News

‘Research allows you to pursue your interests, to learn something new, to broaden your mind and to challenge yourself in new ways’

Postdoctoral researcher Ali Khosravi is in the Stanford list of top 2% researchers in the world. His expertise is in using energy engineering and artificial intelligence to model energy systems that are carbon neutral and affordable. What led Ali to pursue career in research? And what are his tips for young researchers who want to make their research visible?
Postdoctoral researcher Ali Khosravi in Oodi library

How did you end up choosing the career as a researcher? What did you study in your Master’s?

I did my master’s degree in Mechanical Engineering- Energy Conversion. I did my master thesis on heat transfer modeling of oscillating heat pipes for nanofluids and ferrofluids. I found out that research allows you to pursue your interests, to learn something new, to broaden your mind and to challenge yourself in new ways. The work is hard, and the standards are rigorous, but most researchers agree that their work is rewarding, so you will enjoy what you do. I received my Ph.D. degree in Energy and Sustainability and discovered my passion for the research and development of engineering problems in broad energy engineering, renewable resources and artificial intelligence (AI) fields of research.

What is the field of your research and what is your research about?

I am working on creating system-level solutions for the current sustainable energy transition undergoing in Finland. My expertise is in using energy engineering and artificial intelligence to model energy systems that are carbon neutral and affordable. My current projects are: Energy System Modeling for Nordic and Baltic Countries; Energy Harvesting and Sustainable Light Pole Network Concept: the Lux5G Light Poles; Developing AI Model to Predict Hydropower Production in the Nordic Power Market.

What has been the best part of working as a researcher?

I would like to say a quote from Maryam Mirzakhani, Iranian mathematician who became the first woman to be awarded a Fields Medal:   

“Of course, the most rewarding part is the "Aha" moment, the excitement of discovery and enjoyment of understanding something new – the feeling of being on top of a hill and having a clear view. But most of the time, doing mathematics for me is like being on a long hike with no trail and no end in sight”.  

How is your regular day at work as a researcher?

I start the day off by checking my emails. This way, I can get everything organized at the start of the day. I then open my Notion program and look over my weekly agenda and to-do list and get started on the projects that have my top priority. I find that I am most creative in the morning, which is why I like to write codes, develop methods, and do simulations. After lunch, I start to work on the other aspects of the research such as data gathering, draft preparation, learning new skills, meetings, courses, etc.

What are your plans for the future?

Deployment of increasing amounts of renewable energy presents certain grid integration challenges for the bulk power system. In the future, one of my goals is to continue developing technology to support flexibility in the context of high penetrations of renewables such as improved forecasting, balancing area expansion, storage technologies and flexible generation.

What tips would you give to other young researchers, who want to make their research visible?

Professor Ali Khademhosseini, the Director and CEO of the Terasaki Institute and former Professor at Harvard University, says, “Right now the big breakthroughs come at the interfaces between these established disciplines”. The first step is choosing field of research. My suggestions are artificial intelligence, synthetic biology, blockchain and renewable energy. The next step is identifying the specific topics within your field that generate a high level of interest. This can help to attract future collaborators and in turn increase visibility and impact.  International collaborations can be particularly valuable. Present research findings at conferences and, where appropriate, at international congresses. Attending such events also provides opportunities for networking and developing new collaborations. Use social media and networks to promote your research and reach a wider audience. This can include an audience beyond your own discipline. Examples include LinkedIn, ResearchGate, Google Scholar, Academia.edu and Twitter.  

For what kind of students would you recommend researcher career?

It depends on you that to what extent you are involved or interested in any sort of research. Research can be done at various levels and can even be pursued as a career option. It has a very tremendous scope provided your research is a very unique one and can definitely benefit the society. The whole of the science, technology and everything else are based on research. These are the results of the tremendous efforts put by the researchers. So, I think research and development is the best career choice one can make, if he/she has the resources, perseverance and passion to overcome challenges.

https://ecebm.com/2021/10/26/stanford-university-names-worlds-top-2-scientists-2021/

  • Published:
  • Updated:
Share
URL copied!

Read more news

Image and photo by Aalto University, Giulnara Launonen. MMD logo by Aalto University, Mithila Mohan
Research & Art Published:

Multifunctional Materials Design: Highlights of 2022

Our group's milestones of the previous year
Utuinen ihmishahmo näyttää kävelevän pois päin, varjo heijastuu vaalealle pinnalle
Research & Art, Studies, University Published:

Master's students' exhibition at the Finnish Museum of Photography

The MoA in Photography 23 exhibition by the Master's students of the Department of Photography is on display until 12 March.
Nainen rannalla tuulisella säällä hymyilee, taustalla meri kuohuaa
Appointments, Research & Art Published:

Professor Ranja Hautamäki: ‘Diverse urban nature is key to increasing well-being and carbon sinks’

Professor of Landscape Architecture is tackling the issues of climate change mitigation and urban carbon sinks.
NASAn Curiosity-mönkijä kuvaama pölypyörre Marsin Gale-kraatterissa. Kuvankäsittely: Henrik Kahanpää. Alkuperäinen kuva: NASA / JPL-Caltech
Research & Art, Studies Published:

On Mars the weather varies dramatically, however the planet’s climate is not changing

The doctoral dissertation of Henrik Kahanpää also questions a prevailing perception related to dust devils on Mars. As a researcher, he hopes that humans would never go to Mars.