Bhaumik Kharkar

ac7u24@r.postjobfree.com (*13) -(585) -(2559) Frisco, TX linkedin.com/in/bhaumik-kharkar-62b404143

SUMMARY

MSEE with hands-on industry experience, seeking entry-level full-time position in Wireless Communications/RF Engineering.

EDUCATION

MS in Electrical Engineering (Wireless and RF): University of South Florida, Tampa, FL May 2018

GPA: 3.7/4.0

BS in Electronics and Telecommunications, Mumbai University, Mumbai, India

GPA: 6.75/10.0 May 2016

COURSEWORK AND SKILLS

-Radio Frequency: VSWR, S-Parameters, Isolation, RF Losses, Power Budget, Link Budget

-Wireless Circuits and Systems Lab: Circuit and PCB layout

-Wireless Communications Lab: GSM, CDMA, SDMA, TDMA, FDMA, WCDMA, OFDMA (MIMO, beam-forming)

-Wireless Network Architecture, Digital Communication Systems, Random Processes, Complex Analysis, LTE

-Mobile Personal Communication: Cellular communications, Interference, Path loss, Multipath fading

Simulation Software: Advanced Design Systems (ADS), Proteus, LineCalc, Momentum, HFSS, MATLAB, Simulink, LabVIEW.

RF Equipment: VNA, VSA, VSG, Spectrum Analyzer, O-scope.

Certifications: Introduction to Computer Science and Programming using Python, MIT, Cambridge, MA.

PROFESSIONAL EXPERIENCE

RF Engineer, Telecom Technology Services, Frisco, Texas August 2018- Present

- Designed networks for T-Mobile using tools like RFDS, ASSET, Lemming, SORT and Nokia. Inspecting and troubleshooting the base station sites to make them 911 ready. Created 2G and 3G technology CIQs for T-Mobile sites in Birmingham and Memphis.

- Reviewed Construction Drawings for the sites which are planned to be set up in the future to provide 4G and 5G technologies.

KEY PROJECTS

Arducopter: January 2016 – May 2016 - Designed a quadcopter driven by flight controller APM 2.6 giving us better efficiency and user-friendly environment helping to control the quadcopter in a much better way. It also helps to implement further applications like geographical surveys, military surveys, remote sensing and reconnaissance.

Generic VSA Analysis tool for 5G waveforms, USF January 2017- May 2017

- Built a transmitter and receiver which transmits and receives 5G waveforms respectively.

- Performed time and frequency synchronization using information about the cyclic prefix in the OFDM symbols at the receiver.

- Estimated Doppler and Delay spread effects and developed MATLAB simulation to characterize waveforms based on KPI.

Impedance Matching, USF August 2017- December 2017

- Designed a matching circuit with an optimal 10 dB return loss bandwidth which was fabricated and utilized in commercial

products at Modelithics Inc.

Distributed Line Filter, USF August 2017 – December 2017

- Designed a 3rd order band pass filter centered at 2.1 GHz, which was used for doctoral research.

Low Noise Amplifier Design, USF April 2018-May 2018

- Designed an LNA using lumped components based on specifications namely Gain, Noise Figure, Input/output Return Loss.

- Designed matching networks using lumped elements at the input and output so that the impedance matches to 50 ohms.

MISCELLANEOUS

-IEEE: Student coordinator. Organizing and managing IEEE workshops and events at a National level.

-Authorized to work in the United States via Optional Practical Training.

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