1.

Calculate the amount of material required and new product design. Further suggest alternate products or product designs.

2.

Create and draw geometric dimensions and tolerance for designed parts, per American Society of Mechanical Engineers (ASME) standards and support manufacturing team.

3.

Optimize design and flow path utilizing heat and mass transfer principles.

4.

Establish processes and control parameters for projects.

5.

Outline quality control processes including analyzing failures. Utilize principles involving friction, wear, and tear, etc. Prepare flow charts for system performance and suggest resolutions to failures.

6.

Build 3D models for new concepts, prepare 3D solid models, sheet metal models, plastic parts if any and build prototypes of parts, assemblies before finalizing the part dimensions using 3D printing, additive manufacturing, and rapid prototyping concepts.

7.

Perform mechanical testing on products to understand the product better, identify vulnerabilities, and establish stronger quality control. Product analysis may include mechanical performance, Electromagnetic Interference (EMI), photometric, finite element, and/or structural analysis.

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