DALVEER SINGH

248-***-**** Detroit, MI *****

ac4ruz@r.postjobfree.com https://www.linkedin.com/in/dalveer-singh39

RELEVANT EXPERIENCE:

Solid Experience in Power Electronics-Control and Modelling, Battery Management Systems, Hybrid Electric Vehicles, Deriving the Models of Hybrid Electric Vehicle Powertrain Components and Controllers for Electric Vehicle Powertrains.

2 Year of Hands on Experience in Developing, Debugging and Testing with the help of hardware test equipments like Voltmeters, Oscilloscopes, Dynamometers etc.

1 Year of Hands on Experience in Working With “Unit Control Panel” by Successfully Troubleshooting Problems Related With The Thermal Power Plant.

Well Versed With Functional Safety Standards ISO 26262, Six Sigma Analysis, HARA, Lean Principals, FMEA and DFMEA.

Support development of robust, fail-safe, or fault tolerant architectures and components to satisfy safety requirements.

Proficient with Fault Tree Analysis(FTA) Principals and Root Cause Analysis.

EDUCATION:

Wayne State University, Detroit-Michigan April 2018

Master Of Science

Major: Electrical Engineering

Giani Zail Singh-Punjab Technical University, Bathinda-India May 2013

Bachelor Of Technology

Major: Electrical Engineering

TECHNICAL SKILLS:

Designing and Simulation Tools: Matlab, Simulink, OrCAD, Mathcad, Pspice.

Conceptions: FMEA, DFMEA, FTA, ISO 26262, Six Sigma (Green Belt Training).

Protocols: CAN, LIN, MOST, TCP/IP.

Diagnostic/Testing: Electrical Components Wiring and Diagnostic, CANalyzer, CANoe, DOORS, Bluetooth(Sniffer), Wifi, Navigation, Infotainment system, Battery Testing, Multi-meter, Oscilloscopes, Dynamometers.

WORK EXPERIENCE:

Wayne State University, Detroit-Student Center Administration Feb 2017-Present

Student Assistant-Set Up-Audio/Visual Specialist-Customer Service Representative.

-Organizing And Supervising Events At University.

-Planning Audio/Visual Set-up For Events at University Student Center.

-Troubleshooting Problems Linked Audio/Visual Equipment.

Emm Dee Enterprises, Mohali-India June 2014-July 2015

Validation Engineer-Automotive Battery.

-Validate the performance and Testing the Batteries with the help of hardware test equipment’s like Voltmeters, Multimeters etc.

-Electrical Measurement techniques utilizing Oscilloscopes and CAN Bus Analyzers.

-Create “Test Plans” based on defects and new requirement specifications.

-Reporting Test Cases to the concerned team so to review the spec quality leading to quality insurance.

-Maintaining professional contacts with internal customers and external application vendors.

STELCO Limited-India June 2013-May 2014

Validation Engineer-Trainee

-Designing, Validating and Performing Quality Check on manufactured products.

-Testing of power produced by motors (1/2 & 16 horse power) and other rotating devices using Dynamometers.

-Interpreting And Analyzing Results In The Form Of Test Reports.

- “Effective Root cause analysis” expertise with analytical ability to solve complex problems(DFMEA, FTA).

Guru Nanak Dev Thermal Plant, Punjab, India Dec 2012 – May 2013

Intern-Systems Engineer

-Diagnose And Fix Errors With The Help Of Unit Control Panel.

-Performance testing for new electrical equipment.

- Supervised Grid maintenance.

Profound Knowledge About:

- Electric Drives and Utilization.

- Power System Analysis and Component Design.

INDUSTRIAL TRAININGS:

Organization: Guru Nanak Dev Thermal Plant, Bathinda, India.

Synopsis: Working of Thermal Power Plant.

Organization: Swaraj Division, Mahindra & Mahindra Ltd, Mohali, India.

Synopsis: Product Design, And Testing Activities for Electric Drive Components And System Used On Vehicles.

PROJECTS:

-Control And Modelling Of Power Electronic Converters For Hybrid Electric Vehicle-Design of DC-DC Converter.

Designed and Implemented a DC-DC Converter With Controllers For Electric Power Conversion In Hybrid Vehicles Using MATLAB and Simulink.

Successfully Reduced The Steady State Error And Increased The Response Time For The Overall System

Keywords: Power Converters, Power Electronics, Electric Vehicle Powertrain, Buck-Boost Converters, Matlab, Simulink, PID Controller.

-Real Time Automated Sensor System For Driver Drowsiness Selection.

Design And Develop an Intelligent Wireless Sensor Network To Monitor And Detect Driver Drowsiness In Real Time That Is Implemented Using Matlab, P-Spice.

FMEA Analysis To Derive A Methodology Through Which The Driver Drowsiness Is Detected.

Keywords: ADAS Advanced Driver Assistance System-Photo Reflective Sensor, Wireless Sensor Network, Alert Dissemination, Matlab, P-Spice,DFMEA, FMEA.

-Design of Anti-Theft Control System.

Designing Anti-Theft Control System To Implement Authorization Using Principal Component Analysis - Linear Discriminant Analysis (PCA-LDA).

Keywords: Vehicle Security System, Face Recognition, GSM Module, Global Positioning System (GPS), Simulink. Advanced RISC Machine (ARM).

-Pre-Crash Safety System with Pedestrian Collision Mitigation System.

To detect an imminent crash which uses Radar Technology, Laser and camera-sensors.

Keywords: Simulink, Matlab, Millimeter Wave Radar sensor, Infrared Projectors, Stereo Camera, Braking System and Electronic Throttle Control.

-Electrostatic Precipitator-Design-Performance Testing.

Designing And Evaluating The Performance Of Electrostatic Precipitator Using Particulate Matter Continuous Emissions Monitoring System (CEMS).

Keywords: Monitoring, Performance Evaluation, Power Systems, Air Filtration.

COURSEWORK:

Modelling And Control Of Power Electronics And Electric Vehicle Powertrains, Computer Networks And Programming, Power Electronics, Control Systems, Computer Aided Logic Design, Analog And Digital Electronics, Microprocessor And Microcontrollers, Power Systems, Internal Combustion Engines, Network Analysis And Synthesis, Electromagnetic Field Theory, Solid State Electronics, High Speed Fiber And Integrated Optics.

PROFICIENT DEVELOPMENT:

-Member of IEEE (Institute of Electrical and Electronic Engineers), FSAE (Formula Society of Automotive Engineers).

-Attended FSAE (Formula Society of Automotive Engineers) workshops on ‘Vehicle to Vehicle Communication’, ‘Hybrid Electric Vehicles’, ‘Battery Electric Vehicle (BEV)’ And ‘Battery-Only Electric Vehicle (BOEV)’.

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