The Arup Process Engineering team has opportunities for chemical engineering graduates. The work is extremely varied involving participation within the Public Sector and Private Sectors across the UK and abroad.
The Opportunity
With a multi-disciplined team, Arup is able to offer a process engineering orientated approach to cost effective water & wastewater treatment across water, green energy and other industrial sectors such as waste and nuclear. The in-house capability allows us to undertake projects from the development of fee proposals, conceptual designs, feasibility studies and report writing, through to the detailed process design and optimisation of complete turnkey installations along with commercial and technical evaluation of innovative technologies and development of sustainable business strategies.
As one of the world's leading building and infrastructure design consultancies, we offer clients the innovation and technical know-how to continually deliver their projects on schedule and on budget, but without compromise.
Are you interested in a career in Chemical Engineering?
From your first day, you'll join an unrivalled community of experts, where everyone is supported in their career path and encouraged to work towards a professional qualification.
You'll help us to deliver effective and professional services for a range of varied and high-profile clients. While you'll have a great deal of responsibility from day one, we'll give you the chance to take on more as you progress and broaden your skills.
The person is expected to have a good comprehension of Chemical Engineering. Experience of design projects would be beneficial.
You will work with team members to deliver an effective and professional service to our clients. Due to the multi-disciplinary nature of our design teams, you will have the opportunity to work alongside experts.
Is this role right for you?
We're looking for the following qualifications, attributes and skills:
- Masters level Chemical Engineering degree with prediction or attainment of 2:1 or higher