Mechanical Design and Simulation Engineer

BHUVNESH ARYA

Objective:

To find a challenging and satisfying engineering development/design/testing job or internship where my education and work experience in problem solving, analytical techniques, and communication skills, along with knowledge of manufacturing and design processes, will be utilized to improve the productivity and profitability of an organization.

Skills Summary

• Strong FEA (Finite Element Analysis) background, used COSMOS and FEMLAB/COMSOL

• Hands on experience of Microfabrication (Photolithography and Softlithography)

• Maintenance Mechanic/Mechanical Engineering experience in a large factory

• Good Academic knowledge

• Mechanical Engineering internship with practical lab work

• Good communication, analytical and problem solving skills

• Dependable, hard worker, capable of doing well both individually, and flexibly join any working group

Education:

Master of Science in Mechanical Engineering, San Diego State University,(Expected Aug 2009).GPA : 3.57

Bachelor of Engineering in Mechanical Engineering, Maharshi Dayanand University, India 2006.

GPA: First Class

Work Experience:

Cleanroom Associate Manager San Diego,CA

Micro Electro Mechanical Systems Cleanroom (MEMS) Aug 2008 - present

• Safety In charge of Environmental Procedures.

• In charge of procurement (supplies such as Photoresist, developers, stripper) and equipments.

Research Assistant San Diego, CA

MEMS Research Lab, SDSU April 2007 – present

• Finite Element Analysis of PV Cells comprising of 3D electrodes

• Micro fabrication of microarrays using conductive polymers

• DNA transportation and Hybridization in microarray and CD micro fluidics simulation

• Photolithography and Soft lithography of micro arrays and micro channels

Design and Fabrication Engineer New Delhi, India

Weston Engineering Company Oct 2004 – Nov 2006

• Designing (Solidworks and ProE) and Simulation (COMSOL Multiphysics) of screw conveyors, vibratory sieve, high pressure vessels etc.

• Lead a team of 4 people for fabrication of the designed products.

• Designing of supply lines from manufacturing unit to bottling unit for Dewan Breweries

Teaching Associate San Diego, CA

Micro Electro Mechanical Systems (MEMS), SDSU Jan 2009 – May 2009

• Lead different groups for micro fabrication in clean room as their final project

• Help students with packages like COVENTORWARE and COMSOL

Teaching Associate San Diego, CA

Mechanical and Thermal Systems Lab, SDSU Aug 2007 – Dec 2008

• Guide students about the procedure for doing the experiment

• Maintenance of all the equipments in the lab

Full Time Intern Gurgaon, India

Munjal Showa Ltd (A Hero Honda Group) May 2004 – July 2004

• Learned different manufacturing processes and various aspects of Line Production, Assembly and Quality Assurance

• Learned Management skills along with KAIZEN and 5s

Computer/Software skills

Programming languages Matlab, C, and C++

CAD Training/Experience Auto CAD packages, ProE and SolidWorks

Simulation software FEMLAB/COMSOL, COSMOS, COVENTORWARE

Projects:

1.) Designing and Micro fabrication of Micro Electrophoretic Channels

2.) Micro fabrication of microarrays using photolithography

3.) Numerical modeling of DNA Hybridization and pH Distribution in Electronically Active Microarrays using COMSOL Multiphysics.

4.) Effect of coriolis force on hybridization in CD Micro fluidics platform using COMSOL Multiphysics

5.) Assembly of Spin Coater for SDSU Class 100 Cleanroom

6.) Designing of Energy Harvesters using the Vibration Energy

7.) Study, Design and Simulation of Pneumatic Hybrid Vehicle

Coursework:

Micro Electro Mechanical Systems (MEMS) Finite Element Method (FEM)

Advance Topics in Automatic Controls Mechanical Vibrations

Powder Based Manufacturing Machine Design

Advanced Manufacturing Technology Statistical Quality Control

Industrial Management and Engineering Economy Maintenance Engineering

Publications:

1. Kassegne, S.K., Arya, B., “Numerical Modeling of the Effect of Histidine Protonation on DNA Hybridization and pH Distribution in Electronically Active Microarrays”, Manuscript submitted to Sensors and Actuators, Part B.

2. Arya, B., Paramesh, N., Kassegne, S.K “Influence of Coriolis Effect on DNA Hybridization Numerical Models in Compact Disk (CD) Microfluidics Platforms”, Will Submit to Sensors and Actuators, Part B, July 2009.

Contact this candidate