Engr. Nahiyan Al Farook
Engineer Membership No.: A-28914
The Institute of Engineers, Bangladesh
I architect solutions at the intersection of the physical and digital worlds. As a Civil Engineer and Geotechnical Researcher, I build resilient foundations and sustainable infrastructure. As a Creative Director and Web Developer, I build compelling brand identities and intuitive digital experiences. My portfolio is a testament to a unique, multidisciplinary approach—where analytical rigor meets creative execution to solve complex problems from the ground up.
Professional Experience
Research Assistant (Part Time)
Civil & Environmental Engineering
- Conducted comprehensive literature reviews and supported the development of a thesis proposal focused on RAP-infused geotechnical columns.
- Guided undergraduate students through experimental design, execution, and data interpretation, ensuring hands-on learning and conceptual understanding.
- Designed and fabricated custom testing instruments for the load-settlement and supported laboratory operations including setup, calibration, and testing.
- Oversaw geotechnical experiments and ensured strict adherence to ASTM standards for soil parameter determination.
- Developed advanced numerical models using PLAXIS 3D to simulate column behavior and conducted training sessions for students on software usage.
- Performed detailed analysis of experimental and numerical data, employing the double tangent method and conducting cost-benefit assessments to determine economic feasibility.
- Assisted in drafting research documents including proposals, reports, and academic papers, prepared presentation materials for academic dissemination.
- Collaborated with faculty and research teams to ensure alignment on project goals, timelines, and deliverables.
- Maintained compliance with ethical research protocols, managed documentation, and contributed to overall project coordination and progress monitoring.
Structural Engineer
Creative Director
January 2021 – September 2025 (Nahiyan’s Shot)
September 2025 – Present (Nafrin Atelier)
As the Founder and Principal Designer of Nafrin Atelier, I leverage over five years of expertise in corporate graphics, web development, and photography to deliver integrated design solutions. I established this venture to formalize my creative practice and build a distinguished brand identity, operating parallel to my civil engineering career. My responsibilities encompass the full client lifecycle, from initial consultation to final delivery, providing corporate clients with modern graphic design, exclusive photography, and intuitive, user friendly web designs that effectively elevate their digital presence.
End-to-End Brand & Web Development
Website Design & Development
Graphic & Interior Design
Photography & Videography
German Development Agency (GIZ) | Produced a targeted photographic series documenting tannery environments for an educational wall poster campaign.
International Development Programs: Provided event coverage for programs implemented by Swisscontact and Solidaridad, focusing on training sessions and stakeholder engagements.
Sustainability Engineer
Responsibilities:
Project Management, Project Proposal Development, Management System Audits (ISO 9001, 14001, 45001), Training Management, Business development, Detailed Engineering Assessment, Energy Assessments, ETP Assessments, GRI Sustainability Reporting, Material Traceability & Circular Economy researches, Team Coordination, Graphics Designing, Photography, Videography & Web Development.
Research Interests
Geotechnical Engineering
Foundation Engineering, Ground Improvement, Pile Foundation under dynamic loads, Granular Pile/ Stone Column, Use of Recycled Material in Construction, Analytical and numerical methods in geomechanics, Finite Element Method
Academic Publication
1. Farook, N. A., Mahtab, A., Musaddik, N., Kabir, M. U., & Shahin, H. M. (2025). Experimental and numerical analysis of reclaimed asphalt pavement-infused granular piles for lean clay improvement. (Submitted for peer review- International Journal of Pavement Research and Technology)
Responsibilities: (Undergrad Student)
My responsibilities include conducting a comprehensive literature review and developing the thesis proposal. I designed and created custom instruments from the ground up to conduct Load vs. Settlement tests. Ensuring strict adherence to ASTM standards, I performed a series of geotechnical tests to determine soil parameters and utilized PLAXIS 3D for numerical analysis to model the behavior of RAP-infused columns. Additionally, I analyzed both experimental and numerical results, plotted graphs, interpreted data using the double tangent method, and conducted a quality cost-based analysis to assess economic feasibility.
Laboratory Test: Particle Size Distribution (ASTM D7928), Liquid Limit and Plasticity Index Determination (ASTM D4318), Specific Gravity Test of Soil Solids (ASTM D854-23), and Hydrometer Analysis (ASTM D7928), Standard Proctor Compaction Test (ASTM D698), Unconfined Compressive Strength Test (ASTM D2166), Direct Shear Test (ASTM D3080), Triaxial Compression Test (ASTM D4767), and the California Bearing Ratio (CBR) Test, Sieve Analysis of Fine and Coarse Aggregates (ASTM C136), Absorption Test for Coarse Aggregates (ASTM C127), Bulk Specific Gravity Test of Coarse Aggregates (ASTM C127), and Unit Weight and Voids in Aggregate Test (ASTM C29).
2.Tashfiah, R., Farook, N. A., Musaddik, N., Mahtab, A., & Shahin, H. M. (2026). Sustainable ground improvement with granular piles incorporating recycled asphalt pavement (RAP). (Manuscript in
Preparation)
Responsibilities: (Research Assistant)
During this research, I spearheaded literature reviews and contributed to the foundational thesis proposal. Following that I mentored and supervised an undergraduate research team in experimental design, execution, and data analysis, fostering a hands-on learning environment and reinforcing core geotechnical concepts. In addition to that, I designed and fabricated custom apparatus for load-settlement analysis; supervised all lab operations, including setup, calibration, and lab testing in strict compliance with ASTM standards. Furthermore, I supported the team in the development of sophisticated finite element models in PLAXIS 3D to simulate column behavior and conducted specialized software training sessions for student researchers.
3. Farook, N. A., Mahtab, A., Abrar, M. F., Rafi, M., Koatha, I. A. & Ahsan, A. Predicting the impact of industrial effluent on the Buriganga and Turag Rivers in Dhaka using artificial neural networks and regression analysis. (Manuscript in preparation)
Responsibilities: (Undergrad Student)
My responsibilities included conducting a comprehensive literature review and developing the thesis proposal. I coordinated with various government agencies to collect surface water quality data spanning 20 years. I was responsible for digitizing the collected data and performing detailed data analysis, which involved time series analysis of each parameter, correlation analysis using Pearson, Kendall, and Spearman methods, and outlier detection using box plots and normal distribution analysis. Additionally, I developed several regression models and implemented an Artificial Neural Network to predict the impact of industrial effluents on the Buriganga and Turag Rivers in Dhaka