Muhammad Nasir Amin

Professor
NUST Institute of Civil Engineering
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About

Dr. Muhammad Nasir Amin is working as Professor in the NUST Institute of Civil Engineering. Dr. Muhammad Nasir Amin has a PhD in Materials and Structural Engineering . Dr. Muhammad Nasir Amin has published 17 research articles & conference papers, carried out 0 projects and filed 0 intellectual property.

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Research Projects

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Industry Projects

0

Amount Granted

0.0 M

Publications

17

Citations

0

Intellectual Property

0
Publication Types
Project Types
Publications by Year
Projects by Year

Research Collaborators

Collaborator Image

Muhammad Imran

NUST Institute of Civil Engineering
2 Collaborations

Education

PhD Materials and Structural Engineering 2006- 2010
Korea Advanced Institute of Science & Technology , South Korea
MSc Materials and Structural Engineering 2004- 2006
Korea Advanced Institute of Science & Technology , South Korea
BE Civil Engineering 2000- 2004
UET Lahore , Pakistan

Experience

Professor 2024- Present
NUST Institute of Civil Engineering , NUST
Associate Professor 2018- 2024
KFU , Hofuf, KSA ,
Assistant Professor 2011- 2018
KFU , Hofuf, KSA ,
Assistant Professor 2010- 2011
NUST , H-12, NUST, ISB ,

Awards

Memberships

No project records found for this faculty member
16
Research Articles
0
Conference Proceedings
0
Books
0
Book Chapters
8
Editorial Activities
Self-compacting mortar overlays using expanded polystyrene beads for thermal performance and energy efficiency in buildings 2025
SY
Syed Ali Rizwan (National University of Computer and Emerging Sciences (NUCES))
Muhammad Nasir Amin
HA
Hafiz Sajid Ali (National University of Computer and Emerging Sciences (NUCES))
HA
Hamza Ali (National University of Computer and Emerging Sciences (NUCES))
MU
Muhammad Tahir Qadir (King Faisal University)
Muhammad Imran
Journal: Reviews on Advanced Materials Science, Volume 64, Issue 1, Article Number 20250178
Impact Factor: 3.9 Citations: 0 Quartile: 2
SDG 9
Integrating testing and modeling methods to examine the feasibility of blended waste materials for the compressive strength of rubberized mortar 2024
Muhammad Nasir Amin
RO
Roz-Ud-Din Nassar (American University of Ras Al Khaimah)
KA
Kaffayatullah Khan (King Faisal University)
SI
Siyab Ul Arifeen (COMSATS University Islamabad)
MU
Mubasher Khan (COMSATS University Islamabad)
MU
Muhammad Tahir Qadir (King Faisal University)
Journal: Reviews on Advanced Materials Science, Volume:63, Issue:1, Article Number 20240081
Impact Factor: 3.900 Citations: 0 Quartile: 2
SDG 9
AI-powered interpretable models for the abrasion resistance of steel fiber-reinforced concrete in hydraulic conditions 2025
Muhammad Nasir Amin
RO
Roz-Ud-Din Nassar (American University of Ras Al Khaimah)
S
Siyab Ul Arifeen (COMSATS University Islamabad)
MU
Muhammad Tahir Qadir (King Faisal University)
MU
Muhammad Iftikhar Faraz (King Faisal University)
FA
Fahad Alsharari (Jouf University)
Journal: Case Studies in Construction Materials, Volume:22, Article Number e04755
Impact Factor: 6.600 Citations: 0 Quartile: 1
SDG 9
Investigating the compressive property of foamcrete and analyzing the feature interaction using modeling approaches 2024
Muhammad Nasir Amin
RO
Roz-Ud-Din Nassar (American University of Ras Al Khaimah)
MU
Muhammad Tahir Qadir (King Faisal University)
AY
Ayaz Ahmad (COMSATS University Islamabad)
KA
Kaffayatullah Khan (King Faisal University)
MU
Muhammad Faisal Javed (Western Caspian University)
Journal: Results in Engineering, Volume:24, Article Number 103305
Impact Factor: 7.900 Citations: 0 Quartile: 1
SDG 9
Advanced explainable models for strength evaluation of self-compacting concrete modified with supplementary glass and marble powders 2025
KA
Kaffayatullah Khan (King Faisal University)
MU
Muhammad Ehsan Ullah Khan (COMSATS University Islamabad)
A
Ahmed A. Alawi Al-Naghi (University of Hail)
Muhammad Nasir Amin
BA
Bawar Iftikhar (COMSATS University Islamabad)
M
Muhammad Tahir Qadir (King Faisal University)
Journal: Reviews on Advanced Materials Science, Volume:64, Issue:1, Article Number 20250128
Impact Factor: 3.900 Citations: 0 Quartile: 2
SDG 9
Analyzing the compressive strength, eco-strength, and cost-strength ratio of agro-waste-derived concrete using advanced machine learning methods 2025
Muhammad Nasir Amin
BA
Bawar Iftikhar (COMSATS University Islamabad)
KA
Kaffayatullah Khan (King Faisal University)
MU
Muhammad Tahir Qadir (King Faisal University)
Journal: Reviews on Advanced Materials Science, Volume:64, Issue:1, Article Number 20250091
Impact Factor: 3.900 Citations: 0 Quartile: 2
SDG 9
Tensile behavior evaluation of two-stage concrete using an innovative model optimization approach 2025
Muhammad Nasir Amin
FA
Faizullah Jan (Gdansk University of Technology)
KA
Kaffayatullah Khan (King Faisal University)
SU
Suleman Ayub Khan (COMSATS University Islamabad)
MU
Muhammad Tahir Qadir (King Faisal University)
MA
Marcin Kujawa (Gdansk University of Technology)
Journal: Reviews on Advanced Materials Science, Volume:64, Issue:1, Article Number 20250097
Impact Factor: 3.900 Citations: 0 Quartile: 2
SDG 9
Efficacy of sustainable cementitious materials on concrete porosity for enhancing the durability of building materials 2024
Muhammad Nasir Amin
SU
Suleman Ayub Khan (COMSATS University Islamabad)
KA
Kaffayatullah Khan (King Faisal University)
MU
Muhammad Tahir Qadir (King Faisal University)
HA
HaoYang Huang (Jiangsu Ocean University)
Journal: Reviews on Advanced Materials Science, Volume:63, Issue:1, Article Number 20240056
Impact Factor: 3.900 Citations: 0 Quartile: 2
SDG 9
Precision assessment of the machine learning tools for the strength optimization of environmental-friendly lightweight foam concrete 2025
Muhammad Nasir Amin
AY
Ayaz Ahmad (COMSATS University Islamabad)
KA
Kaffayatullah Khan (King Faisal University)
MU
Muhammad Tahir Qadir (King Faisal University)
Journal: Journal of Environmental Management, Volume:373, Article Number 123462
Impact Factor: 8.400 Citations: 0 Quartile: 1
SDG 9
Experimenting the compressive performance of low-carbon alkali-activated materials using advanced modeling techniques 2024
XU
Xue Yang (Shangqiu Institute of Technology)
TO
Tong Wu (Shangqiu Institute of Technology)
Muhammad Nasir Amin
AL
Ali H. AlAteah (University of Hafr Al Batin)
MU
Muhammad Tahir Qadir (King Faisal University)
SU
Suleman Ayub Khan (COMSATS University Islamabad)
MU
Muhammad Faisal Javed (Western Caspian University)
Journal: Reviews on Advanced Materials Science, Volume:63, Issue:1, Article Number 20240068
Impact Factor: 3.900 Citations: 0 Quartile: 2
SDG 9
Explicable AI-based modeling for the compressive strength of metakaolin-derived geopolymers 2024
LI
Ling Liu (Changchun University of Architecture and Civil Engineering)
YA
Yan Tao Du (King Faisal University)
Muhammad Nasir Amin
SO
Sohaib Nazar (COMSATS University Islamabad)
KA
Kaffayatullah Khan (King Faisal University)
MU
Muhammad Tahir Qadir (King Faisal University)
Journal: Case Studies in Construction Materials, Volume:21, Article Number e03849
Impact Factor: 6.600 Citations: 0 Quartile: 1
SDG 9
Flexural performance evaluation using computational tools for plastic-derived mortar modified with blends of industrial waste powders 2025
AH
Ahmed A. Alawi Al-Naghi (University of Hail)
SU
Suleman Ayub Khan (COMSATS University Islamabad)
NA
Nawaf Alnawmasi (University of Hail)
Muhammad Nasir Amin
OM
Omar Algassem (University of Hail)
MU
Muhammad Faisal Javed (GIK Institute of Engineering Sciences and Technology)
EN
Enamur R. Latifee (University of Hail)
Journal: Reviews on Advanced Materials Science, Volume:64, Issue:1, Pages 1-19
Impact Factor: 3.900 Citations: 0 Quartile: 2
SDG 9
Sustainable optimisation of GGBS-based concrete: De-risking mix design through predictive machine learning models 2025
AH
Ahmed A. Alawi Al-Naghi (University of Hail)
AY
Ayaz Ahmad (COMSATS University Islamabad)
Muhammad Nasir Amin
OM
Omar Algassem (University of Hail)
NA
Nawaf Alnawmasi (University of Hail)
Journal: Case Studies in Construction Materials, Volume:23, Article Number e04900
Impact Factor: 6.600 Citations: 0 Quartile: 1
SDG 9
An integral testing and modeling approach to evaluate the flexural performance of eco-friendly quaternary blended rubberized mortar 2025
AH
Ahmed A. Alawi Al-Naghi (University of Hail)
Muhammad Nasir Amin
MU
Muhammad Musa (COMSATS University Islamabad)
TA
Tayyab Ashfaq Butt (University of Hail)
B
Bawar Iftikhar (COMSATS University Islamabad)
FA
Fadi Althoey (Najran University)
Journal: Materials Today Communications, Volume:46, Article Number 112785
Impact Factor: 4.500 Citations: 0 Quartile: 2
SDG 9
Predicting strength in polypropylene fiber reinforced rubberized concrete using symbolic regression AI techniques 2025
AH
Ahmed A. Alawi Al-Naghi (University of Hail)
KI
Kinza Aamir (COMSATS University Islamabad)
Muhammad Nasir Amin
BA
Bawar Iftikhar (COMSATS University Islamabad)
KA
Kashif Mehmood (COMSATS University Islamabad)
MU
Muhammad Tahir Qadir (King Faisal University)
Journal: Case Studies in Construction Materials, Volume:23, Article Number e05024
Impact Factor: 6.600 Citations: 0 Quartile: 1
SDG 9
Interpretable prediction of chloride ingress in marine concrete using gene and multi-expression programming 2025
Muhammad Nasir Amin
SU
Suleman Ayub Khan (COMSATS University Islamabad)
MU
Muhammad Tahir Qadir (King Faisal University)
AH
Ahmed A. Alawi Al-Naghi (University of Hail)
AB
Abdul Qadir Bhatti (Islamic University of Madinah)
FA
Fadi Althoey (Najran University)
SI
Siyab Ul Arifeen (COMSATS University Islamabad)
Muhammad Imran
Journal: Case Studies in Construction Materials, Volume 23, Article Number e05434
Impact Factor: 6.600 Citations: 0 Quartile: 1
SDG 9
Materials today Communications 2025
Reviewed Papers for Journals
Impact Factor: 3.7
Case Studies in Construction Materials 2025
Reviewed Papers for Journals
Impact Factor: 6.6
Materials today communications 2025
Reviewed Papers for Journals
Impact Factor: 4.5
Frontiers of Structural and Civil Engineering 2025
Reviewed Papers for Journals
Impact Factor: 3.1
Case studies in construction materials 2025
Reviewed Papers for Journals
Impact Factor: 6.6
Journal of Materials in Civil Engineering 2025
Reviewed Papers for Journals
Impact Factor: 3.0
Heliyon 2025
Reviewed Papers for Journals
Impact Factor: 3.6
Case Studies in Construction Materials 2025
Reviewed Papers for Journals
Impact Factor: 6.6
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0
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0
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