This advanced laboratory offers a simulated environment where students can engage with the latest Cisco technologies, enhancing their technical capabilities through training in enterprise networking, security, and network automation. The lab features sophisticated network management and security software, including Cisco DNA Centre for centralized, policy-driven network oversight, and Cisco Umbrella for DNS-layer protection against contemporary cybersecurity threats. Additionally, it is equipped with specialized tools for network automation, monitoring, and zero-touch provisioning, fostering a dynamic and interactive learning experience.
Students will have the opportunity to participate in real-world networking scenarios, such as designing and implementing routing and switching solutions, securing networks using Virtual Private Networks and Intrusion Prevention Systems , optimizing performance with Software-Defined Networking tools, and experimenting with cloud-based security solutions.
Dr. Marwan Hameed, Dean of the College of Engineering and Computing at AUBH, highlighted the lab as a transformative addition to the university’s infrastructure. He stated, "This facility provides an immersive training environment that mirrors industry standards, ensuring our graduates are well-prepared for careers in networking and cybersecurity. At AUBH, we continuously enhance our curriculum and infrastructure to align with global advancements in IT and network security."
The launch of the Networking Lab aligns with AUBH's ongoing efforts to bridge the gap between theoretical knowledge and practical application. By integrating such facilities, the university aims to produce graduates who are not only academically proficient but also industry-ready, capable of navigating the complexities of modern IT environments.
This initiative reflects a broader trend in higher education, where institutions are increasingly investing in specialized labs and facilities to keep pace with rapid technological advancements. By doing so, they ensure that students receive education that is both current and relevant, meeting the evolving demands of the job market.
The establishment of the Networking Lab is part of AUBH's strategic plan to position itself as a leader in engineering and computing education in the region. By providing students with access to cutting-edge tools and technologies, the university aims to foster a culture of innovation and excellence, preparing its graduates to contribute effectively to the digital transformation of various industries.
In addition to the Networking Lab, AUBH has been proactive in launching other facilities to enhance the educational experience. For instance, the university recently unveiled its Interdisciplinary Collaborative Engineering Lab, designed to promote innovation and collaboration among students and faculty across various engineering fields. The ICE Lab integrates classrooms and engineering equipment spaces, providing a dynamic learning environment where students can delve into engineering fundamentals, conduct research, and perform experiments.
The ICE Lab spans approximately 700 square meters and is equipped with advanced tools for testing and presenting engineering concepts. It covers a range of disciplines, including metallurgy and material science, strength of materials, geotechnical engineering, surveying, fluid mechanics, thermodynamics, control systems, robotics, and vibration analysis. This facility aims to immerse students in the practical aspects of engineering while promoting interdisciplinary collaboration.
The inauguration of the ICE Lab was attended by notable figures, including Mr. Ali Al Baqali, CEO of Aluminium Bahrain B.S.C. , and officials from Bapco Energies. Mr. Al Baqali emphasized Alba's dedication to supporting Bahrain's educational and innovation landscape, stating that the ICE Lab is a testament to empowering young talent and fostering a culture of innovation. He noted that such facilities provide students with invaluable hands-on experience, enabling them to apply theoretical knowledge to real-world challenges and develop the skills needed to become future leaders in engineering and technology.
Dr. Bradley J. Cook, President of AUBH, commented that the inauguration of the ICE Lab represents a significant advancement for both the university and Bahrain's educational, research, and technological sectors. He emphasized that the lab is more than just an educational space; it is a dynamic environment designed to immerse students in practical engineering aspects while promoting interdisciplinary collaboration. Dr. Cook concluded that this initiative reflects the university's ambitious vision of cultivating a generation of distinguished engineers capable of addressing future challenges and contributing meaningfully to sustainable development in Bahrain and the region.
AUBH has collaborated with international institutions to enrich its educational offerings. The university concluded a two-week MIT-MISTI Global Lab Teaching Robotics Workshop in partnership with the Massachusetts Institute of Technology's International Science and Technology Initiative and Riffa Views International School , sponsored by the U.S. embassy in Bahrain. This program underscored the use of cutting-edge robotic technologies to advance knowledge and upskill students with hands-on technical skills and soft skills required in today's fast-paced world.