TOUHIDUL ALAM (Senior Member, IEEE) received the B.Sc. degree in electrical and electronic engineering from the International Islamic University at Chittagong (IIUC) in 2012 and the master’s degree in space science from Universiti Kebangsaan Malaysia in 2015. He completed his Ph.D. degree from the Centre of Advanced Electronic and Communication Engineering, UKM in 2019. He is currently working as a Research Fellow at Space Science Centre (ANGKASA), Institute of Climate Change, Universiti Kebangsaan Malaysia (UKM). His publications include over 38 research journal papers, nearly 25 conference papers, and six book chapters on various topics related to antennas, microwaves, and electromagnetic radiation analysis. His research interests include antennas, RF, electromagnetic field and propagation, electromagnetic radiation, metamaterial applications and electromagnetic compatibility, and microwave imaging.
morphological, optical, and electrical properties of coxca (0.90-x) ni0. 10fe2o4 based flexible metamaterial substrate for industrial chemical contamination sensing. (2024). morphological, optical, and electrical properties of coxca (0.90-x) ni0. 10fe2o4 based flexible metamaterial substrate for industrial chemical contamination sensing. - journal of science: advanced materials and devices. 1-15.
ahmad musa, touhidul alam, mohammad tariqul islam. (2024). modified hilbert resonator-based transmission line sensor for moisture level estimation of soil. - ieee sensors journal. 1183-1189.
mohammad lutful hakim, touhidul alam, mohammad tariqul islam. (2024). incident angle stable broadband conformal mm-wave fss for 5g (n257, n258, n260, and n261) band emi shielding application. - ieee antennas and wireless propagation letters. 488-492.
abu hanif, touhidul alam, mohammad tariqul islam, mohammad lutful hakim, iskandar yahya, saleh albadran, md. shabiul islam, mohamed s. soliman. (2024). ni-pi-ni based nanoarchitectonics near-perfect metamaterial absorber with incident angle stability for visible and near-infrared applications. - international journal of optomechatronics. 1-17.
md bakey billa, mohammad tariqul islam, touhidul alam, saleh albadran, ahmed alzamil, ahmed s alshammari, haitham alsaif, md shabiul islam, mohamed s soliman. (2024). high quality factor double negative metamaterial for textile fabric and fabric moisture sensing applications. - journal of industrial textiles. 1-23.
morphological, optical, and electrical properties of coxca (0.90-x) ni0. 10fe2o4 based flexible metamaterial substrate for industrial chemical contamination sensing. (2024). morphological, optical, and electrical properties of coxca (0.90-x) ni0. 10fe2o4 based flexible metamaterial substrate for industrial chemical contamination sensing. - journal of science: advanced materials and devices. 1-15.
ahmad musa, touhidul alam, mohammad tariqul islam. (2024). modified hilbert resonator-based transmission line sensor for moisture level estimation of soil. - ieee sensors journal. 1183-1189.
mohammad lutful hakim, touhidul alam, mohammad tariqul islam. (2024). incident angle stable broadband conformal mm-wave fss for 5g (n257, n258, n260, and n261) band emi shielding application. - ieee antennas and wireless propagation letters. 488-492.
abu hanif, touhidul alam, mohammad tariqul islam, mohammad lutful hakim, iskandar yahya, saleh albadran, md. shabiul islam, mohamed s. soliman. (2024). ni-pi-ni based nanoarchitectonics near-perfect metamaterial absorber with incident angle stability for visible and near-infrared applications. - international journal of optomechatronics. 1-17.
md bakey billa, mohammad tariqul islam, touhidul alam, saleh albadran, ahmed alzamil, ahmed s alshammari, haitham alsaif, md shabiul islam, mohamed s soliman. (2024). high quality factor double negative metamaterial for textile fabric and fabric moisture sensing applications. - journal of industrial textiles. 1-23.
muntasir m. sheikh, faiza amin shompa, afsana aziz, tanveer ahsan, mohammed shamsul alam, abdul kadar muhammad masum, touhidul alam, rabah w. aldhaheri, khalid h. alharbi, mohammad tariqul islam. (2023). design and analysis of a circular polarized s-band antenna for cubesat communication system. - optoelectronics and advanced materials rapid communications. 73-77.
haitham alsaif, touhidul alam, tanveer ahsan, akm ariful haque siddique,mengu cho, norbahiah binti misran, mohammad tariqul islam. (2023). meta resonator based lower s-band antenna for cube satellite communication system. - optoelectronics and advanced materials-rapid communications. 224-229.
rezaul azim, akm moinul h. meaze, adnan affandi, md mottahir alam, rumi aktar, md s. mia, touhidul alam, md samsuzzaman, mohammad t. islam. (2021). a multi-slotted antenna for lte/5g sub-6 ghz wireless communication applications. - international journal of microwave and wireless technologies. 486-496.
morphological, optical, and electrical properties of coxca (0.90-x) ni0. 10fe2o4 based flexible metamaterial substrate for industrial chemical contamination sensing. (2024). morphological, optical, and electrical properties of coxca (0.90-x) ni0. 10fe2o4 based flexible metamaterial substrate for industrial chemical contamination sensing. - journal of science: advanced materials and devices. 1-15.
ahmad musa, touhidul alam, mohammad tariqul islam. (2024). modified hilbert resonator-based transmission line sensor for moisture level estimation of soil. - ieee sensors journal. 1183-1189.
mohammad lutful hakim, touhidul alam, mohammad tariqul islam. (2024). incident angle stable broadband conformal mm-wave fss for 5g (n257, n258, n260, and n261) band emi shielding application. - ieee antennas and wireless propagation letters. 488-492.
abu hanif, touhidul alam, mohammad tariqul islam, mohammad lutful hakim, iskandar yahya, saleh albadran, md. shabiul islam, mohamed s. soliman. (2024). ni-pi-ni based nanoarchitectonics near-perfect metamaterial absorber with incident angle stability for visible and near-infrared applications. - international journal of optomechatronics. 1-17.
md bakey billa, mohammad tariqul islam, touhidul alam, saleh albadran, ahmed alzamil, ahmed s alshammari, haitham alsaif, md shabiul islam, mohamed s soliman. (2024). high quality factor double negative metamaterial for textile fabric and fabric moisture sensing applications. - journal of industrial textiles. 1-23.
subra dey; md. sharif mia; abdullah al mamun; touhidul alam; mohammad tariqul islam; rezaul azim. (2023). s-shaped metamaterial absorber for k-band applications. - international conference on electrical, computer and communication engineering (ecce). 1-5.
abdullah al imtiaz, md. saifur rahman, tanveer ahsan, mohammed shamsul alam, abdul kader mohammad masum & touhidul alam. (2023). electromagnetic absorption analysis of 5g wireless devices for different electromagnetic shielding techniques. - st international conference on machine intelligence and emerging technologies, miet. 317-324.
md. sharif mia; md. mottahir alam; rezaul azim; mandeep jit singh; touhidul alam; mohammad tariqul islam. (2023). triangular-shaped metamaterial-based em absorber for visible and infrared regime. - 12th international conference on electrical and computer engineering (icece). 397-400.
md. kutub uddin, shawon hossen, touhidul alam, mohammad tariqul islam, mohammed shamsul alam, mohammad lutful hakim. (2023). triple band antenna using superstate with double substrate for wireless applications. - 26th international conference on computer and information technology (iccit). 1-5.
r. azim, s. k. a. rahim, m. s. mia, touhidul alam, m. moniruzzaman, and mohammad tariqul islam. (2022). human face-shaped planar antenna for 5g sub-6 ghz application. - 9th ieee international rf and microwave conference (rfm) 2022. 16-19.
Geran / Grant | Kolaborator / Collaborator | Status |
---|---|---|
WIRE CUT CROSS-LOADED METAMATERIAL FOR THERMAL CONDUCTIVITY REDUCTION IN THE FUTURE GENERATION ANTENNA SYSTEM | alpha static enterprise | 84.4% (2022-10-01 sehingga 2025-03-31) |
SPECIFIC ABSORPTION RATE REDUCTION OF NEXT-GENERATION WIRELESS DEVICE USING ARTIFICIAL COHERENT METAMATERIAL POROUS STRUCTURE | raytel dynamics sdn bhd | 84.4% (2022-10-01 sehingga 2025-03-31) |
TWISTED AXIAL STRAIN METAMATERIAL FOR UNWANTED COMPLEX OFFSETS REDUCTION OF RADAR ANTENNA BASED NON-INVASIVE VITAL SIGNS MONITORING SYSTEM | leconi technology sdn bhd | 84.4% (2022-10-01 sehingga 2025-03-31) |