Recently, we interviewed Dr. Mohammad Azizur Rahman on the renaissance of energy solutions. Driven by an unwavering interest in the development of energy and power in the oil and gas sector, his journey has taken him from BUET to Dalhousie, the University of Alberta, and Texas A&M Qatar. He is currently engaged in research as an Associate Professor at Hamad Bin Khalifa University, where he is working on sustainable solutions for energy and power. Read his interview to learn more:
First, can you tell us about yourself?
I completed my bachelor’s degree at Bangladesh University of Engineering and Technology (BUET) in 2000. After that, I worked as a faculty member at BUET until 2022. I earned my master’s degree from Dalhousie University in Canada in 2004. Then, in 2010, I completed my PhD at the University of Alberta, where my research focused on multiphase flow for oil and gas. After my PhD, from 2010 to 2014, I carried out postdoctoral research on multiphase flow. I worked as an Assistant Professor at Memorial University of Newfoundland, and after that, joined Texas A&M Qatar in 2016. After working there until June 2024, I am now an Associate Professor in the Department of Mechanical Engineering at Hamad Bin Khalifa University. My main research area is energy and power, particularly as applied to oil and gas.
What is the topic of your research?
“My research is primarily centered on multiphase flow in the oil and gas sector. This includes tackling flow assurance challenges in the transportation pipelines for oil and gas, which could be in either subsurface or surface settings. I observe flow behavior using advanced experimental techniques and diagnostic tools. In addition, my research involves working on carbon reduction strategies, hydrogen transportation, and renewable energy solutions.
How do your research activities benefit us or will benefit us in the future?
Multiphase flow is extremely important not only in the oil and gas industry but in various energy applications. It is also used in fields like the food industry, water purification, and oil and gas operations. By understanding the basics of multiphase flow, we can develop new technologies that help improve flow efficiency. Understanding flow behavior helps us advance new technologies, such as multiphase flow metering, which is vital for accurately measuring flow transport.
Do you have any unique research experiences that you would like to share with us?
Through my research, I have contributed to developing several technologies that have benefited the industry. I have worked closely with various universities and ministries in Bangladesh, including BUET and MIST. I have also organized knowledge-sharing workshops and conferences. These joint efforts not only help educate people but also support recruiting graduate students from Bangladesh and around the world. As a result, I have been able to contribute to the preparation of the next generation of engineers.
What qualities do you think a scientist should possess?
A scientist should have diligence, perseverance, ethics, and a sense of responsibility. An inquisitive mindset is necessary for discovering new technologies. At the same time, one should have the ability to understand complex topics, help others, and contribute to developing new engineers—which ultimately supports the well-being of humanity.
Do you have any messages or advice for young students in Bangladesh who want to build a career in science?
“Future students should focus on improving their communication skills, building a strong CV, and becoming familiar with new technologies and research.”
Your email: [email protected]
Your LinkedIn: https://www.hbku.edu.qa/en
Your website, research links: https://www.hbku.edu.qa/en
Finally, on behalf of Biggani.Org, we extend our heartfelt greetings and congratulations to Dr. Mohammad Azizur Rahman. His remarkable contributions to the oil and gas sector and his relentless efforts for sustainable energy and power solutions inspire us. We wish him success in his future research and look forward to learning more from such a distinguished individual.
Renaissance of Energy Solutions: Dr. Mohammed Azizur Rahman’s Thoughts!
We recently interviewed Dr. Mohammad Azizur Rahman, the renaissance of energy solutions. With a keen interest in energy and energy development in the oil and gas sector, he has worked his way up from BUET to Dalhousie, University of Alberta and Texas A&M Qatar. He is currently an Associate Professor at Hamad Bin Khalifa University, where he is working on sustainable energy and energy solutions. Read his interview to learn more:
First, we want to know about you.
Here’s a paraphrased version:
“I completed my undergraduate studies at Bangladesh University of Engineering and Technology (BUET) in 2000. I was a faculty member there until 2022. I then earned my master’s degree from a Dalhousie university in Canada in 2004. Subsequently, I completed my PhD at the University of Alberta in 2010, focusing on multiphase flow in oil and gas applications. After my PhD, I conducted postdoctoral research in the field of multiphase flow from 2010 to 2014. I worked as an assistant professor at Memorial University of Newfoundland before joining Texas A&M Qatar in 2016, where I remained until June 2024. Currently, I am an associate professor in the Department of Mechanical Engineering at Hamad Bin Khalifa University, with a research focus on energy with oil and gas applications.”
What is your research topic?
My research primarily focuses on multiphase flow in the context of oil and gas applications. This includes addressing flow assurance challenges in the transportation pipelines of oil and gas, whether in subsurface or surface conditions, and monitoring flow behavior using advanced experimental techniques and diagnostic tools. Additionally, I work on carbon reduction strategies, hydrogen transport, and renewable energy solutions.
How is your research work benefiting us or will it?
Multiphase flow is crucial in the petroleum industry and various energy applications, with uses ranging from the food industry and water purification to oil and gas operations. By gaining a fundamental understanding of multiphase flow, we can develop novel technologies that enhance flow efficiency. Additionally, understanding flow behavior aids in the advancement of new technologies, such as multiphase flow metering, which is essential for accurately quantifying flow transport.
Do you have any special research experiences you would like to share with us?
Through my research, I have contributed to the development of various technologies that benefit the industry. Additionally, I have collaborated extensively with universities in Bangladesh, such as BUET and MIST, and other institutions, alongside the Ministry, to organize knowledge-sharing workshops and conferences. These collaborative efforts not only help educate people but also enable us to recruit graduate students from Bangladesh and around the world, contributing to the preparation of the next generation of engineers.
What qualities do you think a scientist should have?
A scientist should be hardworking, diligent, ethical, and responsible. It requires an inquisitive mind to explore novel technologies, along with the ability to understand complex concepts, help others, and contribute to the development of new engineers, ultimately enhancing human well-being.
What is your message for young students in Bangladesh who want to work in science?
Prospective students should focus on improving their communication skills, building a strong CV, and staying familiar with new technologies and research developments.
Finally, on behalf of Biggani.Org , we extend our warmest greetings and congratulations to Dr. Mohammad Azizur Rahman. His outstanding contribution to the oil and gas sector and his relentless efforts towards sustainable energy and power solutions inspire us. We wish you success in your future research and hope to learn more from a talented person like you.
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