1. Every project owned and lead to industrialisation;
2. Development from concept;
3. Design for Manufacture (DFM), Design for Assembly (DFA);
4. Tolerance stack analysis;
5. FMEA;
6. Medical product design;
7. 3D modelling with Creo Parametric;
8. Design of jigs, fixtures and metrology gauges;
9. Follow already created/developed concept;
10. Project management;
11. Tool qualification process involvement;
12. Specification creation for specific industrialisation tasks;
13. Documentation control;
14. PLM workflow creation adjusted to current processes;
15. Structural analysis FEA (Creo Simulate);
16. Chemical compatibility;
17. Materials selection;
18. Aging factors consideration;

• Two patents in first two years;
• Design of magnetic drive system that increased torque transfer efficiency by
  magnitude of 4 in comparison to previous versions and decreased complexity;
• Seven concurrently run projects (upstream and downstream technologies: –
  filtration, fermentation, bacteria cultures, conjugate drug delivery);
• Structural analysis of fluid handling devices – FEA (Take One 2”, Chromatography,
  Bioreactors);
• Flow analysis of fluid handling devices – CFD (Chromatography);
• Influence in internal standards, workflows and PLM adjustment allow leaner design
  process;
• Innovative conceptual design to reduce assembly and avoid additional process –
  purely mechanical joining method;
• Magnet levitating impeller design issues resolving;

Tools:

1. Creo Parametric
2. SAP PLM
3. 3D Printing (Objet, Formlabs, Ultimaker)