My research focuses on the intersection of modern transit networks, urban accessibility, and advanced structural technologies. Inspired by the Zu Peshawar Bus Rapid Transit system, I study the General Transit Feed Specification and intracity transit case studies to improve accessibility and ridership.
Transit networks, urban accessibility, structural automation, and computational workflows.
Inspired by the Zu Peshawar BRT system, studying General Transit Feed Specification and transit accessibility to improve ridership and urban mobility.
Dynamo Python scripts for complex rebar modeling, Revit model development, and 3D architectural rendering for residential and institutional projects.
Projects combining transit analysis, BIM automation, and architectural modeling.
Conducted spatial and transit accessibility analysis to maximize foot traffic and optimize pedestrian flow for a commercial mall development.
Developed automated engineering workflows using Dynamo Python scripts for complex rebar modeling in Autodesk Revit.
Converted the UET Bannu classes and workshop into a comprehensive Revit model.
Authored a 3D architectural model with conceptual external renders for a two-story residential project in Faisal Town.
Improving transit accessibility in mid-sized cities through GIS-based analysis and GTFS data.
Transforming live transit data into visual insights for urban planning decisions.
Productivity optimization in modular construction and historic building conservation.
Software and computational tools used across transit and BIM research projects.
Application ID: 249245 • Applying for the 2027 internship program.
Chose civil engineering due to the impacts of rapid urbanization, globalization, and technological paradigm shifts. Driven to integrate booming technologies into civil engineering, specifically Building Information Modeling and transit systems.
Inspired by the Zu Peshawar BRT system to learn the General Transit Feed Specification and study intracity transit case studies. Pursued training in Revit, Navisworks, and Robot Structural Analysis to participate in the ongoing technological transition within the construction industry.
Selected ten potential research projects across various Canadian provinces including Alberta, Manitoba, New Brunswick, Ontario, British Columbia, and Québec. Highest ranked projects focus on improving transit accessibility in mid-sized cities, transforming real-time transit data into visual insights, conducting GIS-based food desert and accessibility analysis, and optimizing offsite modular construction through digital twin frameworks.
Confirmed availability for a 12-week internship period between May and July 2026. Anticipates frequent engagement in data analysis, field observations, report writing, team collaboration, and supervisor meetings.
Aspiring to pursue master's and doctoral research in computational transportation systems, transit accessibility, and urban infrastructure analytics.
Spatial and transit accessibility analysis, automated rebar modeling, and institutional BIM projects at UET Peshawar.
Open to graduate research inquiries, GIS transport projects, and technical engineering internships.
Academic societies, conference participation, and extracurricular contributions.
Student membership in a global professional body for civil engineering practitioners and researchers.
Served as student organizer for an international conference focused on resilient infrastructure and disaster preparedness.
