Inżynier Konstruktor / Mechanical CAD Engineer

• 3D design of electric motor components, including rotors, stators, housings, motor bells, shafts, and other mechanical components.


• Development and optimization of mechanical designs for UAV applications.


• Preparation of detailed technical documentation and manufacturing drawings for CNC machining.


• Selection of materials, taking into account manufacturing technologies and required tolerances.


• Performing structural calculations and basic mechanical strength analyses.


• Collaboration with engineers specializing in electromagnetics, electronics, manufacturing, and research and development (R&D).


• Preparing designs for prototyping and serial production.


• Analyzing prototypes and implementing design improvements based on test results.


• Using topology optimization and generative design to reduce component weight while maintaining the required strength and stiffness.


• Using Generative Design and topology optimization tools in Fusion 360 or SolidWorks as part of the daily design process.


• Using AI-powered tools to accelerate technical research, design iterations, documentation, and problem-solving.


• Continuously identifying opportunities to automate and improve the mechanical design workflow.

Artificial Intelligence and Generative Design

For us, AI is not just an additional tool; it is part of the engineer's daily workflow.

Practical experience in topology optimization / generative design is mandatory.

These technologies will be used to:

• Reduce the weight of motor components without compromising the required strength.


• Optimize the geometry of motor bells, housings, rotors, and other structural components.


• Create and compare different design alternatives more quickly.


• Prepare optimized geometries for CNC machining.


• Accelerate the process: concept → modeling → optimization → prototype → testing.

• Professional experience in mechanical design / mechanical engineering.


• Strong practical experience with 3D CAD software, preferably SolidWorks and/or Fusion 360.


• Proven experience designing mechanical components for manufacturing.


• Hands-on experience with Topology Optimization / Generative Design is mandatory.


• Experience using Generative Design or topology optimization specifically in Fusion 360 or SolidWorks.


• Understanding of mechanical strength, stiffness, loads, tolerances, and materials.


• Experience preparing technical drawings and documentation for CNC machining.


• Ability to design lightweight components while maintaining required mechanical performance.


• Understanding of manufacturing technologies and DFM principles.


• Analytical and engineering mindset.


• Willingness to actively use AI-powered tools in everyday engineering work.


• English sufficient for technical documentation and communication.

Nice to have:

• Experience designing electric motor components.


• Experience with rotors, stators, motor housings, bells, shafts, bearings, or similar components.


• Experience in UAV / drone / robotics / aerospace industries.


• Knowledge of CNC machining and practical manufacturing constraints.


• Experience with FEA/FEM structural analysis.


• Python or other programming skills for design automation.


• Experience integrating AI/ML tools into engineering workflows.


• Experience taking products from initial concept through prototype and serial production.

• The opportunity to work on high-tech mechanical components for UAV systems.


• Real R&D work, from concept and CAD design to prototype and serial production.


• An engineering environment focused on AI-assisted design and Generative Design.


• The opportunity to influence the design and performance of next-generation motor components.


• Modern production and prototyping environment.


• Close cooperation with mechanical, electromagnetic, electronics, and manufacturing engineers.


• Professional growth in advanced mechanical design, topology optimization, and AI-assisted engineering.