Shrey Patel
Currently —
About Me
Detail-oriented and technically driven undergraduate with a strong grip in RF and Antennas, along with a growing interest in RFICs.
Keen on building practical expertise across RF systems and integrated circuit design on CMOS Technology through research and hands-on engineering work. Experienced in antenna design, EM simulations, and RF measurements, with proficiency in ANSYS HFSS and exposure to UWB, mmWave, Multi-band MIMO, DRA, and metamaterial-based systems.
Looking for an opportunity to work on RFIC and integrated circuit design, to deepen understanding of high-frequency circuits and systems, and gain hands-on experience in a challenging research environment.
9.72
CGPA · PDEU Gandhinagar
SURGE '26
Research Intern · IIT Kanpur
IEEE WAMS
Published Author · 2026
Vice-Chair
IEEE APS Student Branch
Education
B.Tech, Information & Communication Technology
Core Coursework
Higher Secondary Education (CBSE)
Publication & Research
Isolation-Enhanced Wide-Band Printed Monopole MIMO Antenna for GPS L1 and 5G NR n41
- Designed a two-port MIMO antenna covering
GPS L1 (1.575 GHz)and5G NR n41 (2.49–2.69 GHz)bands, achievingS₁₁ < −10 dBacross both operating bands. - Achieved port isolation better than
−20 dBandECC < 0.01, demonstrating low mutual coupling and strong diversity performance.
Research Intern
- Designed a
4-arm dual-polarized ultra-wideband sinuous antennacovering400 MHz – 4 GHzusing a custom tapered feed structure in ANSYS HFSS. - Achieved
4–10 dBi realized gainwith stable radiation patterns and broadband impedance matching across the entire operating band.
Selected Projects
Triple-Band Antenna for 5G NR n78, WiFi-6E & Radar
Designed and optimized a triple-band antenna with selective frequency response, out-of-band rejection, and stable radiation across three distinct bands for next-gen wireless and radar applications.
mmWave Circularly Polarized DRA for Ka-Band
Microstrip-fed rectangular dielectric resonator antenna covering the full Ka-band with exceptional bandwidth and return loss characteristics. Suitable for satellite communication, radar, and 5G mmWave systems.
Metamaterial Absorber for X-Band Applications
Compact X-band metamaterial absorber with optimized resonant unit-cell geometry for broadband absorption and impedance matching across the full X-band operating range.
Technical Toolchain
Certifications
CeNSE Winter School on Semiconductor Technology
- Covered semiconductor fabrication, device physics, and nanoelectronics.
- Secured above 75% in the comprehensive technical evaluation.
Fundamentals of CMOS RF Integrated Circuits
- Learned RF Transceiver Chain Components: Low Noise Amplifiers (LNA), Power Amplifiers, and RF Switches.
- Studied principles and implementation of high-frequency Impedance Matching Networks.
Leadership & Volunteering
Vice-Chairperson
- Organized technical workshops, antenna design seminars, and student outreach activities.
- Coordinated chapter initiatives and international IEEE student memberships.
Event Management Head
- Planned and executed flagship technical symposiums, expert lectures, and collegiate competitions.
- Led and mentored a cross-functional volunteer team of 30+ students.
Civic and Social Service Volunteer
- Participated in community welfare drives, outreach campaigns, and helped distribute free food to the needful people.