TETMET
Engineering · Full-time · Puteaux, France
Job Overview The Application Engineer position at TETMET is crucial in our commitment to integrate and develop our ASLM technology with diverse industrial clients. Your role will involve leading the practical application of our innovative technology and collaborating closely with our R&D teams and industrial partners to ensure customised and high-performance solutions.
Job Description As an Application Engineer at TETMET, you will be responsible for: Collaborating with clients' innovation and manufacturing teams to identify their needs. Using CAD tools to design lattice parts that meet client specifications. Modeling and simulating these parts using finite element analysis (FEA) to validate their performance. Improving internally developed software to enable more relevant and efficient lattice design.
Profile We are looking for an Engineer (Master's degree level) with: Advanced knowledge in mechanical engineering, materials science, or related fields, with a strong understanding of design and manufacturing principles. Practical experience with CAD software such as SolidWorks, CATIA, Fusion, etc., and FEA software for modelling and optimizing structures and geometries. Proven ability to manage complex projects end-to-end, from conception to implementation, while meeting deadlines and specific client requirements. Excellent communication skills and the ability to work effectively within multidisciplinary teams. Ability to creatively and effectively solve problems, finding innovative solutions to technical and design challenges. Proficiency in English, both spoken and written, due to the international work environment of the company. Practical knowledge of Python or other programming languages for task automation would be a plus. Employment Type Permanent contract (CDI) Location On site: La Grande Arche, 1 Parvis de la Défense, La Défense
TETMET
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TETMET, founded in 2023, has developed both a design tool and a production process for industrial scale metal lattices. They are already helping aerospace and automotive players to lose mass on their structural parts and we already work with Airbus DS, Thalès Alenia Space, CNES, Maiaspace, Exotrail, Stellantis, etc ; to design or redesign parts in lattices. Beyond the reduction of mass that can go up to 80%, by tuning the unit cell topology, they can also add other properties to the structures such as damping, frequency filtering, heat dissipation, etc to turn them into meta materials.