• Applying DFM (Design for manufacturing) for continuous improvement of the process by which manufacturability, cost, and product reliability are integrated into the product design phase.• Create accurate and controlled files, engineering drawings, and specifications using AutoCAD.• Developing test models for alternate design and processing methods to ensure feasibility, new application possibility and necessity of modification.• Using CAM (Computer Aided Manufacturing) software, create CNC drilling and routing programs.• Ensure conformance with engineering design and performance specifications by specifying direct modification of products.• Apply GD&T (Geometric Dimensioning and Tolerance) principles to effectively maintain mechanical products, equipment, systems, and processes.• Investigate and diagnose faulty operation of equipment to confidently recommend solutions to manufacturing crew.• Effectively communicate details with US and Asia-based customers and suppliers.

• Accountable for undergraduate teaching for the department of mechanical and industrial engineering.• Conducting lab sessions for Engineering Graphics I consisting of 40 students.• Teaching Fundamentals of AutoCAD and Introduction to SolidWorks Simulation.• Grading assignments and tests for Computer Aided Geometric Design (CAD) and Advanced Mechanism Design.• Developing course assessment reports and evaluated consistency of the students.• Interacting with each student and provide guidance for their senior design projects

• Developing design concepts for various four-bar mechanism linkage arrangements that can provide motion to the Solar Tracking System.• Using SolidWorks, creating 3D models for the developed designs and validating them using SolidWorks Simulation.• Optimization of the designs using SolidWorks Motion Study,• Identifying the needs to build the prototype using various machining processes.