Graduate Mechanical Engineer
SKILLS
FULL DESCRIPTION
Graduate Mechanical Engineer
[Employer hidden — sign up to reveal] is hiring a Graduate Mechanical Engineer to join the Propulsion & Mechanical Systems team in Belfast/Lisburn. This full-time permanent role involves design, development, and engineering support for zero-emission maritime vessels.
Departmental Overview
The Propulsion & Mechanical Systems department sits within the Technical Team and is responsible for delivering all mechanical design, engineering and integration activities for our eFoilerTM Propulsion and Primary / Secondary mechanical systems. The department is also critical for the delivery and performance of all [Employer hidden — sign up to reveal] vessels and is rapidly expanding its footprint within the company.
The Role
The Graduate Mechanical Engineer will be primarily responsible for design, development and engineering support activities within the Propulsion and Mechanical Systems team. You will work cross-functionally within the Technical Department, collaborating with highly skilled engineers to develop innovative technical solutions which will ultimately unlock decarbonisation of the maritime sector. As a Graduate Engineer working with [Employer hidden — sign up to reveal], you will have the opportunity to showcase your skills using a variety of CAD & CAE packages, developing solutions in 3DExperience and optimising using FEA, Generative Design and Fluid Dynamics.
Key Responsibilities / Accountabilities
- Deliver conceptual and detailed designs using 3DExperience, developing 3D models for lightweight metallic and composite components, assemblies, structures & mechanisms.
- Consider Design For Manufacture, whilst making use of modern manufacturing processes like Additive Manufacturing where appropriate
- Utilise CAE tools to validate and optimise in line with [Employer hidden — sign up to reveal] component performance requirements and document workflow
- Generate detail manufacturing drawings in line with [Employer hidden — sign up to reveal] drawing standards.
- Creation and maintenance of product eBOM, working within the [Employer hidden — sign up to reveal] PLM environment
- Working with the [Employer hidden — sign up to reveal] design team, contribute to the specification of components and subsystems
- Creation of design layouts and schematics for mechanical systems and translating 2D schematics into 3D routed system models.
- Support the boat development programs where required.
- Engage in the introduction of new technology to [Employer hidden — sign up to reveal] where appropriate.
- Attend team and 1-1 meetings and fulfil reporting requirements as required by [Employer hidden — sign up to reveal].
- Ensure compliance with [Employer hidden — sign up to reveal] Policies and procedures as outlined in the Company Handbook.
- Build good working relationships across [Employer hidden — sign up to reveal].
- Contribute to shaping a culture that reflects [Employer hidden — sign up to reveal] Values and Guiding Principles and enables the company to achieve its goals.
The Company
[Employer hidden — sign up to reveal], led by double Olympic gold medallist yachtsman Dr Iain Percy OBE, is an applied technologies spin-off from the successful America’s Cup professional sailing team, [Employer hidden — sign up to reveal].
The company name, ‘Artemis’, is that of the classical Greek goddess: a protector of nature, and our mission is to lead the decarbonisation of the maritime industry, and to develop [Employer hidden — sign up to reveal] into the clear market leader in high-speed zero-emission vessels and propulsion systems.
Background
Based on its innovative intellectual property developed from over a decade of high-performance yacht racing by [Employer hidden — sign up to reveal], and its expertise as the world’s leading high-performance maritime design and applied technologies company, [Employer hidden — sign up to reveal] is the lead partner of the Belfast Maritime Consortium, which has won a £33 million UK Government Strength in Places Fund grant to develop zero emission ferries, a project that will revolutionise the future of maritime transport.
We are developing our engineering operations as part of what is planned to be the UK’s most advanced marine composites design and manufacturing facility, involving our key partners, suppliers, and customers.
Location
Unit 1 Oakbank, Channel Park, Queens Road, Titanic Quarter, Belfast, BT3 9DT
For an interim period in 2022 some roles may be working out of our Lisburn office and our Belfast office.
Our Mission
To lead the decarbonisation of the maritime industry and to become the market leader in high-speed zero-emission vessels and propulsion systems.