Design-for-assembly (DFA, Design-for-manufacturing (DFM, Welding, Injection Molding, Corrosion protection, Sheet Metal Fabrication, Material Selection, Machining, Extrusion, Standard mechanical components, Coatings, Casting, Surface treatments, Pneumatic and hydraulic systems

Fda, Reverse Engineering, Mechanical part fabrication, Medical device regulations, Complex engineering investigations, Execution of Design changes, Product lifecycle management, DFX, Tear down analysis, SolidWorks CAD software, Pfmea, Thermal control, Iso 14971, Iso 13485, Tolerance Stack-up Analysis, IEC 60601, Documentation, Pneumatic systems, Dfmea, Simulation Tools, Rapid prototyping methods, Materials fluid handling techniques, Mechanical design principles, Problem Solving

Solidworks, CreoSimulate, 3D CAD tools, Siemens Nx, Creo, FEA using NX Nastran, DFX process, Proe

Solidworks, mechanics of materials, Structural dynamics and vibration environments, Thermal-structural coupling analysis, Structural and dynamic analysis, Flight and operational load conditions, Fatigue and margin of safety calculations, gd&t, CAD modelling, Detailed drafting, Production-ready documentation

manufacturing processes , Prototyping, Mechanical Engineering, Electrical Engineering, Embedded Systems, CAD, 3D Printing

CAD software, manufacturing methods, Thermodynamics, flow analysis, Material Selection, gd&t, Design for Excellence principle, Sheet Metal Design

Design for Manufacturing (DFM), environmental qualification standards (vibration, tolerance analysis , thermal vacuum), deployables, materials used in aerospace/space applications, shock, mechanism design, latches, CAD Tools, gd&t, actuation systems, PLM/PDM systems, hinges, FEA simulation tools

Finite Element Analysis (FEA), Ansys, Mechanical environmental testing, Machining technique selection, ABAQUS, gd&t, Structural Dynamics, Catia, Mechanical Design, Cad Designing, Vibration Analysis, Design and development of MGSE structures