Keira MacDonald | Computer Science | Women Researcher Award

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Ms. Keira MacDonald | Computer Science | Women Researcher Award

Researcher at University of Western Ontario, Canada

Keira MacDonald is an accomplished early-career researcher and entrepreneur currently pursuing an Honours Bachelor of Science in Computer Science & Engineering at the University of Western Ontario, where she has earned multiple academic distinctions including the Dean’s List and the Governor General’s Medal. She is actively engaged in cutting-edge research as a Visiting Student Researcher at RWTH Aachen University, focusing on advanced simulations and metallurgy related to laser welding. Keira has also published work on optimizing fusion reactors using quantum computing, highlighting her interdisciplinary expertise. Beyond academia, she co-founded The Dashello Company, a startup leveraging AI to improve financial management, demonstrating strong leadership and innovation skills. Additionally, her role as UI/UX Executive for Canada’s largest student-led hackathon showcases her commitment to community engagement and advancing women in technology. With a robust combination of research, entrepreneurship, and leadership, Keira exemplifies the qualities of a rising star in STEM.

Professional Profile 

Google Scholar

Education

Keira MacDonald is pursuing an Honours Bachelor of Science in Computer Science & Engineering at the University of Western Ontario, with an expected graduation date of May 2027. Throughout her academic career, she has demonstrated exceptional academic performance, consistently earning a place on the Dean’s List. She has also been awarded prestigious scholarships, including the Principal’s Regis Scholarship and the Mathematics Excellence Scholarship, recognizing both her scholastic aptitude and dedication to STEM fields. Prior to university, Keira graduated from Eastwood Collegiate Institute with an OSSD Honours Endorsement in Science and Arts, earning the Governor General’s Medal for outstanding academic achievement. She was also nominated for the Schulich Leader Scholarship, a competitive award for top STEM students, and received the National Plaque of Music Excellence, showcasing her well-rounded talents. Keira’s education reflects a strong foundation in both science and technology, positioning her well for future research and innovation in engineering and computing disciplines.

Professional Experience

Keira MacDonald has gained diverse professional experience that blends research, entrepreneurship, and leadership. Currently, she serves as a Visiting Student Researcher at RWTH Aachen University in Germany, where she focuses on laser welding simulations and metallurgy, contributing to high-level engineering research. In addition to her research role, Keira is the UI/UX Executive for Ignition Hacks, Canada’s largest student-led hackathon, where she develops graphics and collaborates with major sponsors such as Microsoft and Best Buy. Her ability to secure significant funding demonstrates strong organizational skills. Keira is also the Co-Founder and Full-Stack Developer at The Dashello Company, a startup focused on financial management optimization through AI-powered solutions. Her role involves conducting user interviews, leading development, and implementing multimodal AI APIs. This blend of technical, entrepreneurial, and leadership roles highlights her ability to translate research into practical applications and thrive in multidisciplinary environments.

Research Interest

Keira MacDonald’s research interests lie at the intersection of computational science, engineering, and advanced technology. Her work as a Visiting Student Researcher at RWTH Aachen University centers on the simulation of laser welding processes, specifically investigating spatial and temporal energy input and heat transfer mechanisms in metallurgy. This applied research demonstrates her focus on practical engineering challenges involving materials science and manufacturing technology. Additionally, Keira explores cutting-edge topics like fusion reactor optimization through quantum computing, indicating a passion for interdisciplinary research that combines quantum algorithms with energy systems. Her research aims to leverage computational methods to solve complex physical problems, driving innovation in both theoretical and applied sciences. Keira’s interests reflect a commitment to advancing technologies that have real-world industrial and scientific impact, particularly in areas related to materials engineering, quantum computing, and AI-driven solutions.

Award and Honor

Keira MacDonald’s academic and extracurricular achievements have been recognized through multiple awards and honors. She is a consistent member of the Dean’s List at the University of Western Ontario, reflecting her sustained academic excellence. She has received the Principal’s Regis Scholarship and the Mathematics Excellence Scholarship, which acknowledge both her academic merit and aptitude in quantitative disciplines. During high school at Eastwood Collegiate Institute, Keira was awarded the prestigious Governor General’s Medal, reserved for top-ranking students nationwide. She was also nominated for the Schulich Leader Scholarship, a highly competitive STEM award for promising Canadian students. Beyond academics, she earned the National Plaque of Music Excellence, illustrating her versatile talents. These awards collectively highlight Keira’s strong intellectual capabilities, leadership potential, and well-rounded profile, positioning her as an outstanding candidate for research and innovation awards focused on women in STEM.

Conclusion

Keira MacDonald is a highly accomplished young researcher and leader poised to make significant contributions in STEM. Her academic record, including scholarships and prestigious awards, reflects a dedication to excellence and strong foundational knowledge in computer science and engineering. Her research on laser welding simulations and fusion reactor optimization demonstrates both technical depth and innovative interdisciplinary thinking. As a co-founder of a startup and UI/UX executive at a major hackathon, Keira shows exceptional leadership, entrepreneurial spirit, and community engagement. While she continues to build her portfolio of peer-reviewed publications and mentorship roles, her blend of research expertise, real-world impact, and academic achievements makes her a compelling candidate for women-focused research awards. Keira exemplifies the next generation of women innovators who combine rigorous science with practical application and leadership, promising a bright future in both academia and industry.

Publications Top Notes

Title: Advancing Fusion: Optimizing Fusion Reactors with Quantum Computing
Author: K.S. MacDonald
Year: 2025

Peng Gu | Engineering | Best Researcher Award

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Assoc. Prof. Dr. Peng Gu | Engineering | Best Researcher Award

associate professor at donghua university, China

Dr. Gu Peng is an accomplished researcher specializing in ultra-precision manufacturing and intelligent processing equipment. He is currently an Associate Professor at Donghua University, following his postdoctoral research at Shanghai Jiao Tong University under the mentorship of esteemed scholars. His work focuses on advanced machining technologies, contributing to national and international research projects. With multiple high-impact publications, patents, and awards, Dr. Gu has established himself as a leading expert in precision engineering. His contributions extend beyond academia through industry collaborations, making significant advancements in manufacturing automation. He actively serves as a reviewer for top SCI journals and is recognized as an expert in China’s leading technology committees. His academic excellence, combined with his research leadership and industrial impact, positions him as a key figure in the field of intelligent manufacturing and ultra-precision machining.

Professional Profile

Education

Dr. Gu Peng obtained his Bachelor’s degree in Mechanical Design, Manufacturing, and Automation from Hefei University of Technology in 2016, graduating ranked first in his class. He pursued a Master’s-Doctoral continuous program in Mechanical Engineering at Tongji University, where he demonstrated outstanding research potential and academic excellence. During his doctoral studies, he participated in an international training program at Politecnico di Torino, Italy, expanding his expertise in advanced manufacturing technologies. His dedication to research earned him multiple national scholarships and institutional awards, including the Outstanding Doctoral Student Award at Tongji University. His education laid a solid foundation for his expertise in precision engineering, manufacturing automation, and optical surface processing.

Professional Experience

Dr. Gu Peng began his professional career as a Postdoctoral Researcher at Shanghai Jiao Tong University (2022-2024), where he worked on ultra-precision machining under the guidance of renowned scholars. In 2024, he joined Donghua University as an Associate Professor, leading projects on intelligent manufacturing technologies. He has played a critical role in multiple national research projects, including the National Natural Science Foundation of China (NSFC) Youth Fund and key industrial research initiatives. In addition to his academic roles, he has been an expert consultant for major industrial projects, contributing to the development of advanced machining equipment for aerospace, optics, and semiconductor industries. His professional experience bridges cutting-edge research and practical industrial applications, ensuring his work has both theoretical and real-world impact.

Research Interests

Dr. Gu Peng’s research focuses on ultra-precision machining, intelligent manufacturing, and automation technologies. He specializes in high-precision grinding and polishing techniques for complex optical surfaces, including microstructure arrays and freeform surfaces. His work also explores the integration of intelligent control systems and AI-driven manufacturing processes, improving efficiency and accuracy in high-performance manufacturing industries. As the Principal Investigator of multiple national research projects, he is pioneering new methodologies for ultra-precision machining, particularly in single-point oblique axis grinding and laser-assisted cutting. His research has direct applications in aerospace, semiconductor manufacturing, and high-precision optics, making significant contributions to the field.

Awards and Honors

Dr. Gu Peng has received numerous national and institutional awards for his academic excellence and research contributions. He was a recipient of the Shanghai Super Postdoctoral Fellowship, the National Scholarship for Undergraduate and Doctoral Students, and multiple Outstanding Graduate Awards from Tongji University. He has also been recognized in national technology competitions, securing top prizes in innovation and mathematical modeling contests. In addition to his academic accolades, he serves as a reviewer for leading SCI journals, including the Journal of Manufacturing Technology and Applied Surface Technology. His contributions to ultra-precision machining and automation technology have established him as a highly respected figure in both academic and industrial research communities.

Conclusion

Dr. Gu Peng is highly suitable for the Best Researcher Award, given his strong publication record, leadership in high-level research projects, and national recognition. With continued efforts in international collaborations, student mentorship, and diversification of research, he could further solidify his standing as a leading researcher in the field of ultra-precision manufacturing.

Publications Top Noted

  • Author: Gu, P., Zhu, C., Sun, Y., Wang, D., & Shi, Z.

    • Year: 2025
    • Title: Evaluation and Prediction of Wrapping Deformation in Sheet Part Grinding
    • Journal: Experimental Techniques
    • Citations: 0

  • Author: Sun, C., Gu, P., Wan, H., Lin, J., & Min, J.

    • Year: 2025
    • Title: Enhancements of Physical Microstructure and Chemical Activation on Interfacial Bonding Strength of Carbon Fiber Reinforced Polymer
    • Journal: Composites Part A: Applied Science and Manufacturing
    • Citations: 0

 

Iffat Qoudsiyyah maury njoya | Materials Science | Women Researcher Award

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Ms. Iffat Qoudsiyyah maury njoya | Materials Science | Women Researcher Award

Doctorante at IRCER, France

Iffat Qoudsiyyah Maury Njoya is a doctoral candidate at the Université de Limoges in France, specializing in environmental science and material chemistry. A native of Cameroon, Iffat has demonstrated a strong academic commitment from an early age. Currently, she conducts her research at the IRCER Laboratory, focusing on the formulation and functionalization of sustainable silicate-based ceramics for water filtration. This research is particularly aimed at integrating agro-wastes and bio-sourced additives into porous ceramic materials, contributing to both environmental sustainability and public health. Throughout her academic journey, Iffat has published multiple peer-reviewed articles in leading journals, reflecting her growing influence in her field. Her work highlights her potential to bring innovative solutions to global water crises, particularly in low-resource communities, showcasing her as a rising star in environmental research.

Professional Profile

ORCID Profile

Education

Iffat’s educational background reflects a solid foundation in chemistry and environmental sciences. She is currently pursuing a PhD at the Université de Limoges, expected to complete her studies in 2027. Her doctoral research focuses on the development of durable, sustainable ceramic materials for water filtration. Before this, she completed a Master’s degree in Inorganic Chemistry from the University of Yaoundé I in Cameroon, where she explored the properties of ceramic membranes for water filtration. Iffat’s academic journey began with a Bachelor’s in Inorganic Chemistry from the same institution, followed by a rigorous preparation in natural sciences and mathematics at the Lycée Bilingue d’Application Yaoundé. Her strong academic performance in these disciplines has laid a strong foundation for her current research endeavors, allowing her to bridge the gap between theoretical knowledge and practical, impactful scientific innovation.

Professional Experience

Iffat Qoudsiyyah Maury Njoya’s professional experience is anchored in scientific research, where she actively contributes to the advancement of materials science and environmental sustainability. As a PhD candidate at the Université de Limoges, Iffat works within the IRCER Laboratory, focusing on creating novel ceramic materials for water filtration that are not only efficient but also sustainable. Her research specifically addresses the challenges of incorporating agro-wastes and bio-sourced additives into these materials. Prior to this, Iffat gained research experience during her Master’s studies at the University of Yaoundé I, where she examined the effects of holding time on the properties of ceramic membranes. In addition to her academic work, Iffat has participated in several collaborative research projects that have resulted in publications in peer-reviewed journals. Her professional experience showcases her commitment to advancing her field while contributing to real-world solutions in environmental and water management.

Research Interests

Iffat’s primary research interest lies in the development of sustainable materials, particularly silicate-based porous ceramics, for water filtration. She is particularly interested in incorporating agricultural waste and bio-sourced additives into these materials to create environmentally friendly solutions for water purification. Her work aims to design affordable, durable ceramic materials that can address pressing water quality issues, especially in underdeveloped regions where access to clean water is a challenge. By exploring the potential of agro-wastes as raw materials, her research supports the broader goals of sustainable development by promoting the recycling of waste products and reducing environmental impact. Additionally, Iffat’s work in ceramic technology contributes to the fields of material science and environmental engineering, providing innovative alternatives to conventional water filtration methods. She is also interested in advancing the applications of inorganic chemistry in solving global environmental problems, focusing on materials that serve both ecological and public health goals.

Awards and Honors

While Iffat Qoudsiyyah Maury Njoya’s career is still in its early stages, she has already gained recognition for her contributions to environmental research. Her work has resulted in several publications in prestigious scientific journals, which have attracted attention from the academic community. As a doctoral candidate, she has been acknowledged for her innovative approach to integrating agro-waste into ceramic materials, an area that has the potential to revolutionize sustainable water filtration technologies. Iffat’s academic excellence and commitment to sustainability have earned her opportunities for collaboration with international researchers and institutions, further boosting her visibility in the scientific community. Although specific awards or honors are not listed, the consistent quality and relevance of her research, as well as her active participation in global academic discourse, position her as a promising researcher with significant potential for future accolades in her field.

Conclusion

Iffat Qoudsiyyah Maury Njoya is certainly a strong candidate for the Research for Women Researcher Award due to her innovative research, dedication to environmental sustainability, and promising academic trajectory. To maximize her suitability for the award, it would be beneficial for her to increase her visibility outside academia, expand her collaborative networks, and showcase leadership in promoting women in STEM. Her work on sustainable water filtration systems could have a lasting impact, and with more public and professional engagement, she could make a significant contribution to both the scientific community and society at large.

Publications Top Noted

  • Njoya, Iffat Q., et al. (2024)
    Title: An overview on the manufacture and properties of clay-based porous ceramics for water filtration
    Journal: Ceramics, 8(3), 1-17
    📖 Citation Count: 5 (as of 2024)
    🔗 Impact: Focuses on the manufacturing techniques and properties of porous ceramics, emphasizing their application for water filtration, especially in low-resource settings.
  • Njindam, Oumarou R., et al. (2024)
    Title: Porcelain stoneware tiles based on clays mixture and recycled waste glass powder: Effect of soaking time
    Journal: Transactions of the Indian Ceramic Society, 83(1), 1-6
    📖 Citation Count: 3 (as of 2024)
    🔗 Impact: Investigates the influence of waste glass powder and soaking time on the properties of porcelain stoneware tiles, contributing to sustainable material solutions.