Thomas D. Kishore is a versatile interdisciplinary engineer with qualifications in Mechanical, Civil, and Environmental Engineering from the University of the South Pacific and Kyoto University in Japan. With a diverse range of experiences spanning over a decade, Thomas has held pivotal roles in both governmental organizations and the private sector. Top of Form

From contributing to energy initiatives at the Department of Energy to spearheading engineering standards at the Land Transport Authority and optimizing aircraft maintenance at Fiji Airways, Thomas has showcased adeptness in regulatory compliance, maintenance optimization, and safety enhancement. Currently serving as an Assistant Lecturer at the University of the South Pacific, Thomas coordinates Geotechnical Engineering courses while pursuing research interests in Composite Materials, Slope Stability, and Water and Wastewater Engineering. With a commitment to academic excellence and a passion for advancing engineering knowledge, Thomas stands as a dynamic figure poised to make significant contributions to both academia and industry.

Qualification:
BE.Tech (USP), PG Dip Eng. (USP), M. Eng. (Kyoto Uni.)

Research Interest:
Geotechnical Engineering, environmental Engineering, Mechanical Engineering, Structural Engineering, Materials Engineering

Members of an organization:
Japan Society of Civil Engineers, Graduate Member of FIE

Interest:
I have keen interest in reading autobiography of freedom fighters who have impacted the world in their pursuits of fighting against injustices and for freedom. Other interest would include restorations, “Do It Yourself” Projects and sports.

Undergraduate Courses:

1. CV :311 – Geotechnical Engineering
2. CV 321 – Foundation and Pavement Design
3. CV 324 – Construction (Roads and Marine Applications)
4. CV 461 – Design of Timber structures
5. CV 323 –Design of Concrete Structures

Journals: 

1. Coastal groundwater salinization due to saltwater intrusion – new insights from a preliminary in-situ assessment (2023)

Projects:

• Habitat of Humanity: Improving Structural Performance of Timber Framed Housing by Inexpensive Retrofitting Techniques
• Field Ready Pacific: Water and Wastewater Engineering Project for informal settlements in Vanuatu and the Solomon Islands

• Comparative Analysis on The Utilization of Powdered Egg and Mussel Shells as Partial Substitute for Cement
• Exploring Challenges and Opportunities in The Concrete Industry: A Case Study of Tonga.
• Development Of Lightweight Concrete Using Natural Waste Materials.
• Evaluating the Stability Characteristics of Geo-Synthetically Reinforced Soil at Varied Slope Inclination Angles to Address Slope Stability Issues
• Comparative Analysis of Pile and Pile Group on Imposed Loads Under Varying Soil Conditions
• Stability Analysis of Rainfall Induced Landslides
• Improving Structural Performance of Timber Framed Housing by Inexpensive Retrofitting Techniques
• Ambient Vibration Study (AVS) of a civil structure