Phone : +92937923045, +923454837093
Email : sadiqullah@uetmardan.edu.pk, sadiqullah@ieee.org
Address : Department of Telecommunication Engineering, UET Mardan Charsadda Road, Mardan, Khyber Pakhtunkhwa, PK, 23200.
2007-2010: Doctor of Philosophy in Electrical Engineering, Loughborough University, UK
2003-2005: M.Sc. in Electrical Engineering, UET Taxila, Pakistan
1997-2001: B.Sc. in Electrical Engineering with distinction, UET Peshawar Pakistan
1995-1996: F.Sc. in Pre-Engineering, Jehanzeb College, Saidu Sharif, Swat
1993-1994: Metric in Science, GHSS, Charbagh, Swat
1. Funded Project from DosT (Directorate of Science & Technology), KP
2. Best Paper Award, IETE Journal of Research, Francis & Taylor Publishers, 2018
3. Fully Funded Higher Education Commission’s Scholarship for Ph.D. in the UK (2006)
4. Merit scholarship during B.Sc. Engineering
5. Distinction in B.Sc. Engineering, UET Peshawar
Name |
Title of Thesis |
|
B. Kamal |
Design and SAR analysis of planar wearable antennas using EBG |
|
S. Shoukat |
Miniaturization of patch antennas and enhancing bandwidth of miniaturized antenna |
|
M. A. Afridi |
Design and Analysis of Patch Antenna Using Novel Metamaterial Surfaces for Wireless Applications |
|
Haroon |
Design and specific absorption rate (SAR) analysis of biodegradable wearable antennas |
|
S. Ullah |
Design of 60 GHz and 70 GHz Millimeter Wave antennas for future high speed wireless communication system using artificial ground planes |
|
S. Rahim |
Design and SAR Analysis of Wearable Antennas Using Metamaterial Surfaces for Wireless and Medical Applications |
|
U. Ali |
Design and analysis of 2.4 GHz Wearable Antenna on Metamaterial Surfaces |
|
H. A. Khan |
Design of Wearable Patch Antenna with EBG for ISM Band |
|
W. R Khan |
Design of compact efficient and high-gain antennas for 5th Generation (5G) handheld Devices |
|
S. M. Umar |
Design and Analysis of High-gain, Efficient and Broadband Antennas for 5th Generation (5G) Base Stations |
|
M. F. Khan |
Design and Analysis of Reconfigurable Antennas for Future Multi-Mode Smart Phone Applications |
|
R. Ullah |
Design of Compact, Efficient and High-gain Planar Antennas for future 5th Generation (5G) wireless Technologies |
|
Abdullah |
Metasurfaces and Metamaterials in the Microwave and Higher Frequency Spectrum for Diverse Range of Applications |
|
B. Khan |
Design and Characterization of Polarization Sensitive Meta-Surfaces for Microwave, Millimetre Wave Application |
|
Rizwan Ullah |
Design and Analysis of MIMO Antennas for the Current and Future 5G SmartPhone Applications |
|
N. Ullah |
Design of Multiband and Broadband Planar Antennas for Future 5G Communication |
|
Mashal Khan |
Design of UWB Antennas with Triple Band Notching Split Ring Resonators |
|
U. Ahmad |
Design of 5G Station Antenna using Massive MIMO Array Technique |
|
M.A. H. Khan |
Metamaterial Based Beam Switching MIMO Antenna for millimetre Wave 5G Applications |
|
I. Ahmad |
Design of Metamaterial Based Nano Antennas for Terahertz (THz) and Nano Photonic Applications |
|
I.Ud. Din |
Design and Analysis of Metasurface Based Ultrawideband 5G Antennas with High Gain and Reduced Mutual Coupling |
|
S. Ullah |
Design and Analysis of Dual Band Antenna for 5G WLAN Applications |
|
F. Haider |
Design and Analysis of Multiband Metamaterial Absorber for Wireless Applications |
|
F. Habib |
MIMO Antennas for 5G and Next Generation Networks |
|
W. Shehzad |
Design and Analysis of High Gain THz Antennas for Space Communication Systems |
|
T. Mehboob |
Design of a Wideband Metasurfaces for RCS Reduction and Manipulation of Wave Polarization |
|
Y. Fawad |
Design of 5G MIMO Antenna for Portable Applications |
|
J. Khan (PhD) |
Designing and SAR Analysis of 5th Generation Mobile Communication Antennas |
|
U. Ali (PhD) |
Design and Analysis of Metamaterial Based Wearable Antennas for Microwave and Millimeter Wave (mmW) Applications |
|
R.Ullah (PhD) |
Metamaterial/Metasurface, Inspired 5G/6G Antennas for Future High-Speed Communication Systems |
|
A.Ahmad (PhD) |
Performance Optimization of C-V2X Communication for Efficient Spectrum Utilization in Next Generation Networks |
|
B.Khan(PhD) |
Multifunctional Metasurfaces, for RCS Reduction, Wireless and Defense Applications |
ACADEMIC ACTIVITIES @ UET Mardan
ADMINISTRATION/MANAGEMENT ACTIVITIES @ UET Mardan
MANAGEMENT and R & D @ NDC, NESCOM, Islamabad
Research Associate @ Loughborough, University, UK
Metamaterials, Plasmonics, Photonics, Reconfigurable, Biodegradable and wearable antennas, SAR analysis, RFID antennas, 5G/6G antennas, MIMO Antennas, measurement techniques, RF Energy Harvesting, image and video processing, EM wave propagation, high-speed mobile communication systems, Signal processing, and network security.
Peer Reviewed Journals:
IEEE Conferences:
Demonstrated Antenna & Microwave Simulation and Design tools to UG and PG students