Biography

Md. Uddin is a Bangladeshi citizen by birth. He completed Secondary School Certificate (S.S.C) from Elong Jani High School in 2001 and Higher Secondary Certificate (H.S.C) from Rajshahi Govt. City College in 2003. Then he admitted at RUET in the Department of Mechanical Engineering for undergraduate study (4 years program) and received B. Sc. Engineering Degree in 2008. After awarded the Bachelor's degree he was appointed as a faculty member in the same department of RUET in 2008. After 3 years of professional service, he has received a scholarship for a Master's degree study at the Asian Institute of Technology (AIT), Thailand in 2011 and awarded the degree (M. Engg.) in 2013. After completing the Master's degree he return and joins in the department in 2013. He also completed  Ph.D. Degree from The University of Queensland (UQ), Australia (top 50th in the world) with international scholarship in 2022.  Md. Uddin formally introduced with the research world through group research title “Engine performance and emission assessment using diesel and diesel-biodiesel blends” conducted during the undergraduate study. Then his research skill has boost up through independent research title “Life cycle energy and emission analysis of solar (thermal and photovoltaic) and wind technologies” during Master study at AIT. His PhD research was on “Development of next-generation turbine technology for Concentrating Solar Thermal power generation using Supercritical CO₂ Cycles” as the broad topic. 

Research Topic in Degree Level  

Ph. D.                : Optimum Support Design for High-Speed Supercritical CO2 Turbine Shaft 

M. Engineering : Life Cycle Analysis of Solar (Thermal and Photovoltaic) and  Wind Technologies

B. Sc. Engineering: IC Engine & Emission Study with Diesel and Diesel-Biodiesel Blends.

Research Paper Published on 

Contributed on the following area of Research paper have been published: 

(7) Supercritical CO2 power turbine development (Python, CFD & COMSOL)  

→Cooling passage design using sCO2 flow for a high speed turbine shaft  

→Heat transfer analysis of turbulent sCO2 flow through the rotating annulus passage

→Stiffness prediction of sCO2 turbulent flow through the rotating annulus

→Friction-pressure prediction of sCO2 turbulent flow through the concentric annulus

→Flow characteristics of sCO2 turbulent flow through the concentric annulus 

→Bearing and seal design insight for supercritical CO2 turbine development

(6) Life cycle analysis (LCA)    

→Life cycle energy and GHG analysis of Photovoltaic (PV) panel, Solar thermal and Wind Technologies  

→Life cycle analysis of earth to air heat exchanger 

(5) Energy and Environment     

→Household energy and GHG analysis  

→Embodied energy and GHG emission   

→ Energy security assessment

→ Energy and carbon footprint assessment of university vehicle, jute product, brick manufacture  

 → Design and construction of light weight travelling mosquito net, simple viscometer for incompressible fluid, material picking and handling robot 

(4) Energy Efficiency     

→Energy efficiency measures on building appliances   

(3) Solar Energy      

→Construction and performance analysis of rock bed integrated solar air heater

→Feasibility study of solar-wind-diesel hybrid system 

→Feasibility study of solar charging station for charging auto rickshaw 

→Solar power prototype vehicle    

(2) Pyrolysis       

→Plum seed, Pine seed, Mehogony seed, Date seed, sugar cane bagasse  pyrolysis for bio-oil production 

→Comparative pyrolysis study for different biomass solid waste 

(1) Biodiesel        

→Biodiesel from pitraj oil, waste cook, peanut, karamja and engine performance with blend 

→Biodiesel from jatropha curcas

Research showcase

https://www.youtube.com/watch?app=desktop&v=ZbjrN5huBbk&feature=youtu.be

As part of the global change scholarship program at UQ, Australia

Current Status

Active