Mechanical Engineer
Lamprell Energy Limited
Total years of experience :11 years, 4 Months
• Ensure that the engineering design is complaint with customer’s Technical Specifications, Design Basis and all relevant national and international rules and regulations
• Preparation of equipment technical specification
• Evaluate technical quotations from vendor
• Prepare purchase specification
• Review design and drawings
• Lead a team of Engineers & Designers in the preparation of drawings
• Working with customer to understand their requirements and successfully execute it
• Design and Development of new planetary and helical gearboxes or modification of existing products for various industrial applications
• Gear rating calculation as per DIN 3990 and AGMA 2101 standards
• Shaft strength calculation, bearing calculation and selection, material selection and cost estimation
• Support Sales and Marketing department with the selection and cost estimation of gearboxes to satisfy customer requirements
• Preparation of detailed drawings of gearbox internals, casings, gearbox arrangement layout, gear profile particulars for manufacturing department in AutoCAD and Pro-E
L & T Komatsu, Bangalore Underwent a basic training for one month from 3rd to 31st May, 2011, to learn about the various process and techniques involved in the manufacture of Komatsu excavators, learn about the latest automated technology used in the field of manufacturing, CNC machine language, Hydraulics Rail Wheel Factory, Bangalore (1st to 29th December 2009) Underwent a basic training for one month to learn about the various process and techniques involved in the manufacture of wheels and axles for the Indian railways 1) Learn about different composition of steels and different heat treatment techniques of steel to achieve desired hardness. 2) Variety of steps involved in the manufacturing process 3) Various tests conducted to ensure the components meet the safety requirements. Major Project Performance analysis of a valveless piezoelectric micropump was carried out. Lead Zirconium Titanate (PZT) was used as the actuator. Passive valves were used instead of active valves to reduce the cost of manufacturing. Experimental analysis as well as CFD analysis of the micropump was carried out. CFD analysis was carried out using the FEM package ANSYS 13. This was used to determine the optimum design on which experimental analysis was carried out.
Subjects 1) Maths 2) Physics 3) Chemistry 4) Computer Science Aggregate Marks - 450 out of 600 (75%)