Tariq Aziz

Lecturers

Dr Tariq Aziz

PhD, MEng, BEng

Lecturer in Civil Engineering
Bathurst
Building 1305 Room 201

Dr. Tariq Aziz is a Lecturer in Engineering at Charles Sturt University, specialising in fire safety engineering, sustainable construction materials, heat transfer, and thermodynamics. He holds a PhD in Structural Fire Engineering, a Master’s in Earthquake Engineering, and a Bachelor’s in Civil Engineering. His research focuses on material behaviour in fire, fire propagation modelling, and the development of eco-friendly, fire-resistant construction materials.

Dr. Aziz has extensive teaching experience in mechanical and civil engineering, covering thermodynamics, fluid mechanics, hydraulics, geotechnical engineering, and mechanics of materials. He employs a student-centred, interactive teaching approach, integrating real-world applications and digital learning tools.

At Charles Sturt University, Dr. Aziz is actively involved in research, curriculum development, and student mentoring. His work aligns with the university's commitment to sustainability and regional impact, fostering industry collaborations and advancing circular economy principles through innovative, fire-resistant construction solutions.

Teaching

Dr. Tariq Aziz adopts a student-centered, interactive teaching approach, bridging theory with real-world engineering applications. With experience in mechanical and civil engineering, he has taught thermodynamics, fluid mechanics, hydraulics, structural engineering, and mechanics of materials.

He emphasizes active learning, problem-solving, and industry relevance, integrating real-world examples, simulations, and hands-on experiments to enhance understanding. Dr. Aziz fosters an inclusive and engaging learning environment, encouraging student participation, critical thinking, and mentorship.

Research Interests

Dr. Tariq Aziz's research focuses on fire safety engineering, sustainable construction materials, heat transfer, and structural performance under extreme conditions. He is particularly interested in fire-resistant materials, fire propagation modeling, and circular economy solutions for construction.

His current projects include the development of eco-friendly, fire-resistant concrete using waste materials, investigation of heat transfer mechanisms in composite structures, and enhancing fire safety in buildings through advanced material innovation. He actively collaborates with industry partners and research institutions to translate his findings into practical engineering solutions that promote sustainability and resilience in infrastructure.