State University Launches AI & IoT Workshop to Drive Digital Bangladesh

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  Science and Technology on Sat, Dec 20th, 2025 by The Daily Star

State University Hosts AI and IoT Workshop to Propel Technological Innovation

In a bold move to cement its position as a hub for cutting‑edge technology in Bangladesh, the State University of Bangladesh (SUB) recently held a two‑day workshop on Artificial Intelligence (AI) and the Internet of Things (IoT). The event, which ran from 3–4 March 2024, was aimed at bridging the gap between academia, industry, and the wider community, and it showcased a wide range of projects, research, and potential applications that could transform the country’s economy.

Why the Workshop Matters

AI and IoT are increasingly recognized as the twin engines that will drive the next wave of digital transformation worldwide. According to the Daily Star article, “the workshop was designed to provide a platform where students, researchers, and industry professionals could collaborate on real‑world problems and build solutions that address the unique challenges of Bangladesh.” The university’s administration has long pursued a strategy to become a knowledge‑centric institution, and this event is a tangible manifestation of that vision.

The workshop’s agenda aligns closely with the government’s “Digital Bangladesh” initiative, which seeks to leverage technology to improve public service delivery, enhance manufacturing productivity, and create new employment opportunities. By hosting the event, SUB not only demonstrated its commitment to these national goals but also reinforced its role as a catalyst for innovation.

Key Highlights of the Two‑Day Program

1. Opening Ceremony and Keynote Speeches

The first morning began with a welcome address by the Vice‑Chancellor, Prof. Dr. Hasanul Haq, who emphasized the importance of interdisciplinary collaboration. The highlight was a keynote speech by Dr. Tuhin Hossain, Chief Technology Officer of the Bangladesh Computer Council, who highlighted the country’s growing AI talent pool and urged academia to nurture “AI‑ready” curricula that dovetail with industry needs.

Another significant speaker was Ms. Farah Chowdhury, Vice President of the Bangladesh IoT Association, who discussed how IoT can empower rural communities by enabling smart agriculture, water‑management systems, and tele‑health services.

2. Technical Sessions and Workshops

The program comprised five technical tracks:

Each session featured a mix of lectures, live demonstrations, and interactive Q&A sessions. Notably, the AI for Social Good track showcased a live demo of a disease‑prediction model that processes satellite imagery and weather data to forecast malaria outbreaks. The IoT in Manufacturing track demonstrated a sensor‑based system that monitors machine vibrations in real time, predicting failures before they happen.

3. Student Hackathon and Pitch Competition

The workshop concluded with a 48‑hour hackathon where 32 student teams worked on AI/IoT projects. The challenge was to create a prototype that could be deployed in real‑world contexts. After the coding sprint, 12 teams presented their ideas to a panel of judges comprising industry experts and academics. The grand prize—a ₹50,000 cash reward and a mentorship package from IBM—was awarded to the team that developed an AI‑powered smart irrigation system for smallholder farms.

4. Panel Discussions and Networking Sessions

Throughout the event, the organizers facilitated round‑table discussions on topics such as “Bridging the Skills Gap” and “Policy Interventions for AI Adoption.” These panels were attended by government officials, industry leaders, and university faculty, and they produced a set of actionable recommendations, including calls for:

• Expanded internship programs between SUB and local tech firms.
• Subsidized AI/IoT labs for community colleges.
• Clear regulatory frameworks for data sharing and privacy.

Partnerships and Sponsorships

The workshop received sponsorship from a mix of national and international entities. Substantial financial support came from the National ICT (ICT) Development Fund, which pledged to fund future AI research projects. Additionally, the Bangladesh IoT Association provided expertise and equipment for the IoT tracks. International tech giants such as IBM, Google, and Microsoft were present as guest speakers and provided mentorship to the student teams.

The Daily Star article also linked to several resources:

• The State University’s official AI and IoT research page (https://sub.edu.bd/ai-iot-research) detailing ongoing projects.
• The Bangladesh Computer Council’s AI policy brief (https://bdc.gov.bd/ai-policy) outlining the national strategy for AI.
• The Bangladesh IoT Association’s website (https://bdiot.org) which lists upcoming IoT conferences and industry contacts.

These links give readers a deeper understanding of the broader ecosystem in which the workshop is embedded.

Impact and Future Outlook

The immediate impact of the workshop is evident: it has sparked new collaborations between students and industry, launched several pilot projects in agriculture and manufacturing, and highlighted the need for a robust AI talent pipeline. The State University’s Vice‑Chancellor noted that the university plans to institutionalize an annual “AI & IoT Innovation Fest,” hoping to build on the momentum created this year.

Beyond the university, the workshop also signals to policymakers that technology can be leveraged to address pressing societal challenges. By showcasing concrete solutions—such as predictive disease surveillance and smart irrigation—the event underscores how AI and IoT can contribute to sustainable development goals.

In the long term, the State University intends to integrate AI and IoT modules into its core curricula, establish a dedicated research institute for “AI for Society,” and expand partnerships with international universities. The Daily Star article concluded with an optimistic note: “If the State University can harness the potential of AI and IoT, it could become a shining example for other institutions in Bangladesh and the region.”

Take‑away Takeaways

• Collaboration is key: The workshop demonstrated that academia, industry, and government can work together to address real‑world problems.
• Hands‑on learning matters: The hackathon and live demos allowed participants to apply theory in practice, enhancing skills and confidence.
• Policy matters: The discussion on regulatory frameworks highlighted the need for clear rules to encourage responsible AI/IoT deployment.
• Future potential: With continued investment, Bangladesh could become a leading hub for AI‑driven solutions in the developing world.

As the digital landscape continues to evolve, the State University’s initiative stands as a testament to how educational institutions can lead the charge in fostering innovation and shaping a smarter, more inclusive future.