Job Description
About the role Our placements last for 12 months, working across both design and construction teams, to offer the broadest exposure to the industry, working on real-world projects that make a difference in communities. It’s a great chance to get involved with live projects while gaining experience relevant to your degree. This role is to start Summer 2027. What you’ll do Deliver process engineering design, including process calculations, mass balance, process flow diagrams and input to control philosophies. Develop efficient and sustainable engineering solutions, meeting the requirements of the project scope. Proactively engage with the supply chain and produce technical specifications for procuring proprietary process equipment. What you’ll need You must be studying a full-time undergraduate degree in Chemical Engineering, Civil Engineering, or a related field. A proactive attitude and eagerness to learn. Ability to communicate effectively with team members and stakeholders. What’s in it for you Gain practical experience in your chosen role Work on projects that have a positive impact on the community Mentorship and guidance from experienced professionals 26 days annual leave (pro rata for the duration of your placement) Access to our Early Career Professionals network Plus, if you have a successful placement year you could be offered a permanent role for when you finish your studies, as well as the potential for funding support towards your final academic year. Here, you’ll build a career with purpose—on projects that make a real difference. And you’ll be part of a team that invests in your future. Ready to apply? Click apply and upload your CV. We look forward to hearing from you and will be in touch. How to apply To apply for this role and to find out more, please click on the apply button. Please note that applications may close before the application deadline, so apply early to avoid disappointment.
Helpful guides: Getting Into Engineering: An Entry-Level Guide · Apprenticeships in Engineering: How They Actually Work