Tanveer Zafar

From the Al Haramain High-Speed Rail to Dubai Metro, Tanveer Zafar is now shaping the future of high-rise buildings through his groundbreaking research at EIT. Discover how he’s balancing a full-time career with a Doctor of Engineering (DEng) degree.

From Roads and Bridges to High-Rise Ambitions

Tanveer Zafar’s engineering journey began in 2004 when he graduated as a Civil Engineer from Quaid-e-Awam University of Engineering, Sciences, and Technology in Pakistan. Starting his career on road and bridge projects, Tanveer quickly realized his passion for structural design.

“I wanted to become a designer, so I began searching for opportunities to further my education,” he shared.

In 2010, Tanveer’s dedication paid off when he secured a scholarship for a Master’s in Design of Steel Structures at the University of Naples Federico II in Italy. “Completing my Master’s in 2011 was a turning point in my career,” he said.

Returning to the Middle East, Tanveer worked as a Steel Structure Engineer in Saudi Arabia, where he contributed to the prestigious Al Haramain High-Speed Rail project. His expertise in steel design, fabrication, and erection grew exponentially during this time.

After six years in Saudi Arabia, Tanveer moved to Dubai, where he worked on the Dubai Metro project. It was here that his ambition to pursue a Ph.D. took shape.

“I wanted to advance my knowledge without leaving my job, and EIT’s online Doctor of Engineering program was the perfect fit,” he explained.

Pioneering Research in High-Rise Building Design

Tanveer’s doctoral research focuses on the seismic performance of high-rise buildings using circular and rectangular core walls with steel coupling beams. “Core walls are a key component in high-rise buildings, as they resist lateral loads like earthquakes and wind,” he said.

His work challenges the conventional use of dual lateral load-resisting systems, such as core walls combined with moment frames, by demonstrating the effectiveness of single systems.

“My research aims to show that circular core walls with steel coupling beams can provide the same level of seismic performance as dual systems,” Tanveer explained.

This innovative approach has practical implications for high-rise building design, particularly in urban areas with limited space. “Circular core walls offer tremendous advantages in terms of structural efficiency and space utilization,” he added.

Tanveer’s research has already yielded promising results. He has successfully modeled and analyzed 20-story high-rise buildings with circular and square core walls using time history analysis. Currently, he is expanding his research to include a 33-story building with two circular core walls and steel coupling beams, as well as a comparative study with rectangular core walls.

“This research will empower designers to confidently use single lateral load-resisting systems, reducing complexity and cost while maintaining safety and performance,” he said.

Balancing Work, Study, and Ambition

Balancing a full-time career with doctoral studies has been one of Tanveer’s greatest challenges.

“Working 10-hour days as a Lead Engineer leaves little time for research,” he admitted. “However, EIT’s scheduling of early morning classes and the flexibility to study on weekends have been invaluable.”

Tanveer credits his disciplined approach to time management for his success.

“I divide my study hours into manageable chunks, aiming for 2.5 to 3 hours per day during the week and longer sessions on weekends. During assessment periods, I align my annual leave with submission deadlines to focus entirely on my research.”

EIT’s remote labs and webinars have also played a crucial role in Tanveer’s progress.

“The remote lab provides access to advanced tools like Space Gass, which is not readily available in the Middle East,” he explained. “Webinars on the latest engineering advancements have broadened my perspective and enriched my research.”

A Vision for the Future: Transforming High-Rise Design

As Tanveer looks ahead to completing his Doctor of Engineering in 2025, he is optimistic about the opportunities that await him.

“I believe this degree will open doors to higher positions, such as managerial or director roles, and allow me to work on even more prestigious high-rise projects,” he said. “It may also pave the way for a career in research, where I can continue contributing to the field.”

Tanveer’s ambition is to work on high-rise building design and contribute to research in this area.

“In the Middle East, there is a huge demand for high-rise buildings, and I want to be at the forefront of designing safer, more efficient structures,” he shared.

His current role as Lead Engineer Civil Structure in Saudi Arabia is a testament to the skills and knowledge he has gained through the DEng program.

For aspiring engineers considering a similar path, Tanveer offers this advice: “Pursuing a Doctor of Engineering while working full-time is challenging but immensely rewarding. EIT’s program is designed for professionals like us, providing the flexibility and support needed to succeed. Just remember to stay disciplined, manage your time effectively, and never stop learning.”

A Legacy of Innovation and Excellence

Tanveer Zafar’s journey showcases how dedication, innovation, and a commitment to lifelong learning can transform a career and contribute to the advancement of an entire industry. His research on high-rise buildings with circular core walls has the potential to redefine structural engineering, making buildings safer, more efficient, and more sustainable.

Through his work, Tanveer is not only achieving his personal and professional goals but also inspiring the next generation of engineers to push the boundaries of what’s possible. His story is a powerful reminder that with passion, perseverance, and the right support, anything is achievable.