This document is an architecture portfolio and curriculum vitae by Wan Khadija, a student at International Islamic University Malaysia. It includes personal background, education, achievements, industry engagement, skills, and four design projects: SEJURAI, TUALANG, SELIRAT, ECO BRICK, and ILLUMINATING AMBIANCE. The portfolio focuses on sustainable design, daylight analysis, and community…
This document is an architecture portfolio and curriculum vitae by Wan Khadija, a student at International Islamic University Malaysia. It is intended for potential employers, academic reviewers, and professional contacts in the architecture and design field.
The CV section details the author's education at International Islamic University Malaysia, including a foundation and bachelor's degree in architecture and environmental design with high GPAs. It lists achievements such as a gold award at the PAM Annual Architecture Student's Works Exhibition and leadership in the 26th Architectural Heritage Studies Exhibition.
Industry engagement includes work as a media crew at GARISPXL.CO, a sales designer at JYH MING Sdn Bhd, and project lead for an international academic collaboration with Kazan Federal University. Skills cover software like AutoCAD, Revit, SketchUp, and Adobe Photoshop, as well as photography and sketching.
The portfolio presents four design projects. SEJURAI is an urban river port and fisherman terminal in Kuala Terengganu, focusing on balancing river, industry, and community. It includes building environmental strategies, daylight analysis, solar analysis, shadow analysis, and U-value analysis.
Other projects include TUALANG, a living archive and narrative gallery; SELIRAT, an eco resort; ECO BRICK, which harnesses waste for sustainable construction; and ILLUMINATING AMBIANCE, a study of lighting design in cafes. Each project emphasizes sustainable design and environmental performance.
The document concludes with detailed technical analysis for SEJURAI, including daylight simulations at different times of day, solar radiation data, PV energy production estimates, and thermal transmittance calculations for building materials. This demonstrates the author's technical skills in building performance analysis.