2024 Provost’s Program Black and Indigenous Postdoctoral Scholar: Oludoyin Adigun (he/him)

My research project aims to characterize the interaction between novel Stutzerimonas strains, which are predicted to possess nitrogen fixation genes, and various crop plants including corn, soybean, canola, and wheat. This characterization will assess their ability to colonize plants internally as endophytes (microorganisms like bacteria or fungi, that live within the internal tissues of plants without causing any apparent harm to the host) and confirm their capacity for nitrogen fixation, potentially reducing the need for nitrogen fertilizer application. Additionally, experiments will be conducted to disrupt the nitrogen fixation genes in the strains, allowing for the evaluation of the impact on nitrogen fixation and endophytic colonization. Overall, the research project has the potential to contribute to sustainable agriculture, enhance crop productivity, and advance our understanding of plant-microbe interactions, with implications for both agricultural and environmental sustainability. 

As a postdoctoral scholar at the University of Waterloo, I aim to contribute significantly to cutting-edge research initiatives, collaborate closely with esteemed faculty and fellow researchers by expanding my network with scholars in Canada and other nations. Similarly, I would like to publish impactful findings in reputable journals, and present them at national and international conferences, mentor and inspire students, and further develop my expertise in my field of study while preparing for future career opportunities in academia or industry.

• 2018-Young Scientist Award: Corner Featured in Canadian Phytopathology Society. CPS-SCP News 63(1)-2018.  
• 2017-2022: I conducted my PhD studies at Memorial University of Newfoundland (MUN) in Canada. I appreciate grant/fund from National Science and Engineering Council, Canada to complete my studies.  
• 2012-2014: Tertiary Education Trust Fund (TETFUND) Scholarship for MSc program associated with Olabisi Onabanjo University, Nigeria.  

Polymer nanobiocomposites have attracted tremendous attention in many fields due to their flexibility and excellent multifunctional properties. These multifunctionalities arise from the combination of various components in the polymer composites. Additionally, each of these components plays a significant role in enhancing the performance of the polymer nanobiocomposites to achieve a sustainable and efficient water purification process, improve electrical conductivity, enhance light absorption, and charge carrier mobility in electronic devices such as solar cells and organic transistors. Hence, in this context, we develop polymer nanobiocomposites made of non-toxic or less toxic materials that can be regenerated. Then, we investigate the thorough understanding of these polymer nanobiocomposites' thermal stability and physical, mechanical, chemical, electrical, optical, and antimicrobial properties. This investigation is needed to pave the way for their full exploitation in water purification and electronic devices.

It was a good decision for me to choose the University of Waterloo due to its outstanding reputation in both research and teaching. The University of Waterloo attracts top talent with its renowned academic programs, leading co-operative education, and excellence in teaching and research, fostering a culture of curiosity, innovation, and global leadership. By bringing together bold ideas and brilliant minds, the university inspires innovation with a lasting global impact. The university's cutting-edge research facilities and emphasis on innovation align perfectly with my research interests in plant sciences. I am particularly excited about the opportunity to collaborate with esteemed faculty members in Biology Department and Faculty Science, and to contribute to the vibrant academic community here. 

Additionally, University of Waterloo's commitment to interdisciplinary research and its strong connections with industry partners offer unique opportunities for translating research into real-world applications. I am also drawn to the university's inclusive culture and its dedication to fostering a diverse, inclusive, and supportive environment for both students and faculty. Furthermore, I sought out Dr. Trevor Charles (Professor and Director, Waterloo Centre for Microbial Research) because of his outstanding reputation as a mentor. His track record of guiding students to successful careers in academia and industry is impressive, and I am confident that under his mentorship, I will be able to develop my skills and achieve my professional aspirations. Overall, I believe that the University of Waterloo provides the ideal setting for me to advance my career while making significant contributions to my field. 

I am excited about the potential for interdisciplinary collaboration with fellow postdoctoral scholars. Waterloo's culture of innovation and its renowned entrepreneurship initiatives provide an excellent platform for translating my research into real-world applications.  

Furthermore, I am eager to engage in the university's professional development opportunities, which will be crucial in advancing my academic career. The vibrant and diverse academic community at the University of Waterloo is something I highly value, as it offers a supportive network and a rich exchange of ideas that will undoubtedly contribute to my personal and professional growth. 

Lastly, I am passionate about teaching and mentorship, and I look forward to contributing to the academic growth of students, sharing my knowledge, and learning from their fresh perspectives. Overall, the University of Waterloo represents an ideal environment for me to grow as a researcher, educator, and member of the academic community. 

In my spare time, I enjoy traveling, listening to music, and playing sports, particularly table tennis and football.