Waheed Adewale Rasaq, a PhD student from Nigeria at the Wrocław University of Environmental and Life Sciences, has won the Interstudent award for his contribution to waste management research. His award was not only for his contribution to science but also for his involvement in the social life of the university.
The Interstudent competition, organized by the Perspektywy Education Foundation, honors the best international students studying at Polish universities. – We are looking for good students, interesting and ambitious people, but above all, those who are active and engaged in the academic community of their university – say the organizers of the event.
Waheed Rasaq began his academic career at the Aleksandras Stulginskis University in Lithuania, where he completed his bachelor's degree in hydraulic engineering in 2017. He then continued his education at the Poznań University of Life Sciences, earning a master's degree in environmental engineering and protection.
Currently, the PhD student is a member of the UPWr Doctoral School, pursuing his doctorate under the supervision of Professor Andrzej Białowiec. His research focuses on waste management, the thermal, high-pressure conversion of organic waste, and the valorization of the produced materials.
Waheed Rasaq photo: private archive
In addition to his doctorate, Waheed has also been involved in a research project under the Preludium 18 program, funded by the National Science Centre (NCN), which has expanded his knowledge in waste management, biogas production, and wastewater treatment.
Waheed also received his own NCN Preludium 22 grant for a project on transforming sewage sludge into valuable products. The project combines various fields, such as environmental engineering and biotechnology, to develop an efficient way of recycling and recovering substances from sludge. The main goal is to find optimal conditions for hydrothermal and biological processes to maximize the production of useful substances from waste. The results aim to assist in creating zero-waste systems following the principles of a circular economy. The Wrocław University of Environmental and Life Sciences also awarded Waheed a grant for research on transforming food waste into hydrochar and lipids, providing him with funding from the Innovative Doctorate program.
Waheed Rasaq was awarded the Interstudent award in Poznań yesterday photo: private archive
The PhD student can also boast an impressive publication record – since 2020, he has published 13 articles in prestigious scientific journals with high impact factors, such as Frontiers in Energy Research, Journal of Food Process Engineering, and Global Nest Journal.
– Waheed is engaged in scientific work and collaboration with foreign research centers and scientists from various research units – says his supervisor, noting that Waheed has participated in a conference in Venice, a three-month scientific internship at BOKU in Vienna, and collaborates with Dr. Chinenye Adaobi Igwegbe, a scientist in the Department of Chemical Engineering at Nnamdi Azikiwe University in Nigeria, who is currently undertaking a scientific internship at UPWr, at the Department of Applied Bioeconomy. He is a member of the Waste and Biomass Valorization Group Leading Research Group.
Prof. Białowiec also emphasizes that the student is involved in the social life of the university. He has represented UPWr in competitions such as Survival Race, Corporate Run, and Wild Run. He is also a member of the rowing team and the running team. He was also a representative in the previous term of the Doctoral Students' Council.
Dr. Habiba Khalid, an adiunkt assistant professor from Pakistan, is working alongside Prof. Andrzej Białowiec on research aimed at enhancing biomethane production from biowaste, a key area in renewable energy that holds significant promise for sustainable environmental management.
Dr. Katarzyna Patejuk, Dr. Joanna Tunikowska, and Dr. Błażej Nowak have received nearly 140,000 PLN from the National Science Centre as part of the MINIATURA 7 competition. This grant will enable their research on new fungal species, an innovative method for treating tumors, and the genetic basis of stillbirths in sows.
This site uses custom cookies to ensure that it functions properly. Some are necessary for the page to run, so will always remain active. These cookies will store information about the user's cookie settings. In addition, third-party cookies are used for external tools. For more information see the privacy policy.
Purpose
Enables storage (such as cookies) related to advertising.
Agreed
Sets consent for sending user data to Google for online advertising purposes.
Agreed
Sets consent for personalized advertising.
Agreed
Enables storage, such as cookies (web) or device identifiers (apps), related to analytics, for example, visit duration.
Agreed
Enables storage that supports the functionality of the website or app, for example, language settings
Agreed
Enables storage related to personalization, for example, video recommendations
Agreed
Enables storage related to security such as authentication functionality, fraud prevention, and other user protection