Job Description

DeepForm Ltd is an early stage start-up company introducing patented sheet metal pressing technology which significantly reduces waste, cost and embodied CO2 emissions in the high-volume manufacturing of sheet metal components. DeepForm optimises material use by reimagining tooling for sheet metal forming.

We are an exciting University of Cambridge spin-out company founded in 2022. Having secured external investment and formed a strategic alliance with a well-known automotive manufacturer we are securing our first major projects. This is an exciting time to join at the very early stages in the company's mission to reduce waste and embodied emissions in the manufacturing sector.

You will join a small, dynamic team based in Cambridge, UK and will have responsibility for designing press forming processes for automotive and other clients. Using DeepForm's patented methodology, you will design and optimise transfer and tandem forming press tool layouts to maximise material utilisation. Designs you create in CAD will be tested using AutoForm forming simulation package.

Together with the DeepForm team you will identify opportunities and requirements for further innovation, and will contribute to finding solutions to new challenges such as new part geometries or materials.

Key responsibilities

Carrying out DeepForm forming feasibility assessments, you will (40%)

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Use DeepForm tool design methodology to configure design layouts for first-stage forming operations Use CAD software package to design tool surfaces (SolidWorks or CATIA) Use AutoForm metal forming simulation package to predict process feasibility
Designing DeepForm pressing process layouts, you will (30%)

Use CAD and simulation software, to design any post-forming trimming, piercing, flanging, restriking operations that may be required Communicate process layout using standardised process sheets
Presenting work to customers and project management (10%)

Present simulation results and progress updates to clients, via written reports and presentations Manage working relationships with points of contact in client's stamping and design teams, ensure that project delivery remains on track
Identifying requirements for process innovation and contributing to solutions (20%)

Identify any issues that cannot be resolved using current DeepForm design methodology and IP Contribute to the proposal, testing, and evaluation of solutions, including new patent applications

Person profile

Background and experience

You will likely have a Mechanical Engineering degree or have completed an Engineering Apprenticeship to level 6/7, or equivalent. You enjoy and have proficiency in using CAD packages. You are a skilled problem solver with evidence of working through complex engineering challenges to deliver efficient and robust solutions (Essential).
Flexible and motivated to support rapid growth of a new business (Essential)

Independent, self-starter who knows when to consult when key choices/decisions are to be made. Flexible approach to working in an exciting small team with developing formal structures.
Experience in using Computer-Aided Design (Essential)

2 years' experience using SolidWorks or CATIA. Experience with surface modelling is desirable.
Experienced in using Finite Element Analysis to improve and evaluate designs (Essential)

2 years' experience in Finite Element Analysis ideally for metal forming applications, including software packages such as AutoForm, PAM-Stamp, LS Dyna, ABAQUS. Evidence of using modelling of a manufacturing process to allow design iterations to reduce the risk of failure. Skill in testing and validating modelling predictions.
Excellent communication with colleagues, suppliers and customers

Able to create professional written and visual reports that communicate technical information to colleagues and customers (Essential). Able to present ideas professionally and efficiently - both in structured presentations, and verbally (Essential). Recognise and respond to customer feedback (Desirable).
Experience of sheet metal process design (Desirable)

Experience with sheet metal tooling from early design stages to tool try out and use in mass production. Evidence on knowledge of design and problem solving applied to sheet metal tooling. Knowledge of tool set design including trimming operations, piercing and springback compensation.
Project management (Desirable)

Able to manage customer projects, including setting up suitable meetings, reviews etc. to ensure projects are delivered on time and within budget. Able to manage own workload to ensure commitments to customers, and colleagues are met.

Other details

Location: Allia Future Business Centre, King's Hedges Road, Cambridge, CB4 2HY

Working pattern

Full time Office-based, with some flexibility for hybrid working
Benefits

Share option scheme Pension scheme (up to 5% matching) 25 days annual leave excluding bank holidays

Application process

Submit your C.V. and cover letter Applications close: 5 September 2025 at 23:59 Video call interviews will be held on a rolling basis Face to face interviews will be held in Cambridge, UK between 15-26 September 2025
Job Types: Full-time, Permanent

Pay: 30,000.00-50,000.00 per year

Application question(s):

Do you have a Mechanical Engineering degree or equivalent?
Work Location: In person