Assistant Engineer Resume
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SUMMARY
- Experience in LabVIEW and PCB design.
- Building product from concept to completion while incorporating DFM/DFA/DFT principles throughout.
- Component level testing and FPGA Implementation.
- VLSI Design and Verification.
- ECAD based system design.
- Exposure to RF Design, Digital Signal Processing (DSP)
- Strong Background in Electromagnetic theory, EMI, EMC procedures.
- DRC,LVS tests and validation
- Embedded, Digital Systems and VHDL.
- High Speed/Low Speed Circuit Design
- Knowledge in SDRAM and DDR3 layout.
- Exposure to Stack Up procedures
- Experience with Electrical Lab Equipment.
- Digital Communications: Micro - processors and Micro-controllers
- Strong Object-Oriented ProgrammingConcepts (C++, Java).
- Involved in the analysis, design and development.
- Strong communication and problem solving skills
- Strong Inter personal skills
- Exceptional ability to quickly master new concepts
- Motivated Team player.
TECHNICAL SKILLS
Electrical tools: MATLAB, Python, Synopsys, Simulink, Power world, Altium, Orcad, VHDL, PSpice, LabVIEW, AutoCAD, Revit, Simplicity Studio.
Languages: C, C++, JAVA.
Web Technologies: JavaScript, HTML.
Databases: SQL.
Operating System: Windows, Microsoft Office variants
PROFESSIONAL EXPERIENCE
Confidential
Assistant Engineer
Responsibilities:
- Designed circuits according to client specifications.
- Improved Design procedures.
- 2 layer PCB Design and validation.
- Hardware testing.
- Handling Debugging and Layout for Possible flaws.
- Performed Application Testing, Maintained Defect Life Cycle Process.
Confidential
Internship
Responsibilities:
- Suggested design procedures for increasing efficiency of solar panels.
- Usage of Logic Analyzers and electrical lab equipment.
- Analysis of Power and Throughput.
Confidential
Apprentice
Responsibilities:
- Prepared Schematic versions and testing procedures for the management
- Applied different theories such as propagation theory, cellular theory and antennae theory to choose tower antennae placement.
- Optimized existing networks by adjusting radio network parameters and recommending possible solutions to hardware problems.
- RF signal modelling & analysis.
- Usage of Spectral Analyzers.
- Interpretation of Modulation and Demodulation Techniques.