Skip Ribbon Commands
Skip to main content
Dr. Farooq Ahmad Bhatti
Associate Professor
Department of Electrical Engineering

MCS
National University of Sciences and Technology (NUST)
Humayun Road, Rawalpindi.
Tel : 0092-51-561-52-33225

Specialization
Microwave and Millimetre Wave Sources

Education
PhD (Shanghai University) China

​Dr Farooq Ahmed Bhatti has got his Master degree in Solid State Physics from Punjab University Lahore in 1979. He did his Ph.D. in Radio Physics (RF Electronics ) specializing in Microwave and Millimeter-wave sources from the Department of Communication Engineering Shanghai University PR China in 1992. He did his Post Doc in Millimeter-wave Devices from Centre for Microwave and Millimeter-wave circuit design and Applications University of Manchester UK. He joined NUST in 1995. Presently he is Associate Professor at MCS. He has established RF and Microwave Research Lab at MCS and is leading RF and Microwave circuit design group. He has earned many research papers in the area of Microwave and Millimeter-wave devices in his account.

  • ​Microwave and Millimeter-wave Circuit Design

  • System Design at Microwave and Millimeter-wave Frequencies

  • Microwave and Millimeter-wave Antenna

  • ​F. A. Bhatti, “W-band 2nd harmonic GaAs Gunn oscillator well stabilized by high Q quasi-optical open resonator”. Proceedings of International Symposium on Recent Advances in Microwave Technology ISRAMT’91, Reno USA. pp. 205-208

  • F.A. Bhatti, “ D-band 2nd harmonic InP Gunn oscillator with high Q quasi-optical open resonator.” Proceedings of 22nd European Microwave Conference, 1992, UK. Pp 473-478

  • F.A. Bhatti, “Design of W-band 2nd harmonic TED oscillator with high Q quasi-optical open resonator.” Journal of SUST, PR China, Vol. 15, No. 3, 1992 pp34-43.

  • F.A. Bhatti, “Computer aided design of radial-line filter for microwave and millimeter-wave devices.” Journal of SUST, PR China. Vol. 16, No.1, March 1993, pp. 23-31.

  • F.A. Bhatti, “Theoretical analysis of Whispering Gallery Modes (WGMs) of dielectric resonator for millimeter-wave devices.” Journal of SUST PR China, Vol. 16, No.2 June 1993, pp. 182-88.

  • F.A. Bhatti, “Theoretical and experimental investigations of resonant disc circuit for millimeter-wave oscillators. Proceedings of IEEE (Pak section) 1995. PP 127-30.

  • F.A.Bhatti, “Millimeter-wave Technology for Military demands” Military Technologist Technologist Vol. Xv, 1996.

  • F.A.Bhatti, “High efficiency InP Gunn Devices for Microwave and Millimeter-wave generation ” Pakistan Society for Semiconductor Science and Technology Vol 6, No.2, 1997.

  • F.A.Bhatti, “ High Q cavity InP Gunn Oscillators reach the 150 GHz range. Proceedings IEEE, INMIC,97 , pp 4-7

  • F.A.Bhatti, Li Ying, “Whispering Gallery Mode Dielectric resonator Gunn Oscillator” Proceedings Intrernational Symposium of Recent Advances in Microwave Technology ISRAMT,97 P.R.China. 1997, pp

  • F A Bhatti, Col Rafique, “ Theoretical and experimental investigations of High Q quasi- optical open resonator”. Proceedings 9th Millenium NaeC National Aeronautical Conference, Risalpur 2000.

  • FA Bhatti, D band (110-150 ) GHz Radial Line Filter for Millimeter-wave Applications, IEEE ,ICAST, 2006. pp 81-84,

  • FA Bhatti, Local oscillator for millimeter-wave Receivers, IEEE ICEIT, 2008, pp. 77-81

  • FA Bhatti, Charged based MOS Transistor Modelling in weak Inversion, IEEE, ICEIT 2008 USA. pp 112-118.

  • Ayesha, FA Bhatti, Matching Technique for Microstrip patch antenna using GCPW feed. IEEE, ICET 2009

  • F A Bhatti, Ayesha, Grooved Linear Microstrip Patch Anetenna IEEE, ICECE 2010..

  • F A Bhatti, Ayesha, Novel developments in array design, IEEE, ICAPEM 2010.

  1. ​Advanced EM Fields and Analysis

  2. Wave Propagation and Antenna

  3. Microwave Engineering

  4. Radiating System and Antennas

  5. Microwave Devices

  6. Microwave Circuit Design