Shahriare Mahmud Sakib

Shahriare Mahmud Sakib

Prospective PhD Student @ Structural and Transportation Engineering Research

Projects

ACADEMIC & PROFESSIONAL PROJECTS

A comprehensive overview of my academic and professional civil engineering projects/works spanning sustainable infrastructure, structural analysis, computational methods, engineering design, and programming.

PROJECT TIMELINE

Selected Projects

2023–2025 Nov. 2023 – Mar. 2025
Revit three-dimensional model of the proposed community-level solid-waste management facility in Lalbag, Dhaka Completed
Capstone Project - BUET Sustainable Infrastructure and Environmental Engineering

A Model Solid Waste Management System at Community Level

Role: Team Leader

A multidisciplinary capstone proposal to redevelop and expand the existing Secondary Waste Transfer Station in Lalbag, Dhaka, by integrating segregated collection, waste compaction, recovery and recycling, environmental management, architectural planning, structural analysis, detailed drawings, cost estimation, and phased implementation.

  • Proposed redevelopment of the Secondary Waste Transfer Station in Lalbag, Dhaka.
  • Integrated feasibility, environmental, traffic, architectural, structural, and cost analyses.
  • Developed the 3D model in Revit, performed structural analysis in SAP2000, and prepared drawings in AutoCAD.
  • Revit
  • SAP2000
  • AutoCAD
  • RCC Design
  • Steel Truss Design
  • BNBC 2020
View detailed project ResearchGate Presentation
2022 Aug. 2022
Illustration of a loaded structural beam and response diagrams Completed
Laboratory Project - BUET Structural Engineering and Engineering Computation

Structural Response Analysis of Beams under Various Loading Conditions Using MATLAB

Role: Group Leader

A MATLAB project with GUI integration for analysing cantilever and simply supported beams under point, uniformly distributed, and triangular loads, with automated generation of axial-force, shear-force, bending-moment, and deflection diagrams.

  • Developed the final laboratory project for CE 206 using MATLAB and GUI integration.
  • Implemented computational models, including singularity-function-based analysis.
  • Automated AFD, SFD, BMD, and deflection visualization using MATLAB vector plotting.
  • MATLAB
  • MATLAB GUI
  • Singularity Functions
  • Structural Analysis
  • Vector Plotting
  • Beam Theory
View detailed project View MATLAB Code