• Quotation o Technical feasibility study o Concept design and concept drawings o Specification layout o Preliminary Bill of Materials (BOM) preparation o Cost analysis o Cycle time analysis• Design of Broaching Machines o Table up, Pull down, Vertical surface broach, Blind spline machines o Hydraulic powered and electromechanical machines o Machine structure design, Automation design, Fixture design, Tool design. • Design of Fixtures o Work holding Fixture (Hands-on experience of building the fixtures) o CMM(Coordinate Measurement Machine) Fixture• 3D part modeling (Siemens NX) o Parametric Solid o Surface modeling o Machine Assemblies o Assembly Sequences and animation• Engineering Drafting o Component Drawings o Weldment Drawings o Assembly Drawings o GD&T (ASME Y14.5) o Tolerance Stack up o Bill of Material (BOM)• Tool Design (Siemens NX and AutoCAD) o Surface Broach(Hands-on experience of tool assembly) o Spiral Broach o Pot Broach• Machine Automation design o Part loading & Unloading, PLC programming using RSlogix 500, Troubleshooting. o Part Inspection, data recording, robotic End of the arm tooling (EOAT) design. o Preparation of control line-up for hydraulic, pneumatic, coolant, lubrication, and electrical system.• Finite Element Analysis (FEA) (Siemens NX) o Parts and complex assemblies o Preparation of detailed FEA reports.

Helped students to solve problems of calculus and to learn the Software like MAPLE, Mathematica.

Helped disabled students in their examination.

Distributed work among 7 student worker and served students at different food stations.

Classroom teaching of the following subjects,Machine design and industrial drafting (Freshmen)Machine Design I (Sophomore)Machine Design II (Senior)Lead a team of six students for designing suspension and breaking system of All-Terrain Vehicle (ATV) used in the SAE-BAJA competition.The event aimed to design, present, and manufacture an All-Terrain Vehicle (ATV) that can survive a rocky terrain for 3 hours of endurance run after qualifying through Brake, Acceleration, Steering, and Oil Spill Tests. In the preliminary rounds, around 200 teams participated, of which around 80 were allowed to go forward and fabricate the vehicle. Our vehicle finished overall 18th nationally.

Supervised maintenance crew of 15 consisting of welders, electricians, technicians and coordinated with purchase department during break down and preventive maintenance work.Lead a team of 3 engineers for planning and scheduling of preventive maintenance.Maintained equipment list on daily basis and done walk through maintenance.Provided support to research and development team to run their pilot plant.Created specifications and helped purchase department to place the orders for new equipments

Demonstrated advanced skills in operating equipments and machines including CNC milling, turning, hydraulic presses, drilling machines for the fabrication of thermal equipments including reactors, pressure vessels, boilers, etc,Designed parts of glass manufacturing machine in AutoCAD.Used concepts of Geometric Dimensioning and Tolerancing (GD&T) for markings on the row cast parts before machining.Got hands on experience on manufacturing processes like turning on lathe, drilling, milling, forming, CNC machining, TIG,MIG and arc welding.