SHRAVAN RAMESH

College Station, TX ***** +1-979-***-**** adiis9@r.postjobfree.com https://www.linkedin.com/in/shravan-ramesh-318324191/ OBJECTIVE:

Seeking full-time opportunities in the field of RFIC / mmWave / Microwave Circuit design. EDUCATION:

Texas A&M University, College Station, TX, USA (May 2021) Master of Science in Electrical Engineering (Advisors: Dr. K. Entesari and Dr. R. Nevels) GPA: 3.47 Relevant Coursework: CMOS RFIC Design, Microwave Circuits, Millimeter-Wave ICs, Antennas and Propagation, Phased Arrays, Numerical Methods in Electromagnetics, Neuro-Electronic Systems, Nanobiotechnology. RV College of Engineering, Bangalore, India May 2019 Bachelor of Engineering in Electronics and Communication Engineering (Advisor: Mr. Nithin M.) GPA: 3.86 Relevant Coursework: Analog Circuit Design, Digital Circuit Design, Electromagnetics, Microwave Systems, RFIC Design, VLSI, Mixed-Mode VLSI, Communication Systems. PROJECTS:

Simulation of a 60GHz Receiver Front End in 90nm CMOS Technology Course Project (Jan – May 2020)

Designed and Simulated LNA, Down Conversion Mixer, VCO and Frequency Divider.

An Inductor-less 1/4 Injection-Locked Ring-Oscillator-type Divider was implemented.

All passive elements were simulated in SONNET.

Low-Power Low-Noise UHF Band Differential Colpitts VCO/QVCO Course Project (Aug – Dec 2019)

Designed and Simulated a Conventional Architecture of Colpitts VCO in 180nm CMOS.

Improved Phase Noise performance implementing the Enhanced Swing Architecture.

Inductors were simulated in ASITIC.

Design of Millimeter Wave LC Oscillators for 5G Applications Research Project [link] (Jan – May 2019)

Analysed mathematical model for a cross-coupled Oscillator and pi model of inductor in 90nm CMOS.

Simulated and compared pMOS and nMOS based structures for swing and noise performance.

Optimised for low power consumption.

12-Lead Holter Monitor Research project (May – Dec 2018)

12-lead 10-electrode portable heart-monitor implemented using ADS1298 AFE and STM32F4 MCU.

Data transmitted in real-time using BLE and on-board storage available in the µSD card.

Implemented in 6-layer PCB and SMD passive were placed. BHRAMASTRA, URC Mars Rover Team Project (Nov 2015 – May 2019)

Headed the Science Cache Subsystem (Aug 2018 – May 2019).

Developed physical, chemical, imaging and sensor-based techniques to predict life sustainability on Mars.

Involved with the development of robotic arm, sensor networks and communication. WORK / TEACHING EXPERIENCE:

Graduate Teaching Assistant, ETID Department, Texas A&M University (Aug – Dec 2020) ESET 210 : Network Analysis ESET 219 : Digital Systems Analysis ESET 350 : Analog Electronics Internship: Srushty Global Services Pvt. Ltd., Chennai, India (May – Jul 2017)

Integrated Pulse Oximeter sensor with existing ECG system.

Develop a test plan for an in-house Spin Coater.

Hardware solution for baseline wandering of non-contact ECG. TECHNICAL SKILLS:

Simulation Tools: MATLAB, Cadence, HFSS, TINA, SONNET, ASITIC, Simulink, COMSOL, ANSYS.

Languages: C/C++, Verilog (beginner), VHDL (beginner), Python (beginner, for OpenCV). HONORS AND ACHIEVEMENTS:

Scholarship of Merit recipient from the Dwight Look College of Engineering, Texas A&M University (2019).

Finalist (Top 5 in over 2500 teams), e-Yantra Robotics Competition, IIT Bombay (2018).

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