DPDeeksha Pandey
RF Systems · Embedded Design

Deeksha Pandey

ECE Undergraduate — RF Systems & Embedded Design

ECE student passionate about RF, antennas, embedded systems, and practical engineering systems. GATE 2026 qualified with AIR 10,720.

Subject · 01● live
CGPA
9.48
GATE
386
AIR
10,720

01 · About

I enjoy moving between electromagnetic theory and physical prototypes — from simulating antennas for RIS applications to writing firmware that gives a system a clear, useful response.

Focus areas

04 domains
01

RF & Antenna Design

CPW-fed patches, metasurfaces, and 5G mid-band systems.

02

Embedded Systems

Arduino, PWM, sensing, and serial control.

03

Digital Design

Verilog FSMs, RTL simulation, and Vivado.

04

Signal Processing

Microwave theory, measurement, and analysis.

Selected work

07 projects
PWM Music Buzzer System
Embedded

PWM Music Buzzer System

Arduino Uno-based system generating musical tones via PWM with synchronized LED and servo motor feedback across two independent melodies.

Smart Parking System
Embedded

Smart Parking System

Automated real-time vehicle slot management using IR sensors, with LED/buzzer feedback and serial-monitor status alerts.

Morse Code Door Lock
Embedded

Morse Code Door Lock

Servo-based door lock authenticated through real-time Morse code decoding via push-button input, simulated on Tinkercad.

Reconfigurable Metasurface Antenna (3.5 GHz)
RF/Antenna
researchopen-source

Reconfigurable Metasurface Antenna (3.5 GHz)

CPW-fed patch on Rogers RT-Duroid 5880 for RIS unit-cell illumination; S11 −24.54 dB, VSWR 1.12, 95% efficiency, and 2.101 dBi gain.

Partial Ground Plane Patch Antenna
RF/Antenna
research

Partial Ground Plane Patch Antenna

3.5 GHz microstrip patch with partial ground plane for 5G mid-band RIS applications; S11 −29.52 dB, VSWR 1.069, and 67.29% efficiency.

Round Robin Arbiter
Digital Design
open-source

Round Robin Arbiter

FSM-based 4-request Verilog arbiter ensuring fair, starvation-free resource allocation, verified through RTL simulation.

1×2 MIMO UWB Antenna
RF/Antenna
research

1×2 MIMO UWB Antenna

CST-simulated MIMO patch array for 5G/RIS applications; 95.77% radiation efficiency, 44% fractional bandwidth, and ECC of 7.093×10⁻⁶.

Instrumentation

RF & Simulation
CST Studio SuiteAnsys HFSS
Embedded
ArduinoPWMSensorsSerial Communication (UART)I2C/SPI
Digital Design
VerilogVivadoEDA Playground
Programming / Other
CC++PythonLaTeXExcel

03 · Record

Education, leadership, and proof of practice.

2023–2027

Ramaiah Institute of Technology, Bengaluru

B.E. Electronics and Communication Engineering · CGPA 9.48

2021–2023

Sri Chaitanya College of Education

Higher Secondary · Science · Class 12: 88%

2020–2021

Sri Chaitanya Techno School, Bangalore

Secondary Education · Class 10: 94%

IEEE Antennas & Propagation Society (APS), Chair

RIT Student Branch · 2026

Organized Inside RF Lab, a hands-on session covering antenna testing fundamentals, RF measurement techniques, and a live anechoic chamber demonstration for students across batches.

IEEE Antennas & Propagation Society (APS), Chair

GATE 2026 Qualified

Electronics and Communication Engineering · IIT Guwahati

Qualified with a GATE Score of 386 and AIR 10,720 out of 95,752.

GATE 2026 Qualified

NPTEL Elite Certification — Microwave Engineering

12-week course · Jul–Oct 2025 · NPTEL/IIT Guwahati

Elite Certification achieved under the Ministry of Education, Government of India.

NPTEL Elite Certification — Microwave Engineering

Student Coordinator, ECE Dept, RIT Tech Fest

Tech Tank

Organized an SDG-aligned ideation event for the ECE department.

Timeline

extensible record
2026

IEEE APS Chair appointment

Stepping into student leadership at the RIT Student Branch.

2026

Inside RF Lab

Introduced students across batches to antenna testing and RF measurement.