| Amandeep Singh's Resume
| Contact | 4728, Choctaw St
San Diego, CA 92115
US
619-200-0123
amansand@gmail.com |
Goal | Seeking an opportunity in MEMS engineering firm, which allows me to utilize my skills and acquire new ability in the field of MEMS. |
| Skills | CovnetorWare, MatLab, AutoCAD,COMSOL,SolidWorks,Bonding |
| Qualifications | Education:
Pursuing MS in Mechanical Engineering from San Diego State University with specialization in MEMS.
(GPA: 3.85)
Bachelor of Engineering in Mechanical Engineering
Maharshi Dayanand University, India (GPA: 3.75)
Diploma in Mechanical Engineering
Chandigarh College of Engineering & Technology, India
Graduated with Honors (GPA: 3.80)
Research Experience:
- Pursuing research in the field of design and fabrication of the WiBandAccelero (Wide Band MEMS Accelerometer). Designed a tunable comb type accelerometer and analyzed design in the FEMLAB.
- Working on a PolyMUMPs (Polysilicon Multiuser MEMS Process) technology. Designing a process layout of a wide band accelerometer in the CoventorWare for PolyMUMPs.
- Conducted a research on different types of hand motions to determine the time required to complete particular movement and calculated frequency of each motion. Determined range of frequency and effect of each motion on the frequency in order to design an accelerometer for cell phone application.
- Worked as a team member during Industrial audits for Industrial Assessment Centre. Wrote conventional fuel and solar based Combine Heat and Power systems (CHP) analysis reports. Calculated energy saving and cost saving in Heat Recovery Systems, Compressed Air Systems and proposed Variable Speed Drives (VFD) for motors. Designed Combined Heat and Power system using CogenPro.
- Worked on the Self Propagating High Temperature Synthesis (Combustion Synthesis). Determined the temperature profile as a function of Aluminum Oxide and Chromium Oxide in reaction powders. Accomplished experiments with different materials in various compositions, analyzing reaction and sintering effects.
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Updated: 2008-03-17 |
MEMS and Nanotechnology Clearinghouse