Clear and structured engineering documentation.

• Engineering drawings and BOM (Bill of Materials)

• Design documentation and reports

• Assembly instructions and process documentation

• Project documentation for manufacturing and testing

Turning ideas into working systems.

• Rapid prototyping using 3D printing (FDM)

• Iterative design improvements based on testing

• Functional prototype development

• System integration (mechanical + basic electrical)

Bridging design with real-world fabrication.

• Process selection (machining, welding, 3D printing)

• Fabrication support and supervision

• Design optimization for cost and manufacturability

• Tolerance and assembly considerations

Design decisions supported by engineering principles.

• Load and stress calculations

• Motor selection and power requirement estimation

• Basic FEA (stress, deformation) using ANSYS

• Design validation and performance evaluation

Design and development of custom mechanical machines.

• Structural frame design and load consideration

• Motion systems (shafts, bearings, motors, transmission)

• Design of machines such as mixers, packaging systems, and CNC-based setups

• Prototype development and iteration

Production-ready design using industry-standard tools.

• 3D CAD modeling using SolidWorks and Fusion 360

• Assembly design with motion and fit considerations

• Detailed 2D drawings with dimensions and tolerances

• DXF generation for CNC, laser cutting, and fabrication

Design of practical, manufacturable mechanical systems from concept to production.

• Concept development and mechanism design

• Design for Manufacturing (DFM) and Assembly (DFA)

• Material selection based on strength, cost, and application

• Integration of mechanical systems with real-world constraints