Dr. Jianwei Ma

Jianwei Ma, an accomplished structural engineer and student of the Engineering Institute of Technology (EIT), reflects on how his Doctor of Engineering (DEng) education had impacted his career. He discusses how the program shaped his approach to structural engineering, its challenges, and offers advice for future doctoral students balancing work and studies.

EIT Student’s DEng Hurdles, Achievements, Aspirations, Insights

Taking time out of his busy workday in Brisbane, Australia, Jianwei Ma provided an in-depth look at how his EIT education has influenced his professional journey. He discusses the balance required between work and study, shares insights into notable projects, and highlights emerging trends in structural engineering.

Notably, his academic work culminated in a published research paper titled “A Multi-Criteria Decision-Making Approach for Assessing the Sustainability of an Innovative Pin-Connected Structural System.” This research explores innovative approaches to evaluating the sustainability of structural systems, demonstrating his commitment to advancements in the field.

Ma’s paper reflects his deep engagement with cutting-edge topics and contributes to the broader conversation on sustainable engineering practices. His story offers valuable perspectives for those navigating their own engineering education and careers, showcasing the impact of rigorous academic training on professional success.

How has your experience with the EIT online Doctor of Engineering program influenced your approach to structural engineering?

This program has deepened my understanding of structural engineering, introduced me to new methodologies

What was the most challenging aspect of your doctoral studies, and how did you overcome it?

The big challenge was balancing work and studies. I used time management skills, sought support from mentors, and applied my practical experience to overcome this challenge.

Can you share a project you’re particularly proud of in your current role in structural engineering?

I am particularly proud of the Jincheng Culture and Art Centre in China. The project spans 120,000 square meters, and I was responsible for the entire project from conceptual design to the drawings. It involved long-span steel trusses (20-45 meters), PT beams, and a concrete-steel composite structural system. I used software such as SAP2000 and Midas Gen for design and drafted structural plans using AutoCAD.

How does your research in your published paper enhance sustainability assessments in structural engineering?

The paper presents a novel approach to evaluating the sustainability of pin-connected structural systems using a Multi-Criteria Decision-Making framework. This is a significant advancement in structural engineering, particularly in sustainable design and construction practices.

This research addresses a critical gap in the sustainability assessment of innovative structural systems, which is highly relevant given the growing emphasis on sustainable engineering practices. The outcomes of this study could influence both academic research and industry practices, providing a valuable tool for engineers and decision-makers.

How do you balance the theoretical knowledge gained from your doctorate with practical applications in your day-to-day work?

I integrate theoretical concepts into real-world applications by testing theories in practice, using advanced techniques learned in my studies, and continuously adapting academic knowledge to industry needs.

What emerging trends in structural engineering are you most excited about?

I am excited about trends such as sustainable design, advanced materials, smart structures, and digital transformation in engineering. These trends will shape the future of the industry.

How did the flexibility of the EIT online program fit into your professional and personal life during your studies?

The online format allowed me to balance my professional responsibilities and personal life with my studies. The mix of synchronous and asynchronous learning made it possible to manage everything effectively.

What advice would you give to current students pursuing a Doctor of Engineering degree online?

My advice is to stay organized, leverage online resources, actively participate in discussions, and find a balance between studies and personal life. Perseverance and making the most of networking opportunities are key.

How has living in Brisbane influenced your career and professional opportunities in structural engineering?

Living in Brisbane has provided access to a dynamic and growing infrastructure landscape, offering numerous opportunities to engage in significant structural projects. Brisbane’s focus on urban development and sustainability has allowed me to work on innovative projects that push the boundaries of conventional engineering. The city’s strong engineering community and proximity to major projects have facilitated valuable networking opportunities and collaborations, enhancing my professional growth.

Can you describe a time when your advanced engineering education directly contributed to solving a complex problem in your work?

In a recent project involving the retrofitting of an aging structure, we encountered a challenge related to load distribution and material fatigue. My advanced education provided me with a deeper understanding of structural analysis and material science, allowing me to propose a solution that combined an innovative use of composite materials with advanced modeling techniques. This approach not only resolved the immediate issue but also extended the lifespan of the structure.

What are your long-term goals in structural engineering, and how do you plan to achieve them?

My long-term goals include advancing sustainable and resilient infrastructure through innovative materials and construction techniques. I aim to contribute to projects that emphasize these areas and aspire to take on leadership roles where I can mentor the next generation of engineers and influence industry standards towards more environmentally conscious practices. I plan to continue my research and pursue additional certifications to support these goals.