A selection of representative developments in metal additive manufacturing, lightweight chassis design, aerodynamics and composite engineering. Each project combines CAD design, structural analysis, manufacturing criteria and performance-oriented optimization.
Development of critical parts using metal additive manufacturing (SLM/LPBF), structural validation and aerodynamic analysis for maximum-performance vehicles.
Development engineer
Complete development of a topology-optimized brake caliper for real track conditions. The part was designed for SLM/LPBF from the first concept stage, including CAD, FEM validation for stiffness, strength and fatigue, DfAM criteria and manufacturing release.
Development engineer
Chassis wheel carrier with structural material redistribution through topology optimization. The design maintains stiffness and strength under real track loads while significantly reducing weight compared with a conventional machined equivalent.
Development engineer
Pressure analysis and aerodynamic flow visualization under real track-oriented conditions. The study supports exterior validation of the hypercar by analyzing pressure distribution, flow behavior and velocity vectors around the vehicle.
Development of structural and aerodynamic composite parts for high-performance automotive applications. Product concepts with their own identity under the Panther Nanocomposites line.
Development engineer
High-performance carbon fiber rear wing with active DRS mechanism. The concept is focused on functional aerodynamics, lightweight structural design and a premium B2C product line for performance-oriented automotive applications.
Internal developments from the Panther Nanocomposites product line. These concepts are in different stages of design, simulation and validation, combining composite engineering, lightweight design and advanced manufacturing processes.
Development engineer
Carbon fiber rear diffuser optimized for downforce generation and reduced weight. Internal B2C development for a premium automotive product line, focused on aerodynamic performance and manufacturable composite design.
Development engineer
Main structure for an unmanned aerial vehicle (UAV) using advanced composite materials. The design is focused on extreme lightweight construction, torsional stiffness and optimized manufacturing for aerospace-oriented applications.
Development engineer
High-performance brake lever for sport motorcycles. The concept combines carbon fiber and optimized aluminum design for reduced weight, improved ergonomics and a premium motorsport-oriented B2C component.
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Industrial-grade software ecosystem for CAD design, structural simulation, topology optimization, additive manufacturing and advanced engineering workflows.
Within the 3DEXPERIENCE environment: composites, reverse engineering and CFD workflows with PowerFLOW.
SIMULIA Abaqus · STAR-CCM+ · OpenFOAM · MATLAB · SLM / LPBF · SLS · SLA · FDM · DfAM · Lattice design · Generative design · Reverse engineering · 3D scan data · CFRP · Advanced composites
If you need to develop, optimize or validate a technical component — chassis, aerodynamics, composites or additive manufacturing — send us your idea and we will give you a clear technical assessment.