Master Degree Student in Civil Engineering
Chinmoy Dutta is a civil engineer with a strong foundation in both academia and industry. He holds a BSc in Civil Engineering from Khulna University of Engineering & Technology, Bangladesh. After graduating, he obtained real-world experience teaching at a polytechnic institute, where he imparted knowledge and skills to aspiring engineers. Subsequently, he transitioned to a role as a bridge design engineer at a reputable consultancy firm, contributing to the design and development of critical infrastructure projects. In order to increase his knowledge and proficiency in this area, he is now pursuing an MPhil in Civil Engineering at Curtin University.
BG&E Pty Limited
Curtin University
Professor Prabir Sarker
Professor Faiz Shaikh
Currently, I am doing my research in a project titled Improving Durability of Precast Culverts in Infrastructure. This project, led by Curtin University in collaboration with BG&E Pty Ltd, SmartCrete CRC Ltd and Main Roads Western Australia, focuses on identifying the contributing factors for the premature deterioration of precast concrete box culverts in Western Australia, evaluating the structural performance of these culverts, durability improvements for newly designed culverts, and search for sustainable and durable material for repairing of deteriorated culverts. My research aims to study the causes and types of deterioration of these culverts and find the proper materials and techniques for repairing these deteriorated culverts through experimental studies.
The decision to undertake an industry-led research project is that it provides researchers with the opportunity to make a tangible contribution to society and see the direct impact of their work. It usually tackles real-world issues and enables researchers to engage with experts in their field, learn about industry practices, and create useful professional networks.
The highlights of my research are
· To identify the deteriorations and causes of damage to the precast reinforced box culverts
· To study the repair materials and techniques to find sustainable ones
· To conduct experimental studies to find proper materials with good impermeability and bonding properties for repairing.
After completing my masters, I am interested in pursuing a career in industry where I can contribute by solving real-world problems. A career in the industry will allow me to dive into developing sustainable solutions for any project and do something innovative.
My research on repairing material for concrete structures will benefit Australia’s built environment by implementing durable and sustainable materials for repair works. Repairing materials may fail very early, resulting from the wrong selection of materials, lack of knowledge about the compatibility of repairing products with the substrate, and improper installation methods. So, the selection and application of proper material is so important. It will also be cost-effective to apply a durable material for repair.
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