Job Description
Are you a Graduate Mechanical engineering student? Do you love DIY, building and prototyping in your spare time? Ideally you are part of your university’s Formula student team or have worked on projects related to automotive, motorsport, or energy storage; you want to demonstrate your mechanical design skills; and want to work in a fast-paced start-up environment.
This is a unique opportunity to join a fast-growing London-based start-up that is creating an all-new range of battery storage systems for both commercial and consumer markets. You will be responsible for the design, build, and test of our energy storage systems.
This is an exciting role that offers the opportunity to be at the forefront of an emerging industry and make a lasting impact on the future of energy storage with a duration of 6 months.
Responsibilities
- Support restructuring of CAD assemblies to clearly separate base product features from customer-specific interfaces.
- Assist in generating manufacturing-ready BOMs for the Max300 and other product variants.
- Produce clear GA drawings for MAX range of BESS.
- Participate in design reviews to identify part duplication and opportunities for consolidation.
- Create a fastener library with standard part numbers based on Allye's conventions.
- Help prepare drawing packs for suppliers, including manufacturing notes and tolerances.
- Track part releases, revisions, and on-time delivery in collaboration with procurement.
- Support quality checks by updating drawings based on supplier feedback.
Must-haves
- Masters graduate in mechanical, motorsport or automotive engineering.
- Hands-on experience from working in Formula student or similar.
- Excellent CAD skills (OnShape and/or SolidWorks preferred).
- Experience working with electrical and mechanical components.
- Ability to work proactively with minimal support using a logical approach in an environment with minimal documented processes.
- Must be self-motivated and an effective team player.
- Eligible to work in the UK.
Nice-to-haves
- A basic understanding of High Voltage vehicle systems and safety.
- Practical project experience involving soldering, fabrication, harnessing, etc.
- Knowledge of battery system technology including cell chemistries, BMS, etc.
Strictly No Agencies
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Job Description
Are you a Graduate Mechanical engineering student? Do you love DIY, building and prototyping in your spare time? Ideally you are part of your university’s Formula student team or have worked on projects related to automotive, motorsport, or energy storage; you want to demonstrate your mechanical design skills; and want to work in a fast-paced start-up environment.
This is a unique opportunity to join a fast-growing London-based start-up that is creating an all-new range of battery storage systems for both commercial and consumer markets. You will be responsible for the design, build, and test of our energy storage systems.
This is an exciting role that offers the opportunity to be at the forefront of an emerging industry and make a lasting impact on the future of energy storage with a duration of 6 months.
Responsibilities
- Support restructuring of CAD assemblies to clearly separate base product features from customer-specific interfaces.
- Assist in generating manufacturing-ready BOMs for the Max300 and other product variants.
- Produce clear GA drawings for MAX range of BESS.
- Participate in design reviews to identify part duplication and opportunities for consolidation.
- Create a fastener library with standard part numbers based on Allye's conventions.
- Help prepare drawing packs for suppliers, including manufacturing notes and tolerances.
- Track part releases, revisions, and on-time delivery in collaboration with procurement.
- Support quality checks by updating drawings based on supplier feedback.
Must-haves
- Masters graduate in mechanical, motorsport or automotive engineering.
- Hands-on experience from working in Formula student or similar.
- Excellent CAD skills (OnShape and/or SolidWorks preferred).
- Experience working with electrical and mechanical components.
- Ability to work proactively with minimal support using a logical approach in an environment with minimal documented processes.
- Must be self-motivated and an effective team player.
- Eligible to work in the UK.
Nice-to-haves
- A basic understanding of High Voltage vehicle systems and safety.
- Practical project experience involving soldering, fabrication, harnessing, etc.
- Knowledge of battery system technology including cell chemistries, BMS, etc.
Strictly No Agencies
