AI has become a core driver of innovation in academia, transforming education, research, and problem-solving
The reputed and highly rated American University of Sharjah (AUS) College of Engineering recently welcomed the Institute of Industrial and Systems Engineers (IISE) Students Regional Conference, held under the theme ‘Beyond Efficiency: Shaping Tomorrow, Today’.
The conference brought together industrial engineering students from across the UAE and leading industry voices for a full programme of expert talks, career-focused panels and hands-on competitions, spotlighting how the discipline is evolving beyond traditional efficiency models to drive responsible, real-world impact.
Students and engaged with speakers across key sectors, explore AI-driven value creation and process excellence, and take part in challenges that strengthen research, technical communication, leadership and collaboration, while building stronger connections among IISE student chapters in the region. This edition also marked the first time the IISE Students Regional Conference was hosted and organized in the UAE and the GCC.
Enthusiastic response
The conference elicited an enthusiastic response from attendees, both students and faculty. Here are comments from two academicians supportive of the event.
“I couldn’t be prouder of what our team has just accomplished. What made this even more special was seeing students from universities across the UAE, along with high school students, come together to be part of this experience. Watching future engineers from different institutions share one space to connect and exchange ideas is something I will never forget.”—Sabrina Atari, President, IISE AUS Chapter.
“As a student and conference organizer, participating in the IISE Students Regional Conference was a truly inspiring experience. It showed us how industrial engineering goes beyond theory—connecting data, systems, and people to solve real-world challenges. Engaging with industry leaders and peers from across the region reinforced my confidence in choosing this field and motivated me to think bigger about the impact we can make as future engineers.”—Youssef Abdellatif, IISE AUS Chapter.
LogisticsGulf.com conducted an exclusive, expansive interview with Dr. Abdulrahim Shamayleh, Head of the Department of Industrial Engineering, American University of Sharjah (AUS), on this occasion. The following are transcripts of that interview.
LogisticsGulf.com (LG): Provide us the condensed 30-second pitch on AUS and its significance in UAE academia?
Dr. Abdulrahim Shamayleh (DAS): American University of Sharjah (AUS) is one of the region’s leading comprehensive universities, known for its rigorous academic standards, research excellence, global accreditation, and strong industry relevance.
With an American-style education and an internationally diverse community, AUS plays a pivotal role in advancing research, innovation, and talent development aligned with the UAE’s knowledge-based economy and future-ready vision.
LG: Provide us the synopsis of the IISE Students Regional Conference and what transpired at the event?
DAS: The Institute of Industrial & Systems Engineers (IISE) Students Regional Conference, hosted by AUS’ Department of Industrial Engineering for the first time in the UAE and the GCC, was a landmark student-led innovation event discussing the opportunities and challenges of modern and emerging technologies.
It brought together over 200 industrial engineering students from six universities, alongside faculty and industry leaders, to explore how systems thinking, data, and emerging technologies are reshaping engineering practice. The conference showcased the power of academia–industry collaboration and hands-on, experiential learning.
LG: What is your take on nurturing and encouraging future talent in this ecosystem?
DAS: Investing in future talent is no longer optional—it is strategic. Emerging technologies such as AI, digital twins, and advanced analytics require engineers who are not only technically strong, but also adaptable, ethical, and systems oriented. The Department of Industrial Engineering at AUS prepares students to anticipate change, not just respond to it.
LG: Provide us some student narratives and testimonials from the conference?
DAS: What stood out most were students describing how the conference helped connect theory to practice. Many shared that engaging directly with industry professionals clarified career pathways and deepened their understanding of how industrial engineering drives real-world impact—from healthcare and logistics to aviation and public services. I have also provided two quotations above.
LG: What is the AUS’ role in moving industrial engineering beyond efficiency?
DAS: At AUS, the Department of Industrial Engineering is dynamic and continuously evolving to reflect the changing needs of industry and society.
We have moved beyond the traditional notion of efficiency to focus on intelligent, data-driven systems and system sustainability. Our programs integrate AI, advanced analytics, optimization, digital twins, and systems thinking into both teaching and research.
Faculty-led research and industry collaborations address real challenges in logistics, mobility, healthcare, manufacturing, and service systems—ensuring innovation is not only theoretical, but applied and impactful.
The department’s growth is reflected in new programs, expanded research agendas, student-led initiatives, and strong engagement with professional bodies such as IISE.
Through conferences, industry projects, internships, and interdisciplinary collaboration, we create an ecosystem where students, faculty, and industry partners co-create solutions that are resilient, scalable, and future-ready.
LG: What is the relevance of AI in academia?
DAS: AI has become a core driver of innovation in academia, transforming education, research, and problem-solving across disciplines. In the Industrial Engineering (INE) programs at AUS, AI is integrated into systems modelling, analytics, optimization, and decision-making, enabling students and faculty to tackle complex, real-world challenges.
Rather than treating AI as a standalone topic, INE at AUS embeds it within engineering thinking—preparing graduates to design intelligent, responsible, and high-impact solutions across sectors.
LG: How can students be empowered for multiple industry sectors?
DAS: Students are empowered when they are exposed to real problems, real data, and real decision-making environments early in their education.
In the Industrial Engineering (INE) programs at AUS, this is achieved through a unique blend of systems thinking, analytics, optimization, and human-centred design, which enables graduates to move seamlessly across sectors such as logistics, aviation, retail, FMCG, healthcare, and public services.
What distinguishes INE at AUS is its application-driven and interdisciplinary approach. Students work on industry-linked projects, case studies, simulations, and internships that reflect the complexity of modern organizations.
Alongside technical depth, strong emphasis is placed on communication, teamwork, and leadership, ensuring graduates are not only technically capable, but also versatile professionals ready to add value in diverse and rapidly evolving industries.
LG: How does AUS prepare engineers with real-world skills?
DAS: AUS prepares engineers by creating an educational environment where theory is consistently connected to practice. Students engage in project-based learning, industry-sponsored challenges, internships, and capstone projects that address real operational, technological, and societal problems.
These experiences require students to analyze ambiguity, collaborate in teams, and deliver solutions under real-world constraints. Within the Industrial Engineering (INE) programs, students are trained to think holistically, combining technical analysis with systems thinking, data-driven decision-making, and human factors.
Equal emphasis is placed on leadership, communication, and ethical responsibility, ensuring graduates can clearly articulate ideas, lead multidisciplinary teams, and make informed decisions. Faculty at AUS bring strong industry and research expertise into the classroom, mentoring students beyond technical content and preparing them to transition confidently from university to professional practice.
LG: Tell us about AUS’ expansion plans and global reputation?
DAS: AUS continuously evaluates opportunities to expand its academic offerings in response to emerging industry needs. In this context, the Industrial Engineering Department has introduced the Master of Science in Data Analytics Engineering (MSDAE), scheduled to launch this fall.
The program reflects growing demand for engineers who can translate complex data into actionable insights across sectors. Alongside program growth, AUS remains focused on strengthening its global reputation through academic excellence, research impact, and international partnerships, reinforcing its standing as a leading institution in the region and beyond.
LG: What is the long-term vision for AUS in the technology and engineering arenas?
DAS: Our vision is for AUS to remain a hub for innovation, sustainability, and societal impact, producing engineers who shape the future responsibly. We aim to lead in areas where technology, systems thinking, and human values intersect—driving progress not only for the UAE, but globally.
