AKSHAY SANJAY RANE

Email: ac6jdl@r.postjobfree.com /Mobile: 734 -331-7089

SUMMARY:

Ability to learn and adapt quickly to various working environments, Proficient in use of various electronics tools, instruments (oscilloscope, DMM) and schematic diagrams, With hands on experience in electronic hardware projects.(soldering, wiring, assembly of circuits) EDUCATION:

• Wayne State University, Detroit, MI Graduating in Fall 2018 Pursuing MS in Electrical GPA: 3.57/4.00

• University of Mumbai, Mumbai, IND Graduated May 2016 Bachelors of Engineering (Electronics) GPA :7.05/10.00 SKILLS:

Languages: C, C++, Assembly Language, CAPL scripting Tools: CANoe, EAGLE, PSpice, NI Multisim, Proteus, MATLAB, Simulink, Catia Software: Microsoft office, AutoCAD

Hardware: Arduino, PCB, Bluetooth, GPS,CAN

HARDWARE EXPERIENCE:

Think Mile Learning Solutions LLP ( May 2015-Sept 2016)

• Designed and developed study material for college students.

• Acted as electronics subject matter expert to create schematics, PCB and projects for demo purposes using EAGLE and Pspice

• Interfaced with team members, suppliers and customers to deliver latest study material. Taser: (June 2014 – December 2014)

• Designing of the circuit schematic in EAGLE along with the fabrication of Printed Circuit Board.

• Assembly of circuit along with its testing and fault detection. Propeller Clock Display: (June 2014 – December 2014)

• Designed the Circuit in Pspice and Schematic in EAGLE for fabrication of PCB .

• Programmed the microcontroller using assembly language.

• Soldering and assembly of circuit components on the PCB for better results. ACADEMIC PROJECTS:

Electrification of Cargo Van: (Winter 2018)

• Mathematical model integration of batteries and supercapacitors for FORD transit, electrical characteristics of supercapacitors and self-discharge for capturing the regenerative energy. Adaptive Cruise Control: (Fall 2017)

• Developed a code to establish communication between Ultrasonic sensor and Arduino MEGA 2560 for controlling the speed of the motor using CAN.

• Established a connection between the Bluetooth module and Arduino to interface with the Android APP.

• Developed an APP as an UI to monitor the system on your cellphone by establishing a Bluetooth connection with the system.

Boost DC/DC Converter for fuel cell: (Winter 2017)

• Designed a Boost DC/DC converter circuit using PSpice to meet project requirements. Visual concept detection of Images: (June 2015- April 2016)

• Developed a MATLAB program using SURF and Difference of Gaussian method algorithm for concept detection from its trained database.

• Created a database for the program to be trained and store the features in Bag of word for future references.

• Testing and Error detection along with problem solving of the developed algorithm and documentation of the project.

Location Tracking Smart Helmet: (January 2015 – April 2015)

• Interfaced GPS module with Arduino to keep a track of the location.

• Developed a code for Arduino to establish a communication using SIM900a on impact detection. Related Course Work:

Advanced Sensor Design and Instrumentation:

• Design of OP-Amp circuits along with its application in Laboratory.

• Different types of electrical and MEMS sensors and their applications.

• Design and testing of Operational Amplifier Circuit Schematics using NI Multisim. Power Electronics and Control:

• Design of DC/DC converter, DC/AC inverter, Power Switching Devices.

• Modelling of Buck and Boost converter using Pspice. Advance Energy Storage System:

• Designed a Battery Pack + Supercapacitor module for electrification of Ford transit connect.

• Battery Management Systems (BMS) and different types of batteries and their comparisons. Embedded Systems:

• Micro controllers and Assembly language, CAN Protocol and Bluetooth Protocol. Embedded Systems for Vehicles:

• Learned about CAN, LIN, Flex ray protocol and use of embedded systems in vehicles.

• Used CANoe for creating various node functions and programing them. Control Systems 2:

• Designed a controller in Simulink to control an Electromagnetic ball for steady levitation using a electromagnet.

UNDERGRADUATE RELATED COURSES:

• Digital Circuits and Design

• Circuit Theory

• Electronic Instruments and Measurements

• Discrete Electronics Circuits

• Micro electrical Mechanical Systems Technology

• Advance Instrumentation Systems

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