About Me
Dr. Aamar Danish
is a materials scientist specialized in the development of low-carbon and multifunctional construction materials that advance sustainability, resilience, and performance in the built environment. His work bridges materials science, environmental engineering, and structural innovation, focusing on transforming conventional cement and non-cement-based systems into intelligent, carbon-smart composites.
His research spans a wide range of topics including low-carbon binders (or blended cements/binders), geopolymers, CO2-sequestering composites, and smart materials with integrated thermal, optical, and self-sensing functionalities. Through experimental investigation, microstructural characterization, and life-cycle assessment, he explores how materials interact with environmental processes to enhance durability and reduce embodied carbon.
Dr. Danish has co-authored numerous peer-reviewed publications on sustainable cementitious systems, carbon capture in construction materials, and energy-saving composites. His work aims to close the gap between scientific discovery and real-world application by developing scalable solutions for carbon-neutral and circular construction.
He is currently a postdoctoral researcher working on magnesium-based carbonation mechanisms and low-carbon binder systems, collaborating with international teams to redefine the future of sustainable infrastructure through material innovation and environmental responsibility.
Educational Background
DOCTOR OF PHILOSOPHY – MATERIALS SCIENCE, ENGINEERING, AND COMMERCIALIZATION
Texas State University | JAN 2022 – DEC 2024
• Dissertation topic: Extending aluminosilicate material horizons: Evaluating the impact of reclaimed fly ash on the performance, environmental impact, and economic viability of geopolymers using different curing regimes, waste materials, and fibers
MASTER OF SCIENCE – CIVIL ENGINEERING
Cyprus International University | SEP 2018 – JUN 2020
• Thesis topic: Influence of cenospheres on mechanical and durability properties of high-performance cement mortar under different curing regimes
BACHELOR OF SCIENCE – CIVIL ENGINEERING
University of Engineering and Technology Taxila | OCT 2014 – JUL 2018
• Thesis topic: Development of 1-D shake table and investigation of soil structure interaction under real earthquake waves
Doctus propriae erroribus an eam, mel agam modus civibus et, vim solet dissentiet cu velit sanctus mei.
Doctus propriae erroribus an eam, mel agam modus civibus et, vim solet dissentiet cu velit sanctus mei.
Doctus propriae erroribus an eam, mel agam modus civibus et, vim solet dissentiet cu velit sanctus mei.
Synergistic Activities
Funded Proposals
SEPT 2024 – DEC 2024
Texas State University (Principal Investigator):
Ash to Asset: Evaluating the Feasibility of Reclaimed Fly Ash in Geopolymer Production, $4913.94
Mar 2023 – DEC 2024
National Science Foundation (NSF I-Corps, Entrepreneurial Lead):
StrucTrust: Artificial intelligence-based software package for end-to-end structural health monitoring of infrastructure systems, Federal, $50000
SEPT 2022 – AUG 2023
National Science Foundation (NSF I-Corps, Entrepreneurial Lead):
StrucTrust: Artificial intelligence-based software package for end-to-end structural health monitoring of infrastructure systems, Federal, $5000
Jan 2017 – JUN 2018
University of Engineering and Technology Taxila (Principal Investigator):
Manufacturing of an economical one-dimensional (1-D) shake table for academic and commercial use. PKR 300,000
Memberships
• Vice President (2023 – 2024): Materials Research Society (MRS) Student Chapter at Texas State University
• Organizing Committee Member (2023): 2nd International Conference on Advances in Civil and Environmental Engineering (ICACEE-2023), University of Engineering & Technology Taxila
Honors, Awards, and Acknowledgements
• Best Poster Award (2024): American Concrete Institute (ACI) Convention (New Orleans). Poster Title: Extending aluminosilicate material horizons: Cleaner production and performance assessment of reclaimed fly ash-modified geopolymers
• ACI Travel Stipend (2024): Travel award to attend American Concrete Institute (ACI) Convention in Philadelphia
• Student Competition (2024): Winner of Lightweight Concrete Competition at Texas Aggregates & Concrete Association (TACA)
• Media Coverage (2023): Texas State Newsroom (Research and Innovation), Research Identifies Obstacles to Construction Industry’s Embrace of “Internet of Things”
• Best Paper Award (2022): Second International Conference on Construction Materials and Structures. Paper title: Impact of nano-silica on the mechanical properties of mortar containing e-waste plastic as fine aggregates
• Best Final Year Project (2018): BSc Project, To design/manufacture 1-D shake table and study earthquake response of different soil on residential buildings, University of Engineering & Technology Taxila, Pakistan
• Bronze Medal (2018): Appreciable performance in BSc Civil Engineering, University of Engineering & Technology Taxila
Funded Proposals
• Editorial Board Member (2025 – Present): Discover Polymers
• Editorial Board Member (2022 – Present): Sustainable Structures and Materials, An International Journal
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