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Design and develop mechanical systems for fully electric CS-23 aircraft across the complete development lifecycle. Responsibilities include requirements definition, functional analysis, architecture, interface management, supplier collaboration, safety assessments, integration, verification, testing, and certification. The role focuses on systems such as environmental control, landing gear, ice protection, and interiors, while coordinating closely with aircraft design, structures, propulsion, and other engineering teams.

Design and iterate multilayer PCB layouts for high-voltage propulsion and power-distribution systems. Define stack-ups, controlled-impedance, ECAD-MCAD co-design, apply IPC and aerospace high-voltage rules, produce fabrication/assembly packages, perform DRC/LVS, collaborate with engineers and manufacturers, and manage configuration and supplier qualification.

Lead development and validation of battery state observers, estimators, and predictors (SoF/SoC/SoH/SoP/SoE/SoB) for lithium-ion propulsion systems. Build and parameterize multi‑RC and thermal/aging models, implement Kalman/particle/ML estimators, develop mission-aware predictors and RUL models, ensure DAL B functional-safety and ED-289/ED-309 compliance, support real-time embedded implementation and HiL validation, and drive verification, documentation, and cross-team collaboration.

Lead structural, stress, and thermomechanical FEA for propulsion battery packs and PDUs. Build and correlate nonlinear and temperature-dependent models, assess fatigue, creep, and thermal runaway coupled responses, automate workflows (Python/MATLAB), provide stress sign-off, define modelling standards, support testing and certification documentation for CS-23 aircraft propulsion battery systems.

Lead development, management, and execution of HiL and Power HiL test rigs and campaigns for electric propulsion systems, focusing on BMS integration. Own test assets, design rigs and test software, collaborate across software/mechanical/electrical teams, ensure safety and calibration, and produce test reports supporting R&D and certification.

Open internship or thesis opportunities at VÆRIDION to work on electric aviation projects. Candidates propose aligned topics; interns will develop and realize ideas on-site in Munich or Delft, joining a collaborative team focused on sustainable commercial electric flight.

Lead end-to-end ERP implementation and related technical projects: translate business needs into scalable system solutions, manage integrations (PLM, future MES), data migration, testing, user adoption, stakeholder alignment, risk mitigation, project performance tracking, and continuous improvement of project management practices.

Lead and scale controlling functions: establish processes, lead ERP (SAP S/4HANA) finance implementation, ensure data quality, support budgeting/forecasting, produce dashboards and KPIs, and partner with accounting to enable timely, reliable financial insights.

Lead design, integration, and certification of mechanical and electrically actuated flight control systems. Define system requirements and architecture, manage supplier coordination, perform safety analyses, support DMU integration, and drive verification, validation, and certification through ground and flight testing.

Design, optimize, and validate manufacturing processes and tooling for high-voltage battery modules/packs. Lead equipment specification and automation implementation, support transition from manual to automated production, ensure aerospace compliance and safety, create process documentation and training, drive root-cause analysis and continuous improvement using Lean and Six Sigma, and collaborate with design, testing, operations, vendors, and contractors.