Faculty Profile
Dr. Wasif Tanveer Khan
Assistant Professor
Department Of Elect. Engineering
Wasif Tanveer Khan received the B.Sc. degree in electrical engineering from the University of Engineering and Technology, Lahore, Pakistan, in 2005, the M.S. and Ph.D. degrees in electrical and computer engineering from the Georgia Institute of Technology, Atlanta, USA in 2010 and 2014, respectively.
From January 2006 to December 2008, he was a Lecturer with the National University of Computer and Emerging Sciences-FAST, Lahore, Pakistan. He was awarded M.S. Leading to Ph.D. Fulbright scholarship, in 2008. In 2009, he joined Professor John Papapolymerou’s research group “Microwave Circuit Technology” at the Georgia Institute of Technology.
During his Ph.D., he authored/co-authored more than 30 research papers in peer-reviewed conferences and journals. Since January 2015, he has been working as an Assistant Professor at the department of Electrical Engineering of the Lahore University of Managements Sciences(LUMS), Pakistan.
- Journal Articles
- Article
Khan, W. T. .(1999). A 60-GHz active receiving switched-beam antenna array with integrated butler matrix and GaAs amplifiers . ,
Khan, W. T. .(1999). Packaging a-Band Integrated Module With an Optimized Flip-Chip Interconnect on an Organic Substrate . ,
Khan, W. T. .(1999). Low cost 60 GHz RF front end transceiver integrated on organic substrate . ,
Khan, W. T. .(1999). Characterization of liquid crystal polymer from 110 GHz to 170 GHz . ,
Khan, W. T. .(1999). D-band characterization of co-planar wave guide and microstrip transmission lines on liquid crystal polymer . ,
Khan, W. T. .(1999). L-band tunable microstrip bandpass filter on multilayer organic substrate with integrated microfluidic channel . ,
Khan, W. T. .(1999). An ultrawide band w-band end-fire antenna on flexible organic substrate . ,
Khan, W. T. .(1999). A low-loss and high isolation D-band SPDT switch utilizing deep-saturated SiGe HBTs . ,
Khan, W. T. .(1999). A 314 GHz, fully-integrated SiGe transmitter and receiver with integrated antenna . ,
Khan, W. T. .(1999). High resolution aerosol jet printing of D-band printed transmission lines on flexible LCP substrate . ,
Khan, W. T. .(1999). Characterization of a low-loss and wide-band (DC to 170 GHz) flip-chip interconnect on an organic substrate . ,
Khan, W. T. .(1999). Integrated microfluidic cooling for GaN devices on multilayer organic LCP substrate . ,
Khan, W. T. .(1999). A hybrid GaN/organic X-band transmitter module . ,
Khan, W. T. .(1999). An investigation of f T and f max degradation due to device interconnects in 0.5 THz SiGe HBT technology . ,
Khan, W. T. .(1999). Dual frequency organically packaged antenna arrays at 57 and 80 GHz . ,
Khan, W. T. .(1999). D-Band Channel Measurements and Characterization for Indoor Applications . ,
Khan, W. T. .(1999). A low loss X-band filter using 3-D Polyjet technology . ,
Khan, W. T. .(1999). A low-cost, encapsulated flip-chip package on organic substrate for wideband gallium nitride (GaN) hybrid amplifiers . ,
Khan, W. T. .(1999). Integrated microfluidic cooling of high power passive and active devices on multilayer organic substrate . ,
Khan, W. T. .(1999). An LCP packaged high-power, high-efficiency CMOS millimeter-wave oscillator . ,
Khan, W. T. .(1999). Low phase noise K-Band oscillator on organic Liquid Crystal Polymer (LCP) substrate . ,
Khan, W. T. .(1999). A D-band micromachined end-fire antenna in 130-nm SiGe BiCMOS Technology . ,
Khan, W. T. .(1999). A D-band (110 to 170 GHz) SPDT switch in 32 nm CMOS SOI . ,
Khan, W. T. .(1999). Compact, low-power, single-ended and differential SiGe W-band LNAs . ,
Khan, W. T. .(1999). Orthogonal wideband (DC-10 GHz) microstrip-to-microstrip transition using flexible LCP interconnects . ,
Khan, W. T. .(1999). An ultra-wideband, hybrid, distributed power amplifier using flip-chip bonded GaN devices on AlN substrate . ,
Khan, W. T. .(1999). Orientation study to minimise coupling effects in radiation patterns of dual-packaged compact millimeter-wave antennas . ,
Khan, W. T. .(1999). A feasibility study of flip-chip packaged gallium nitride HEMTs on organic substrates for wideband RF amplifier applications . ,
Khan, W. T. .(1999). A 94 GHz flip-chip packaged SiGe BiCMOS LNA on an LCP substrate . ,
Khan, W. T. .(1999). A fully packaged D-band MIMO transmitter using high-density flip-chip interconnects on LCP substrate . ,
Khan, W. T. .(1999). Surface Roughness Modeling of Substrate Integrated Waveguide in D-Band . ,
Khan, W. T. .(1999). A V-band end-fire Yagi-Uda antenna on an ultra-thin glass packaging technology . ,
Khan, W. T. .(1999). Thermal Modeling of Microfluidic Channels for Cooling High Power Resistors on Multilayer Organic Liquid Crystal Polymer Substrate . ,
Khan, W. T. .(1999). Characterization of electrical properties of glass and transmission lines on thin glass up to 50 GHz . ,
Khan, W. T. .(1999). Large frequency tuning of a millimeter-wave antenna using dielectric liquids in integrated micro-channels . ,
Khan, W. T. .(1999). Microfluidically reconfigurable GaN power amplifier on multilayer organic substrate for s-band and c-band applications . ,
Khan, W. T. .(1999). A SiGe D-Band Low-Noise Amplifier Utilizing Gain-Boosting Technique . ,
Khan, W. T. .(1999). Design and development of organically packaged components and modules for microwave and Mm-wave applications . ,
Khan, W. T. .(1999). D-band indoor path loss measurements . ,
Khan, W. T. .(1999). Microfluidic channel on organic substrates as size reducing technique for 915 MHz antenna designs . ,
Khan, W. T. .(1999). Integration of V-Band and W-Band antennas with SPDT switch on organic substrates . ,
Khan, W. T. .(1999). 236.2: INTEGRATION OF V-BAND AND W-BAND ANTENNAS WITH SPDT SWITCH ON ORGANIC SUBSTRATES . ,
Khan, W. T. .(1999). Browse By Affiliation . ,
- Article
| Title | Semester | Code |
|---|---|---|
| Introductory Circuits Lab | Spring Semester 2014-15 | 1402 |
| Senior Project I | Fall Semester 2015-16 | 1501 |
| Devices and Electronics Lab | Fall Semester 2015-16 | 1501 |
| Independent Study | Fall Semester 2015-16 | 1501 |
| Devices & Electronics | Fall Semester 2015-16 | 1501 |
| Wireless IC Design | Fall Semester 2015-16 | 1501 |
| Senior Project I | Spring Semester 2015-16 | 1502 |
| Senior Project II | Spring Semester 2015-16 | 1502 |
| Introductory Circuits Lab | Spring Semester 2015-16 | 1502 |
| Senior Project I | Fall Semester 2016-17 | 1601 |
| Devices and Electronics Lab | Fall Semester 2016-17 | 1601 |
| Independent Study | Fall Semester 2016-17 | 1601 |
| Devices & Electronics | Fall Semester 2016-17 | 1601 |
| Master's Thesis I | Fall Semester 2016-17 | 1601 |
| Doctoral Thesis Research | Fall Semester 2016-17 | 1601 |
| Wireless IC Design | Fall Semester 2016-17 | 1601 |
| Senior Project II | Spring Semester 2016-17 | 1602 |
| Independent Study | Spring Semester 2016-17 | 1602 |
| Introductory Circuits Lab | Spring Semester 2016-17 | 1602 |
| Master's Thesis II | Spring Semester 2016-17 | 1602 |
| Directed Research Project | Spring Semester 2016-17 | 1602 |
| Devices and Electronics Lab | Fall Semester 2017-18 | 1701 |
| Devices & Electronics | Fall Semester 2017-18 | 1701 |
| Radar System | Fall Semester 2017-18 | 1701 |