JYOTHSNA REDDI

Address: ***** ********** **, *** ***, FARMINGTON, MI-48335, USA

Mobile: 503-***-****, Email: ac5sog@r.postjobfree.com

Career objective

A highly motivated self-starter and passionate Computer Engineering graduate looking for internship/full-time opportunity in a challenging environment, to apply my skills and experience to solve real-time business problems and add value to the organization.

Education

Wayne State University, Detroit, MI MS in Computer Engineering GPA: 3.7/4.0 Jan 2016-Dec 2017

J.N.T.U.K, Andhra Pradesh, India B. Tech in Electronics and Communication Eng. Oct 2010-May 2014

Professional Experience

HARDWARE ENGINEER VALEO INDIA June 2014 – Jan2015

Developed System test plans for vehicle integration test.

Worked on wiring harness and retrofitting the hardware as per specifications following the pin configuration from customer/team. Using correct wire gauge, using the right apparatus (Crimpers, Clampers) using the appropriate wire / connector colours (red for voltage, black for ground, green for communication).

Debugging and calibration of sensors.

Analysis of sensor and system performance.

Good knowledge on V-cycle and functional safety ISO 26262.

EMBEDDED ENGINEER LOGGING-IN INC. Mar 2018 -Present

Proposed design of experiment based on user requirements, developed test cases for the project

To accomplish the system, a custom system was designed using specific components to meet the needs of the system.

Designed a system that attain necessary climatic conditions inside a chamber.

Selected the sensors, actuators for the system and troubleshooting the hardware and software related issues of the system.

Developed an Android application to communicate with Arduino Microcontroller using Bluetooth protocol

ACADEMIC PROJECTS

PROTYPING INTELLIGENT VEHICLE MODULES USING CAN-BUS

Led a team of 3 members in building a prototype.

The embedded project consists of three hubs in which CAN protocol is used for communication (transmission and reception) between sensor in one hub and actuator in another hub. Actuator takes decision according to an algorithm designed, which is based on sensor output.

Ultrasonic sensor, temperature sensor and photo resistor interfaced with the microcontroller to control the actuators. Arduino programming is used to design the system.

SIMULATION OF CAN NETWORK USING VECTOR CANOE

Created database containing nodes, signals, messages and a panel with a switch and multiple LCDs.

Created the nodes using CAPL. Observed the messages transfer between nodes in trace.

DESIGN AN ECALL SYSTEM FOR HUMAN FALL DETECTION

Evaluated the appropriate sensor (3-axial accelerometer, Gyroscope, etc.) for the application.

Designed a system using Arduino for data acquisition, processing and transmission of signals.

DEVELOPMENT OF PROXYSERVER IN PYTHON

Developed a code for Proxy Server in Python. Established connection between client and Web Server using Proxy Server.

Implemented Proxy Server code in Python that cache all objects it receives from the origin Servers. The Proxy Server must first try to serve client requests from its cache, if not found in the cache, then it would fetch from the origin Server

Implemented Multi-Threaded proxy server using Socket programming in Python. Developed the program that can serve multiple requests simultaneously.

DEVELOPMENT OF ARTIFICIAL NOSE IMPLANT AND IMPLEMENTED USING FPGA

Designed encoder in VHDL, observed test bench waveforms in Xilinx. Verified the output using Spartan 3 FPGA board.

Implemented the different techniques to reduce the number of logic gates involved in the system.

DESIGN A CONTROLLER FOR A BUCK CONVERTER SYSTEM

Designed an inner loop control for current using a P controller and outer loop control for the load voltage using a PI controller using Root locus method for Time domain analysis and Bode plot for Frequency domain method.

Simulated the Buck controller system with the designed controller using Simulink.

IDENTIFICATION OF ALL GLOBAL AND LOCAL MAXIMUMS AND MINIMUMS USING GENETIC ALGORITHM

Genetic algorithm function from global optimization Toolbox in MATLAB is used to find the global minimum, local minimum and global maximum values for a given function.

STATE MACHINES FOR EU ECALL SYSTEM

Designed working state machines for the In-vehicle System (IVS) and Public Safety Answering Point (PSAP) of the European Union eCall System. Implemented them and tested them in the C programming language.

SOLENOID DESIGN USING ELECTRO MAGNETIC ANALYSIS

Performed parametric magneto static and transient analysis in Maxwell 2D to determine force characteristics on the solenoid anchor with respect to time and position.

Prepared necessary geometry for the analyses using Solidworks. Also familiar with Maxwell 3D.

Relevant Coursework

Embedded Systems, Solid State Electronics, Telematics, Fuzzy Systems, Statistical Communication Theory, Computer-Aided Logical Design and FPGAS, Advanced Energy Storage Systems, Computer Networks and Programming, Electronic Devices and Circuits, Digital Logic Design, Analog and Digital Communications, Electronic Circuits, Integrated Circuits and Applications, Telecommunications and Switching Systems, Microwave Engineering, Computer Organization, VLSI Design, Wireless Communications.

Technical Skills

Programming Languages: C, C++, EMBEDDED C, PYTHON, MATLAB

Software: MATLAB, Simulink, Wireshark, Xilinx, CANoe, Pspice, ANSYS Maxwell, ANSYS HFSS, ANSYS Simplorer, Q3D, SOLIDWORKS, AutoCAD, Microsoft Office (Word, PowerPoint, Excel)

Communication protocols: CAN, LIN, BLUETOOTH, SPI, I2C, UART, HTTP, FTP, TCP/IP

Have knowledge in OSI network model, Ethernet, DNS, internet/intranet and LAN Technology

Have a hands-on experience in Electrical equipment tools like multimeter, signal generator, oscilloscope, solder workstation, electrical circuits and printed circuit boards

Ability and willingness to learn, develop new technologies, work collaboratively in a cross-functional teams

Excellent written, verbal communication skills and documentation skills

Academic Achievement

Recipient of $3000 for Dean’s Merit Scholarship in Winter 2017 & Fall 2017 from Wayne State University.

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