prof. dr. md. akhtaruzzaman

pensyarah universiti

institut penyelidikan tenaga suria (seri)

No. Telefon Rasmi :  0193217560

No. rasmi:
UKM : 03 8921 5555



   Biografi/ Biography :

  • Dr. Md. Akhtaruzzaman is an Assoc. Professor at the Solar Energy Research Institute (SERI) of The National University of Malaysia (@ Universiti Kebangsaan Malaysia), where he is leading the Organic-Inorganic Hybrid Solar Cells Unit at Solar Photovoltaics group. After received his BSc (Bachelor of Science) in 1996 and MSc (Master of Science) in 1998 in Applied Chemistry and Chemical Engineering from The University of Dhaka, he has been awarded the Japanese Government’s Monbukagakusho Scholarship and joined at the Institute for Molecular Science (IMS) in Okazaki, Japan where he obtained his PhD in March 2003 and studied on the design and synthesis of new organic heterocyclic compounds for EL device application. Thereafter, he worked in Japan for 12 years (Tokyo Institute of Technology, Fujifilm Fine Chemicals Co. Ltd., and Tohoku University), King Saud University in Saudi Arabia and University of Malaya (UM) in Malaysia. He has also been awarded one of the most prestigious fellowships of JSPS (Japan Society for the Promotion Science) in 2007-2009 at the Dept. of Electronics and Applied Physics of Tokyo Institute of Technology, Japan. His areas of expertise on the rational design of organic/inorganic semiconductors, Nano-materials for various applications, including Dye-sensitized Solar cells (DSSCs), Perovskite thin film solar cell, Graphene /Quatum dots-based Hybrid solar cells , Bulk-heterojunction Solar cells (BHJs), Light-Emitting Organic Field-effect Transistors (LE-OFETs), Organic Thin Film Transistors (OTFTs), Nano-electronics and Electroluminescence devices, and published over 100 papers, reviews in peer-reviewed journals, and patents, and book chapters.

  • m. mottakin, d.k. sarkar, vidhya selvanathan, mohammad junaebur rashid, k. sobayel, a.k. mahmud hasan, md. ariful islam, ghulam muhammad, md. shahiduzzaman, md. akhtaruzzaman.  (2023).  photoelectric performance of environmentally benign cs2tibr6-based perovskite solar cell using spinel nico2o4 as htl.  - optik.  232-246. 

     

    ramisha rabeya, savisha mahalingam, abreeza manap, meenaloshini satgunam, md. akhtaruzzaman, chin hua chia.  (2022).  structural defects in graphene quantum dots: a review.  - international journal of quantum chemistry.  1-2. 

     

    ersan y. muslih, md. shahiduzzaman, md. akhtaruzzaman, mohammad ismail hossain , liangle wang, hend i. alkhammash, sami s. alharthi, masahiro nakano, makoto karakawa, mohammod aminuzzaman, lai-hock tey, kamaruzzaman sopian, jean-michel nunzi, tetsuya.  (2022).  reproducible perovskite solar cells using a simple solvent-mediated solgel synthesized niox hole transport layer.  - applied physics express.  1-5. 

     

    ramisha rabeya, savisha mahalingam, kam sheng lau c, abreeza manap, meenaloshini satgunam, chin hua chia, md. akhtaruzzaman.  (2022).  hydrothermal functionalization of graphene quantum dots extracted from cellulose.  - chemical physics letters.  1-18. 

     

    tasmin kamal tulka, nowshin alam, md akhtaruzzaman, k. sobayel, m. mofazzal hossain.  (2022).  optimization of a high-performance lead-free cesium-based inorganic perovskite solar cell through numerical approach.  - heliyon.  1-10. 

     

    m. mottakin, d.k. sarkar, vidhya selvanathan, mohammad junaebur rashid, k. sobayel, a.k. mahmud hasan, md. ariful islam, ghulam muhammad, md. shahiduzzaman, md. akhtaruzzaman.  (2023).  photoelectric performance of environmentally benign cs2tibr6-based perovskite solar cell using spinel nico2o4 as htl.  - optik.  232-246. 

     

    ersan y. muslih, md. shahiduzzaman, md. akhtaruzzaman, mohammad ismail hossain , liangle wang, hend i. alkhammash, sami s. alharthi, masahiro nakano, makoto karakawa, mohammod aminuzzaman, lai-hock tey, kamaruzzaman sopian, jean-michel nunzi, tetsuya.  (2022).  reproducible perovskite solar cells using a simple solvent-mediated solgel synthesized niox hole transport layer.  - applied physics express.  1-5. 

     

    md. mahfuzul haque, samiya mahjabin, sobayel khan, mohammad ismail hossain, ghulam muhammad, md. shahiduzzaman, kamaruzzaman sopian, md. akhtaruzzaman.  (2022).  study on the interface defects of eco-friendly perovskite solar cells.  - solar energy.  96-108. 

     

    yu bin chan, vidhya selvanathan, lai-hock tey, md. akhtaruzzaman, farah hannan anur, sinouvassane djearamane, akira watanabe and mohammod aminuzzaman.  (2022).  effect of calcination temperature on structural, morphological and optical properties of copper oxide nanostructures derived from garcinia mangostana l. leaf extract.  - nanomaterials.  1-19. 

     

    md. shalauddin, shamim akhter, wan jeffrey basirun, md. akhtaruzzaman, mohammed alhaji mohammed, nor mas mira abd rahman, noordini mohamad salleh.  (2022).  bio-synthesized copper nanoparticle decorated multiwall carbon nanotube-nanocellulose nanocomposite: an electrochemical sensor for the simultaneous detection of acetaminophen and diclofenac so.  - surfaces and interfaces.  1-16. 

     

    m ibrahim, p chelvanathan, mh miraz, hi alkhammash, akm hasan, md akhtaruzzaman, k althubeiti, md shahiduzzaman, k sobayel, n kamal.  (2022).  comprehensive study on cdse thin film as potential window layer on cdte solar cell by scapd-1d.  - chalcogenide letters.  33-43. 

     

    ramisha rabeya, savisha mahalingam, kam sheng lau c, abreeza manap, meenaloshini satgunam, chin hua chia, md. akhtaruzzaman.  (2022).  hydrothermal functionalization of graphene quantum dots extracted from cellulose.  - chemical physics letters.  1-18. 

     

    khan sobayel bin rafiq , m. mottakin, ghulam muhammad, kuaanan techato, kamaruzzaman sopian, md. akhtaruzzaman.  (2022).  sequential optimization of highly efficient all inorganic csgei3 perovskite solar cell by numerical simulation.  - japanese journal of applied physics.  1-9. 

     

    t. hossain, m.k. sobayel, f.t. munna, s. islam, h.i. alkhammash, khaled althubeiti, s.m. jahangir alam, k. techato, md. akhtaruzzaman, m.j. rashid.  (2022).  tuning the bandgap of cd1-xznxs (x = 0~1) buffer layer and cigs absorber layer for obtaining high efficiency.  - superlattices and microstructures.  1-9. 

     

    mohamad ibrahim, p. chelvanathan, m. mottakin, ghulam muhammad, mahdi h. miraz, md. akhtaruzzaman, md. shahiduzzaman, k. sobayel, n. kamal.  (2022).  effect of cucl2 treatment on rf magnetronsputtered cdse thin films for potential photovoltaic usage.  - japanese journal of applied physics.  1-8. 

     

    m. mottakin, d.k. sarkar, vidhya selvanathan, mohammad junaebur rashid, k. sobayel, a.k. mahmud hasan, md. ariful islam, ghulam muhammad, md. shahiduzzaman, md. akhtaruzzaman.  (2023).  photoelectric performance of environmentally benign cs2tibr6-based perovskite solar cell using spinel nico2o4 as htl.  - optik.  232-246. 

     

    ersan y. muslih, md. shahiduzzaman, md. akhtaruzzaman, mohammad ismail hossain , liangle wang, hend i. alkhammash, sami s. alharthi, masahiro nakano, makoto karakawa, mohammod aminuzzaman, lai-hock tey, kamaruzzaman sopian, jean-michel nunzi, tetsuya.  (2022).  reproducible perovskite solar cells using a simple solvent-mediated solgel synthesized niox hole transport layer.  - applied physics express.  1-5. 

     

    ramisha rabeya, savisha mahalingam, abreeza manap, meenaloshini satgunam, md. akhtaruzzaman, chin hua chia.  (2022).  structural defects in graphene quantum dots: a review.  - international journal of quantum chemistry.  1-2. 

     

    tasmin kamal tulka, nowshin alam, md akhtaruzzaman, k. sobayel, m. mofazzal hossain.  (2022).  optimization of a high-performance lead-free cesium-based inorganic perovskite solar cell through numerical approach.  - heliyon.  1-10. 

     

    md. mahfuzul haque, samiya mahjabin, sobayel khan, mohammad ismail hossain, ghulam muhammad, md. shahiduzzaman, kamaruzzaman sopian, md. akhtaruzzaman.  (2022).  study on the interface defects of eco-friendly perovskite solar cells.  - solar energy.  96-108. 

     

    kang jian xian, huda abdullah, brian yuliarto, md akhtaruzzaman, mohd hafiz dzarfan othman, yap wing fen, md fauzi mohamad.  (2022).  czts thin-film solar cell, zinc tin oxide (zto), cadmium sulphate, morphological.  - 2022 ieee 20th student conference on research and development (scored), november 8-9, 2022, bangi, malaysia.  119-125. 

     

    nurul huda abdul razak, kamaruzzaman sopian, nowshad amin, md akhtaruzzaman.  (2020).  investigation on the post-treatment after pulsed nd:yag laser texturing on silicon solar cells surfaces.  - proceedings of spie - energy harvesting and storage: materials, devices, and applications x.  1-7. 

     

    nurhafiza kamaruddin, yulisa yusoff, towhid hossain, nowshad amin and md. akhtaruzzaman.  (2017).  surface morphological properties of cdxzn(1-x)s thin films deposited by low-cost atmospheric pressure metal organic chemical vapour deposition technique (ap-mocvd).  - iop conference series: materials science and engineering.  1206-1212. 

     

    ashraful islam, md. akhtaruzzaman, towhid h. chowdhury, idriss m. bedja, liyuan han, antoine mirloup and raymond ziessel.  (2016).  dye-sensitized solar cells: sensitized with triple dyes in ultraviolet to near infrared.  - 4th international conference on the developments in renewable energy technology, icdret 2016.  1-6. 

     

    khan n.a., rahman k.s., haque f., dhar n., islam m.a., akhtaruzzaman m., sopian k., amin n..  (2015).  design optimization of cdte thin film solar cells from numerical analysis.  - 8th international conference on electrical and computer engineering: advancing technology for a better tomorrow, icece 2014.  508-511. 

     

    md. akhtaruzzaman, vidhya selvanathan.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods.  - 404. 

     

    mohammad aminul islam, md. akhtaruzzaman, nowshad amin, kamaruzzaman sopian.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods.  - 420. 

     

    md. akhtaruzzaman, vidhya selvanathan, md. shahiduzzaman, mohammad ismail hossain.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods.  - 6. 

     

    md.akhtaruzzaman, vidhya selvanathan, a.k. mahmud hassan.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods solar cell engineering.  - 404. 

     

    mohammad ismail hossain, wayesh qarony, md. shahiduzzaman, md. akhtaruzzaman, yuen hong tsang, dietmar knipp.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods.  - 420. 

     

    muhammad rizwan, muhammad ammar mingsukang, md.akhtaruzzaman.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods solar cell engineering.  - 404. 

     

    md. akhtaruzzaman, vidhya selvanathan, md. shahiduzzaman, mohammad ismail hossain.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods.  - 6. 

     

    mohammad ismail hossain, wayesh qarony, md. shahiduzzaman, md. akhtaruzzaman, yuen hong tsang, dietmar knipp.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods.  - 420. 

     

    marzieh badiei, nilofar asim, masita mohammad, m.akhtaruzzaman, nurul asma samsudin, nowshad amin, kamaruzzaman sopian.  (2022).  innovation in nano-polysaccharides for eco-sustainability from science to industrial applications.  - 36. 

     

    mohammad aminul islam, md. akhtaruzzaman, nowshad amin, kamaruzzaman sopian.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods.  - 420. 

     

    md. akhtaruzzaman, vidhya selvanathan.  (2022).  comprehensive guide on organic and inorganic solar cells: fundamental concepts to fabrication methods.  - 404. 

     

    md. akhtaruzzaman;kamaruzzaman sopian;iskandar bin yahya;masita binti mohammad;md firoz khan.  (2022).  low-cost and solution processed a ternary alloy of molybdenum tungsten disulfide (mo1-xwxs2) as electron selective layer for efficient and printable planar perovskite solar cell.  -

     

    md. akhtaruzzaman;kamaruzzaman sopian;nowshad amin;masita binti mohammad.  (2022).  the characteristics of high quality heterointerface between organo-lead halide perovskite (ch3nh3pbx3, x =cl, br, i) and cadmium telluride(cdte) thin films in tandem solar cell applications.  -

     

    md. akhtaruzzaman;kamaruzzaman sopian.  (2021).  molecular engineering of lead free perovskites and novel hole transport materials for efficient hybrid solar cells.  -

     

    md. akhtaruzzaman;nurul huda binti abd karim;farah hannan binti anuar.  (2021).  implementation of of molybdenumtungsten disulfide ternary alloy as an electron selective layer for efficient and stable planar perovskite solar cell.  -

     

    kamaruzzaman sopian;norhana binti arsad;nowshad amin;md. akhtaruzzaman;puvaneswaran a/l chelvanathan.  (2021).  induction of p-type doping mechanism in mos2 thin films by niobium (nb) for defect-suppressed high quality cu2znsns4 thin films.  -