Mechanical Analysis Engineer

If you are an enthusiastic professional interested in being part of a fast-growing company with strong engineering and research culture, we are looking for a passionate Mechanical Engineer to join the team and help us .

Disruptive mobility tech companies like Technica are driving the changes in electronics architecture that the industry needs to accelerate the arrival of the software-defined vehicle era. As hardware systems for the next generation of automotive connectivity and computing platforms grow denser, hotter and more complex, the mechanical engineering behind them — enclosures, thermal management, manufacturing — has become as decisive as the software running inside.

“The ideal candidate is curious to dig deep into mechanical and thermal challenges until those are fully resolved, thinks in product architecture but executes like a detail-oriented design engineer bringing precision into complexity through solid manufacturing data, and is a team player who is not afraid to challenge supplier constraints or push a design concept further than expected.”

Lead mechanical 3D design of electronic enclosures and product housings in SolidWorks, from initial concept to design freeze for several industrial manufacturing processes, including sheet metal, CNC machining, extrusion and injection moulding.

Generate complete manufacturing data packages: 2D drawings, 3D STEP Data, SVG or Illustrator data for product labelling and assembly drawings with subsystem BOMs.

Perform thermal simulations (Ansys ICEpack) for heat dissipation analysis of electronic assemblies and analyse state of the art thermal management strategies.

Coordinate physical thermal tests: define test setup, instrument with thermocouples, execute test campaigns and produce test reports with conclusions and design recommendations.

Lead mechanical integration of PCBs, connectors, SOMs and custom electronic assemblies, including tolerance studies and assembly feasibility analysis.

Collaborate with the Business Development team to define visual content needs per product launch or trade shows and deliver assets within agreed timelines.

3D design of demo stands and setups, manufacturing coordination, and on-site assembly support when required.

Manage relationships with sheet metal, CNC machining, extrusion, laser cutting and injection moulding suppliers: send RFQs, evaluate quotations, negotiate technical trade-offs and follow up on open POs.

Participate in system architecture reviews and provide mechanical feasibility feedback at early project phases, before hardware freeze.

Generate accurate periodic reporting of project status and blocking points for internal team and customer communication.

Full flexibility to manage hybrid work model, depending on the tasks.

• Attractive professional career development in a truly cross-functional product team—where hardware and software come together, silos don’t exist, and everyone collaborates around a shared mission: building a better product, together.
• A strong engineering- and research-driven culture, with a clear commitment to reinvesting in innovation through new products and the continuous growth of our know-how.
• 30 working days as holidays, with full flexibility to manage them.
• Private health insurance.
• Regular team building activities with specific company budget.
• Opportunity to further expand your training, from personal abilities to technical areas.

At least 3 years of hands‑on experience in mechanical design of electronic enclosures or electromechanical products, with a verifiable portfolio of manufactured parts.

Proficiency in SolidWorks (3D modelling, assemblies, configurations and variants).

Proven ability to generate complete 2D manufacturing data packages (drawings, DXF, SVG) ready for supplier quotation and production.

Working knowledge of sheet metal fabrication, CNC machining and laser cutting processes, including design constraints and cost drivers.

Experience performing or coordinating thermal simulations (Ansys Icepak, Flotherm or equivalent) and physical thermal tests on electronic assemblies.

Experience with injection moulding design constraints and tooling process (DFM for plastics, draft angles, wall thickness, slider requirements).

3D printing (FDM/SLA), vacuum casting, and rapid‑tooling coordination.

Experience with SVN or similar version control systems for mechanical data management.

Background in or exposure to automotive or industrial electronics product development.

Desirable basic knowledge of graphic design tools (Illustrator, Photoshop) for vinyl and marking data generation.

Basic understanding of HW development processes: schematic review, BOM structure, hardware bring‑up stages.

Fluency in English is a must. All customer interaction and technical documentation is in English.

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