dr. touhidul alam

pensyarah universiti

institut perubahan iklim (ipi)

 touhidul@ukm.edu.my

No. Telefon Rasmi :  60389118286

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :


  • TOUHIDUL ALAM (Senior Member, IEEE) was 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 has completed his PhD degree from Centre of Advanced Electronic and Communication Engineering, UKM in 2019. He is currently 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.

  • mohammad lutful hakim, mohammad tariqul islam, touhidul alam, sharul kamal abdul rahim, badariah bais, md. shabiul islam and mohamed s. soliman.  (2023).  triple-band square split-ring resonator metamaterial absorber design with high effective medium ratio for 5g sub-6 ghz applications.  - nanomaterials.  1-15. 

     

    touhidul alam. mohammad tariqul islam,mohammad lutful hakim, khalid h. alharbi, mandeep singh jit singh, muntasir m. sheikh, rabah w. aldhaheri, md. shabiul islam, mohamed s. soliman.  (2023).  metamaterial based ku-band antenna for low earth orbit nanosatellite payload system.  - nanomaterials.  1-10. 

     

    ismail hossain, md samsuzzaman,mohd hafiz baharuddin, badariah bais, touhidul alam & mandeep singh jit singh.  (2022).  complementary split square ring resonator-based double negative metamaterial for c, x, and ku bands satellite applications.  - 7th international conference on space science and communication (iconspace).  244-248. 

     

    md. mushfiqur rahman, md. shabiul islam, mohammad tariqul islam and touhidul alam.  (2022).  electric-field-coupled resonator antenna for 5g applications.  - materials.  1-13. 

     

    mohammad lutful hakim, abu hanif, touhidul alam, mohammad tariqul islam, haslina arshad, mohamed s. soliman, saleh mohammad albadran and md. shabiul islam.  (2022).  ultrawideband polarization-independent nanoarchitectonics: a perfect metamaterial absorber for visible and infrared optical window applications.  - nanomaterials.  1-14. 

     

    mohammad lutful hakim, mohammad tariqul islam, touhidul alam, sharul kamal abdul rahim, badariah bais, md. shabiul islam and mohamed s. soliman.  (2023).  triple-band square split-ring resonator metamaterial absorber design with high effective medium ratio for 5g sub-6 ghz applications.  - nanomaterials.  1-15. 

     

    touhidul alam. mohammad tariqul islam,mohammad lutful hakim, khalid h. alharbi, mandeep singh jit singh, muntasir m. sheikh, rabah w. aldhaheri, md. shabiul islam, mohamed s. soliman.  (2023).  metamaterial based ku-band antenna for low earth orbit nanosatellite payload system.  - nanomaterials.  1-10. 

     

    md. mushfiqur rahman, md. shabiul islam, mohammad tariqul islam and touhidul alam.  (2022).  electric-field-coupled resonator antenna for 5g applications.  - materials.  1-13. 

     

    mohammad lutful hakim, abu hanif, touhidul alam, mohammad tariqul islam, haslina arshad, mohamed s. soliman, saleh mohammad albadran and md. shabiul islam.  (2022).  ultrawideband polarization-independent nanoarchitectonics: a perfect metamaterial absorber for visible and infrared optical window applications.  - nanomaterials.  1-14. 

     

    mohammad lutful hakim, touhidul alam , md. shabiul islam, m. salaheldeen m., sami h. a. almalki, mohd hafiz baharuddin, haitham alsaif, mohammad tariqul islam.  (2022).  wide-oblique-incident-angle stable polarization-insensitive ultra-wideband metamaterial perfect absorber for visible optical wavelength applications.  - materials.  1-14. 

     

    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. 

     

    mohammad lutful hakim, mohammad tariqul islam, touhidul alam, sharul kamal abdul rahim, badariah bais, md. shabiul islam and mohamed s. soliman.  (2023).  triple-band square split-ring resonator metamaterial absorber design with high effective medium ratio for 5g sub-6 ghz applications.  - nanomaterials.  1-15. 

     

    touhidul alam. mohammad tariqul islam,mohammad lutful hakim, khalid h. alharbi, mandeep singh jit singh, muntasir m. sheikh, rabah w. aldhaheri, md. shabiul islam, mohamed s. soliman.  (2023).  metamaterial based ku-band antenna for low earth orbit nanosatellite payload system.  - nanomaterials.  1-10. 

     

    md. mushfiqur rahman, md. shabiul islam, mohammad tariqul islam and touhidul alam.  (2022).  electric-field-coupled resonator antenna for 5g applications.  - materials.  1-13. 

     

    mohammad lutful hakim, abu hanif, touhidul alam, mohammad tariqul islam, haslina arshad, mohamed s. soliman, saleh mohammad albadran and md. shabiul islam.  (2022).  ultrawideband polarization-independent nanoarchitectonics: a perfect metamaterial absorber for visible and infrared optical window applications.  - nanomaterials.  1-14. 

     

    mohammad lutful hakim, touhidul alam , md. shabiul islam, m. salaheldeen m., sami h. a. almalki, mohd hafiz baharuddin, haitham alsaif, mohammad tariqul islam.  (2022).  wide-oblique-incident-angle stable polarization-insensitive ultra-wideband metamaterial perfect absorber for visible optical wavelength applications.  - materials.  1-14. 

     

    ismail hossain, md samsuzzaman,mohd hafiz baharuddin, badariah bais, touhidul alam & mandeep singh jit singh.  (2022).  complementary split square ring resonator-based double negative metamaterial for c, x, and ku bands satellite applications.  - 7th international conference on space science and communication (iconspace).  244-248. 

     

    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. 

     

    m l hakim, touhidul alam, m h baharuddin, mohammad tariqul islam.  (2022).  frequency integration of dual-band hexagonal metamaterial resonator antenna for wi-fi and 5g wireless communication.  - the 2022 malaysia-japan workshop on radio technology 2022 (mjwrt2022).  1-9. 

     

    touhidul alam, norsuzlin mohd sahar, abdullah al imtiaz, md. amanath ullah, mohammad tariqul islam.  (2021).  design and analysis of a patch antenna for nanosatellite transmission system.  - 7th international conference on space science and communication (iconspace).  31-34. 

     

    md nurnobi chowdhury saddam, mohd hafiz baharuddin, mohammad lutful hakim, touhidul alam, ahmad musa.  (2021).  single negative matamaterial absorber of k-band application.  - 7th international conference on space science and communication (iconspace).  239-243.