Engineer Engineering

VAIBHAV BHATT

Email: ******@*****.*** ***** Guilford, Novi, Michigan 48375. Contact No.: +1-313-***-****

Professional Summary :

To secure a place in a progressive organization for personal and professional development in the dynamically challenging environment to explore my capabilities to maximum and to prove my resourcefulness and work efficiency.

Academic Credentials :

Master Of Science from Wayne State University, Detroit, MI GPA : 3.70 Major : Electrical Engineering Graduated: August 2017

Bachelor of Engineering from GIT, Mumbai University, lNDIA. GPA : 3.65 Major : Electronics and Telecommunications Engineering Graduated: May 2015

Technical Skills and Releted Coursework :

Programming Languages: MATLAB/Simulink, Embedded C/ C++, Java, Visual Basic, Python, Arduino IDE.

Statistical Software & Testing Tools: MS Office 2003 – 2016, MS Project, Express PCB, Altium Designer,PSIM, VehicleSpyPro, CANoe/CANalyzer, LTSpice, Cadence, Indumess, Quickview, NetWeaver, CAP, dSpace ControlDesk, ConfigurationDesk, Automation Desk, INCA, Provetech.

Operating Systems: Windows, Mac OS, Linux.

Protocols: I2C, RS232, SPI, Flexray, CAN, CAN-FD, LIN, SENT, MOST.

Quality Equipments: dSPACE Hardware-In-Loop SCALEXIO Simulators, ECU’s, TCU’s, PIM’s, Drivetrain Components, Cummins Diesel HIL’s, Controltec, Bare board tester, CNC Machines, Black Box testing, Calibrators, Display HMI, CIPOS Function Testers (CFT), Newport Motion Controllers.

Completed Coursework :

Control Systems- 2, Power Electronics and Control, Advance Energy Storage Systems, Alternate Energy Storage And Conversions, Embedded Systems Design, Fiber and Intergrated Optics,

Optical Communication Networks, Smart Sensor Technology.

Professional Experience :

1.Senior Development Engineer, (February 2019 – Present)

L&T Technology Services Limited,

Client – Fiat Chrysler Automobiles,

Auburn Hills, MI.

Job Responsibilities :-

Working with the Hardware-in-Loop equipment supplier to connect and integrate the electrical signals to/from this test system from/to the required Electronic Control Units (ECU’s) to ensure proper operation for testing.

Providing design, development, and production support with respect to electrical requirements for the new vehicle programs in order to meet program timing goals.

Verifying the design by performing design validation tests for prototype and production hardware.

Verifying and designing the electrical components/load boxes to interface the HIL system to the vehicle test system (i.e. Mapping boxes, harness design, Fault Insertion Units).

Integrating the plant models/ vehicle configurations with the controller under test.

Working closely with engineers to recreate field issues using the HIL test system.

Developing, supporting and maintaining the creation of vehicle configurations to be simulated on the HIL test system.

Developing real time Simulation Models using Matlab/Simulink in support of real time testing of integrated controllers using Hardware-In-the-Loop (HIL).

Seting up the HIL infrastructure, test script manager, and model databases to support all on the identified powertrain HIL systems.

Verifying all signals interfaces between the HIL system and the Vehicle test system.

Understanding the Wiring and Napkin schematics, DVP&R, Powertrain Components and ensuring all system features are validated through technical reviews and analyzing system requirements.

Developing and maintaining ECU HiL and system HiL simulator platforms using dSpace products.

Ensuring system requirement coverage through traceability.

Developing and maintaining automated and manual test cases.

Troubleshooting validation failures with the technical team to determine the root cause and corrective actions.

Supporting the release process through documentation and engineering judgement.

Communicating and coordinating with onsite/offshore suppliers.

Providing technical direction to global HiL teams.

Utilizing various scripting tools (i.e. PROVEtech, Python, Visual C).

Supporting planning and execution of engineering activities as directed by supervisor or senior team members.

Supporting customer meetings.

Tools used: Provetech, INCA, PowerCal2, DataNav, DC Plot, Matlab/Simulink, CDA, PTC/MKS, SAP/PDM,

dSPACE SCALEXIO HIL Simulators, Cummins Accepts HIL Simulators, Provetech, INCA, PowerCal2,

Matlab/Simulink, dSPACE Control Desk/Configuration Desk/ Automation Desk, Cummins Calterm, Control Tec.

2.Development Engineer, (August 2017 – February 2019)

IAV Automotive Engineering,

Client – Fiat Chrysler Automobiles.

Auburn Hills, MI.

Job Responsibilities :-

Supporting the specification/requirements phase for defining Hardware in the Loop test systems.

Developing, supporting and maintaining the development of plant models used in the HIL System.

Supporting the HIL simulators, incl. debugging both hardware and software issues.

Working closely with engineers to recreate field issues using the HIL test system.

Developing, supporting and maintaining the creation of vehicle configurations to be simulated on the HIL test system.

Developing real time Simulation Models using Matlab/Simulink in support of real time testing of integrated controllers using Hardware-In-the-Loop (HIL).

Adapting and integrating Powertrain or Hybrid controllers with HIL test system.

Integrating plant models from multiple vehicle domains to enable software verification on HIL benches.

Training and supporting validation engineers Hardware-In-the-Loop bench and test setups.

Understanding of Subsystem/Features in Powertrain or Hybrid Controls domains.

Developing HIL test automation solutions for integration testing of vehicle features and functions.

Developing the new design and utilizing various scripting tools (i.e. PROVEtech, Python, Visual C).

Supporting planning and execution of engineering activities as directed by supervisor or senior team members.

Developing and maintaining ECU HiL and system HiL simulator platforms using dSpace products.

Ensureing system requirement coverage through traceability.

Developing and maintaining automated and manual test cases.

Troubleshooting validation failures with the technical team to determine the root cause and corrective actions.

Supporting the release process through documentation and engineering judgement.

Communicating and coordinating with onsite/offshore suppliers.

Providing technical direction to global HiL teams.

Utilizing various scripting tools (i.e. PROVEtech, Python, Visual C).

Supporting planning and execution of engineering activities as directed by supervisor or senior team members.

Supporting customer meetings.

Tools used: PTC/MKS, SAP/PDM, Provetech, INCA, PowerCal2, DataNav, DC Plot, Matlab/Simulink, CDA,

dSPACE SCALEXIOHIL Simulators, Cummins Accepts HIL Simulators, Provetech, INCA, PowerCal2,

Matlab/Simulink, dSPACE Control Desk/Configuration Desk/ Automation Desk, Cummins Calterm, Control Tec.

3.Hardware Engineer, (June 2017 – August 2017)

HELLA Electronics Corporation,

Plymouth, MI.

Job Responsibilities :-

Keeping track of activities and deadlines of the project.

Performing development tasks based on existing hardware specifications and architectures.

Creating/updating and validating(worst case calculation & simulation) circuit diagrams.

Writing test specifications and performing hardware electrical test on development samples.

Performing process documentation(planning, module documentation, layout requirements, FMEA.)

Participating in special projects and working cross-functionally in global teams.

Tools used: PTC/MKS, SAP/PDM, LTSpice, Cadence, Indumess, InduAssist, Quickview, CADBAS, Lotus Notes,

NetWeaver Business Client, PPM, CAP, APIS-IQ RM.

4.Test Engineer, Pi Square Technologies, Farmington Hills, MI. (August 2016 - June 2017)

Performed Software validation testing on-bench and in-car.

Tested Bluetooth and N.avigation profiles.

Used Vehicle Spy to validate message communication between different ECU modules and components.

Wrote Positive Test Cases, Negative Test Cases and Corner Test cases.

Tested the generic and infotainment feature specific diagnostics using OBD tool and Analysed Root Cause.

Executed various diagnostic services like Read DTC, Clear DTC, Read DID, and Run Diagnostics Routines.

Participated in every phase of STLC such as Requirement analysis, Test plan creation, Writing Test Cases, Updating Test cases, logging defects and re-verifying them.

Reported bugs and Reseted them when they were fixed.

Tools used: CANoe/CANalyzer, JIRA, CAPL. Vehicle Spy(NeoVI-H/W).

5.Graduate Student Instructor, College Of Engineering Wayne State University, Detroit, MI. (June 2016 – August 2016)

Instructed students of the age group 15-18 years- Advanced Robotics and Coding using LabView and Arduino IDE.

Instructed students of the age group 11-14 years- Basics of Robotics, and Coding using LabView.

Instructed students of the age group 6-8 years- WE DO V2.0, future engineering and Coding using code.org.

Motivated children about taking up engineering as a career.

Tools used: ArduinoIDE, Code.org, WeDo 2.0, Pspice, LabView, Matlab/Simulink.

6.Wireless Charging in Electric Drive Vehicles, Wayne State University, Detroit, MI. (May 2016 – August 2016)

Designed the circuit on the principle of resonant magnetic coupling.

Simulated the designed Circuit in PSim,, such that maximum contactless wireless charging is achieved with ease & perfection for recharging batteries.

Led a team of 4 members that were working on the design and simulation of the circuit.

Tools used: ExpressPCB, Powerworld, Psim, Pspice, Matlab/Simulink.

7.Designing a 50kW Boost DC/DC Converter for Fuel Cell Applications, Wayne State University, Detroit, MI.

(December 2015 – May 2016)

Designed the circuit that geverates 50kW of Energy which can be used for Fuel Cell Applications.

Simulated the designed Circuit in Matlab/Simulink,, such that output of the design was maintained fairly constant.

The circuit was designed such that, if the load varies the output voltage also changes.

Led a team of 6 members that were working on the design and simulation of the circuit.

Tools used: ExpressPCB, Powerworld, Psim, Pspice, Matlab/Simulink.

8.Test Engineer, G.M.Controls.PVT LTD, India (August 2013 – December 2015)

Inspected PCB’s preparatory to assembly for compliance to company guidelines, using test equipment.

Examined PCB's to detect circuit shorts and breaks in copper foil circuits, using magnification lamp.

Inserted leads to components in solder holes to verify spacing of holes ease of component insertion

Inspected inside the edges of solder holes to detect irregular surfaces.

Verified plating integrity of copper foil circuits composition of solder through solder holes.

Repaired board surface faults, like excess solder on board or gold plating on connectors, using hand-tools, and washed solder or liquid gold over specified areas to restore board surfaces.

Placed Pcb's in industrial oven to cure solder mask.

Recorded inspection results to maintain vendor history files.

Inspected Pcb boards to define that product meets specifications and to prepare production reports.

Tools used: Bare board tester, CNC Machines, Calibrators, ExpressPCB, Powerworld, Psim, Pspice, AutoCAD.

Contact this candidate