Civil Engineering Student (Major in Structural Engineering)

I’m a Civil Engineer major in Structural Engineering, passionate about building safe, resilient, and sustainable infrastructure. I aim to bridge structural design with risk and resilience planning to help communities stand strong against both time and uncertainty.

My background combines technical engineering skills with a strong interest in disaster risk reduction, climate adaptation, and sustainable development. I believe that every design should not only stand strong — but also serve as protection for people and the environment.

I’m developing technical and analytical proficiency in:
• Structural Analysis & Design
• Infrastructure Risk & Resilience Assessment
• Disaster Risk Reduction (DRR) & Mitigation
• Climate Adaptation & Sustainable Infrastructure
• Construction Project Planning & Monitoring
• Feasibility Studies & Cost Estimation
• Urban Resilience & Infrastructure Asset Management

• Software: AutoCAD | Civil 3D | SketchUp | STAAD Pro | SAP2000 | Revit | HAZUS | ArcGIS | QGIS | MATLAB | Python | Power BI | MS Project | Primavera
• Project Planning: Gantt Charts | Scheduling | Resource Allocation | Progress Monitoring | Critical Path Analysis
• Construction Management: DUPA (Detailed Unit Price Analysis) | Quantity Take-Off | Bill of Quantities (BOQ) | Cost Estimation | Site Supervision | Quality Assurance | Construction Monitoring
• Risk & Resilience: Risk Assessment | Vulnerability Analysis | Climate-Resilient Design | Disaster Preparedness Planning | Scenario Modeling | Smart Monitoring Systems | Sustainable Engineering Solutions

I’m deeply interested in infrastructure resilience, disaster risk management, climate adaptation, and sustainable urban planning. My goal is to bridge structural engineering, data analysis, and resilience strategies to help cities and communities adapt, survive, and thrive in a changing environment.

I’m open to remote internships, research collaborations, and practical experience to further develop my skills in risk modeling, resilience planning, and sustainable construction practices.