kiran_Basavaraju_B
- 1. KIRAN BASAVARAJU www.linkedin.com/pub/kiran-basavaraju/45/299/758/ +1(214)-984-7585 601 W Renner Road, Apt 117, Richardson, TX kiran.arty078@gmail.com OBJECTIVE: Seeking job opportunity in the field of RF & Wireless Communication for Spring 2015. EDUCATION: ─ Master of Science in Electrical Engineering. Expected May 2015 The University of Texas at Dallas, Richardson, TX. ─ Bachelor of Engineering in Electronics & communication. July 2012 Visvesvaraya Technological University, India. RELEVANT PROJECTS: ─ RF & MICROWAVE LAB (DESIGN AND MEASUREMENT LAB) (UTD) - Designed MMIC Amplifier, Patch Antenna, 4:1 power split Wilkinson type equal Power Divider, Resonator(Series & Parallel), Coupler(Branched Line & Edge), Filters(Maximally Flat & Equi-Ripple), Amplifiers on FR-4 substrate and Tested. Tools: AWR , Agilent VNA E5071C ─ ANALOG IC DESIGN & ANALYSIS (UTD) - Designed and analyzed a differential amplifier with a active current mirror load using cadence. Performed AC and DC sweep analysis. Tools: Cadence. ─ RF & MICROWAVE AMPLIFIER DESIGN (UTD) TWO STAGE BROADBAND AMPLIFIER DESIGN: Designed a two stage broadband amplifier. Performed DC, AC, Stability Analysis. Simulated the design results on CAD tool. Tools: AWR, MATLAB. TWO STAGE LOW-NOISE AMPLIFIER: Designed a two stage low noise amplifier. Performed Input, Output & Interstage matching design and analysis. Designed bias network and performed stability analysis to match desired project goals using CAD tools. Tools: AWR ─ RF & MICROWAVE SYSTEMS (UTD) - FLIGHT LANDING ASSISTANCE SYSTEM: Designed and analyzed an RF system that comprises of Transmit-Receive blocks, Simulations. Link Budget Analysis, Cascaded gain & Noise figure, P1DB, OIP3 were calculated. Tools : AWR-VSS ─ WIRELESS COMMUNICATION (UTD) - PHYSICAL LAYER SIMULATION OF A SIMPLIFIED OFDM - LTE TECHNOLOGY (Wi-Fi 802.11g): Implemented & analyzed simplified version of Wireless Communication of LTE OFDM system over AWGN channel & Multipath channel by Calculating BER (Bit Error Rate) performance for QPSK, 16 QAM & Adaptive modulation techniques. Tools: MATLAB ─ DIGITAL SIGNAL PROCESSING (UTD) - Designed DTMF Transmitter and receiver using oscillators, band pass and low pass filters. Demonstrated the necessity of various filters. Tools: MATLAB WORK EXPERIENCE: RF Engineer Intern Dec 2013 - May 2014 GTL USA Inc - Dallas, TX ─ LTE Network Optimization, script design using TEMS & generation sweep testing, Site shakedown. Involved in launches of 1C and 2C macro sites and cluster analysis with good client feedback. ─ Continually improved methods measurement, report generation. (MS Office All packages) Workshop Presenter Aug 2013 - Dec 2013 Dept of CS, UTD - Dallas, TX ─ Volunteered in special outreach programs Assisted in developing student-led teaching on analytic skills & computer program technologies. (UTD K-12 Outreach Program) TECHNICAL SKILLS: Software Application & Tools: Agilent ADS, AWR, MATLAB, TEMS 5.1, MS Office (All Packages) Programming Languages: Core Java, C ,HTML Wireless Technology & Network Protocols: OSI, TCP /IP, MPLS, BGP, 3GPP, GSM, LTE, OFDM,WCDMA GRADUATE COURSEWORK: Analog IC Analysis & Design Design & Measurement LAB RF & Microwave Amplifier Design RF & Microwave System Engineering RF & Microwave Circuits Wireless Communication Fields & Waves-Electromagnetic Telecommunication Networks Digital Signal Processing