduate Process Engineer

Company Description Finding solutions to climate change is the priority of the 21st century, and means switching to low-carbon energy. At Assystem, our mission is to accelerate the energy transition worldwide. To achieve this, our 7,500 Switchers combine their historical engineering expertise and project management with digital technologies. In our 12 countries (Europe, Middle East, Asia) of operation, we are working on the production and distribution of low-carbon electricity, through the development of nuclear and renewable energies. We are also supporting the modernisation and development of energy grids, managing the setup and siting for new transmission and distribution networks, and using hydrogen to decarbonise the transport and industry sectors. Job Description About our Graduate Programme: As a graduate at Assystem, from Day 1 you will be welcomed to the Assystem family, we will focus on getting you up to speed on what we do, our values, and what you can look forward to on our 2-year experience. You will have the opportunity to work with customers on live projects, bring value from the start and learn new skills. As part of the programme, you will have access to Mentors, benefit from peer-to-peer learning through our Graduate Forums, identify and develop skills through our upskilling framework, and the opportunity to work across different industries and customers. Job Description This role will include the contribution of process engineering design deliverables to deliver a broad range of engineering consultancy and support services to a variety of Assystem clients. As a Process Engineer, you'll be involved in the delivery of chemical and process engineering deliverables to a variety of nuclear sector activities. This includes nuclear decommissioning, fusion, nuclear new build or small modular reactor development. In addition to this, support will be required in the preparation of bids and interfacing with customers. You'll support the development of mass balances, process drawings, participate in safety assessments, process descriptions and equipment sizing. You'll develop your knowledge in chemical engineering within the nuclear sector with a view to developing their role into a Process Engineer and be deployed across several business areas including Decommissioning, New Build and operational nuclear facilities and will report to the Process Engineering team. Qualifications Essential: Bachelor’s degree in a Chemical EngineeringDesirable: Knowledge of decommissioning  Knowledge of fusion  Knowledge of new build nuclear reactors Knowledge of small modular reactors  Student member of the IChemE Summer placement or industrial year experience Additional Information Requirements for Assystem Graduate Scheme: Successful Candidate must be a UK Sole National Successful Candidate must be willing to relocate as part of their rotational Scheme (Relocation Support available) Security Clearance: The successful applicant must be a UK resident and, due to the nature of the work to be undertaken, applicants will be required to meet this criteria in order to attain a minimum level of BPSS clearance.  When will we be in touch? Thank you for applying!  We will be sifting through applications and you will receive a response to your application confirming the next steps. If you reach the next stage, you will be called by one of our recruitment team who will ask you some questions around: - Your application - Your Eligibility for the role - Your passion for Energy transformation - Your passion for your chosen discipline  - your knowledge on your chosen discipline. Successful applicants will be invited to our in-person assessment centres. We are committed to equal treatment of candidates and promote, as well as foster all forms of diversity within our company. We believe that bringing together people with different backgrounds and perspectives is essential for creating innovative and impactful solutions. Skills, talent, and our people’s ability to dare are the only things that matter !. Bring your unique contributions and help us shape the future