Mahsa Mohammadi’s educational journey with UBC Okanagan’s School of Engineering has been inspiring. She began her PhD studies with the School in January 2022 and became a lecturer in July 2024. Read Mahsa’s faculty spotlight below.
What inspired you to join UBC Okanagan’s School of Engineering?
I’m thrilled to join UBC Okanagan’s School of Engineering, a place that has been instrumental in shaping my academic journey as I complete my PhD here. My time at UBC has been transformative, offering unparalleled opportunities for research and growth.
Moreover, as a woman in engineering, I am passionate about promoting diversity and inclusion within the field. UBC Okanagan’s dedication to supporting women in engineering is inspiring, and I am excited to be part of an environment that champions the advancement of women in STEM. By joining UBC Okanagan, I hope to mentor and inspire the next generation of female engineers, fostering an inclusive and supportive atmosphere where everyone can thrive.
What inspired you to study engineering?
My decision to study engineering was driven by a passion for solving complex problems and a desire to make a tangible impact on the world. From an early age, I was fascinated by how things work and was inspired by the potential of engineering to create innovative solutions to real-world challenges. The combination of creativity, analytical thinking, and practical application inherent in engineering drew me in and motivated me to pursue this field.
Additionally, I was inspired by the opportunity to contribute to sustainable development and technological advancements. Engineering offers a platform to address critical issues such as environmental sustainability, resource management, and the development of new technologies. This aligns with my personal values and aspirations to drive positive change and improve quality of life through engineering solutions.
Tell us about your research.
I have been a PhD student at UBC since January 2022 and began as a lecturer here in July 2024. Prior to starting my lecturer position at UBC, I was a lecturer at Cape Breton University during my PhD education. My research focuses on Operations Research/Management, Logistics & Supply Chain Analytics, Blockchain Technology, Intelligent Decision Support System Design, E-Commerce Businesses, and Disaster Management.
One of my research areas addresses the challenges in supply chain efficiency and resilience, particularly in dynamic real-world environments. Blockchain technology offers a promising solution by enabling secure collaboration and information sharing among supply chain participants. I focus on designing blockchain platforms that provide cost and demand transparency, enhancing resiliency against disruptions and uncertainties. I investigated the essential features and functionalities of such platforms and examined the specific challenges and risks associated with dynamic uncertainty in supply chain operations. Another aspect of my research involves addressing static-dynamic nature of supply chain decision-making. I develop multistage stochastic optimization models to handle these uncertainties. I employed Parallel Stochastic Dual Dynamic Integer Programming, which allows for quick updates with new information in stochastic-dynamic models.
My research contributions have been published in prestigious journals such as Computers & Operations Research, International Journal of Disaster Risk Reduction, and Computers, Environment and Urban Systems. I have been honored with the Best Paper Award at the ASAC Conference and secured a competitive grant from the UBC Blockchain Pathway Program for my work in blockchain technology.
How do you conduct this research?
My research focusses on designing Intelligent Decision Support System (IDSS) by designing blockchain technology for various problems such as global supply chain resiliency and sustainability, e-commerce businesses, logistics and transportation, production planning, disaster management.
My research methodology involves a systematic approach to address challenges in these areas. Using mathematical and computational models, including stochastic and dynamic programming techniques, I investigate various scenarios to optimize strategies and mitigate disruptions. Data collected from real-world sources and simulations validate the designed IDSS, ensuring their applicability and robustness. Collaborating across disciplines such as computer science (blockchain technology) and business enhances the breadth and depth of my research, offering diverse perspectives on different complex problems.
Why is your research important?
My research is important for several reasons. Firstly, it addresses critical challenges in today’s globalized and interconnected economy, such as enhancing supply chain resilience and sustainability. By designing intelligent decision support systems using blockchain technology, I aim to improve the efficiency and responsiveness of supply chains, making them more adaptable to disruptions such as natural disasters or economic shocks.
Secondly, my research contributes to advancing the field of operations research and management science by developing novel mathematical and computational models. These models not only optimize decision-making processes in complex environments but also contribute to the broader understanding of how emerging technologies such as blockchain can be used for strategic advantage.
Moreover, my work has practical implications for industries ranging from e-commerce to manufacturing. By validating and implementing these systems in real-world scenarios, I seek to demonstrate tangible benefits such as cost reduction, enhanced transparency, and better risk management practices.
Ultimately, my research aims to foster innovation and resilience in business operations while promoting sustainability and economic stability in a rapidly evolving global landscape. It underscores the importance of integrating cutting-edge technology with academic to address challenges and drive positive change in industry and society.
What courses do you teach?
At UBCO, I teach courses such as ENGR-O 489/589 Multi-Criteria Decision Making Optimization, APSC-0 256 Numerical Methods for Analysis, and APSC-O 173 Engineering Analysis II.
How does your research influence your teaching?
My research enriches my teaching by integrating cutting-edge theories and practical applications into the classroom. By using insights from my work in operations research, supply chain management, and blockchain technology, I enhance course materials with real-world examples and case studies. This approach not only makes the subject matter more relevant and engaging but also prepares students to tackle contemporary challenges in their future careers.
Teaching based on my research methodology emphasizes critical thinking and problem-solving skills. I encourage students to analyze complex scenarios, apply advanced computational models such as stochastic programming and dynamic decision-making techniques, and explore innovative solutions. This hands-on approach equips students with the skills and knowledge needed to address dynamic challenges in engineering, management, and technology sectors effectively.
Throughout the year, the School of Engineering celebrates the exceptional Women in Engineering who are advancing research, teaching, at service at the School, and who are making outstanding contributions to their fields.
Do you have any reflections on women in engineering?
As a woman in engineering, I see firsthand both the progress we’ve made and the ongoing challenges we face in the field. It’s inspiring to witness more women entering engineering disciplines and making significant contributions to innovation and research. I believe it’s crucial to foster a supportive and inclusive environment where women can thrive and contribute their unique perspectives. Mentorship, networking opportunities, and initiatives that promote diversity and inclusion are essential in empowering women in engineering. Additionally, highlighting and celebrating the achievements of women in STEM fields can inspire the next generation of female. By promoting diversity and inclusivity, we can create a more vibrant and innovative engineering community that benefits from the talents and contributions of everyone, regardless of gender.
Are there any women in engineering who inspire(d) you?
Yes, there are several women in engineering who have inspired me throughout my career. One notable figure is Dr. Mae Jemison, who not only broke barriers as the first African-American woman astronaut but also holds a background in engineering. Her achievements in space exploration and her commitment to promoting STEM education have been truly inspirational. Furthermore, I’ve been inspired by many of my colleagues and mentors who are women engineers. These role models continue to demonstrate the importance of representation and empowerment in the field of engineering.
Do you have any advice for women looking to pursue a career in Engineering?
My advice for women pursuing a career in engineering is to believe in themselves, seek mentorship from experienced professionals, build a strong network through industry involvement, continuously learn and adapt to new technologies, advocate for equal opportunities, and remain resilient in the face of challenges. By embracing these principles, women can navigate their engineering careers with confidence, contribute effectively to the field’s innovation, and inspire future generations of engineers.
Anything else you want to share?
Thank you for your time. I truly enjoyed our conversation!