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| Resume Title: | Rahul | ||||||||||||||||||||||||||||||||
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| Experience level: | 1-2 years | ||||||||||||||||||||||||||||||||
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Rahul Bobbasani OBJECTIVE: Seeking a full time position as an RF Engineer to make a strong contribution to the organizational goals through continued development of professional skills. EDUCATION: University of Missouri – Kansas City, Master of Science in Electrical Engineering, December 2008. G.P.A. 3.733. Osmania University, Bachelor of Engineering in Electronics and Communication Engineering, June 2007 G.P.A. 3.78. SKILL SET: Operating System - Windows 98/XP/2000, Windows VISTA, Mac. Languages - C, C++, MS Office XP – Word, Excel, C, C++, SQL, HTML, XML. Tools - MATLAB, CADENCE tools, Dreamweaver, Acrobat reader. Hardware- Intel 8086 Microprocessor, 8051 Microcontroller. RELEVANT COURSEWORK: RF Network Design • RF and Microwave Engineering. o UWB RF Circuits design. o Analog RF Circuit Design. • Electromagnetic Theory. • Microwave Engineering. • Networks and Transmission Line Theory. Digital/PCB Design • Analog Integrated Circuit Design. • Mixed Signal Integrated Circuit Design. o PLL design. o UWB circuit design. • VLSI Design. • Digital Design with HDL. Wireless Communications/Networking • Antennas and Wireless Propagation Systems. o Design of Antennas for UWB Application. • Wireless Communications. o IEEE 802.11(Wi-Fi) o IEEE 802.16(Wi-Max) o 3G(UMTS/CDMA 2000). o GSM. • Network Architecture. o TCP/IP o VoIP Programming • Verilog Programming. • VHDL Programming. • C Programming. • C++ Programming. • 8086 Microprocessor Programming. • 8051 Microcontroller Programming. RELEVANT TECHNICAL PROJECTS AND EXPERIENCE: • DESIGN OF 3-BIT ANALOG TO DIGITAL CONVERTER USING SUCCESSIVE APPROXIMATION REGISTER TECHNIQUE – The project was to design the Schematic and the Layout of the 3-bit ADC using Successive Approximation Register. The Pre Layout and the Post Layout of the circuit are designed and tested using Cadence tools. The ADC was designed using analog and digital circuits like Flip-Flops, Logic gates Sample and Hold Circuit. UMKC from Jan-May 2008. • NEAR AND FAR FIELDS OF A SYMMETRICALLY DRIVEN DIPOLE ANTENNA: The aim of the project was to plot the graphs between the Electric fields and the angle Theta for various values of the range ‘r’. The project involved mathematical derivations of Electrical and Magnetic fields. The Near and Far field patterns are plotted using MATALB programming. UMKC from Jan-May 2008. • MODELING OF A LINEAR DIPOLE ARRAY INCLUDING MUTUAL COUPLING: The objective was to examine the performance of linear dipole array of Antennas with and without the effects of mutual coupling. The plots were plotted using MATLAB programming. UMKC from Jan-May 2008. • DESIGN OF L-SECTION MATCHING NETWORK – The aim of the project was to design the RF L-Section Matching Network and determine the discrete components of the Matching Network and to show graphical representation using the Smith Chart and also to analyze the range of frequencies for the two matching Networks for which VSWR |
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| Job Category: | Intern/Co-op | ||||||||||||||||||||||||||||||||
| Job Type: | Any | ||||||||||||||||||||||||||||||||
| Job Status: | Flexible | ||||||||||||||||||||||||||||||||
| Desired Salary: | $0 Unspecified | ||||||||||||||||||||||||||||||||
| Desired Location: | Not Specified | ||||||||||||||||||||||||||||||||
| Willing to Relocate: | Yes | ||||||||||||||||||||||||||||||||