Pakistani universities must become hubs for industrial innovation, says Prof Iqbal:
Ministry of Planning Development and Special Initiatives
Official Account of Ministry of Planning, Development and Special Initiatives, Government of Pakistan.
In a talk organized at the UET Narowal Campus titled as the "Technology GupShup," Minister Ahsan Iqbal Chaudhary underscored the transformative impact of technology on development models, presenting a vision for Pakistan’s future as a technology-driven economy. His message resonated with the urgency of embedding technology across various sectors, highlighting its pivotal role in agriculture, industry, and education.
Minister Iqbal emphasized that economies thriving today are those that embrace and integrate advanced technologies such as artificial intelligence (AI), big data, biotechnology, and automation. He called for Pakistan to adapt to these innovations, not just to keep pace with global trends, but to lead in creating solutions to its unique challenges. A tech-driven future, according to the Minister, will transform Pakistan’s industrial landscape, enhance productivity, and uplift the nation’s economic potential.
One of the core themes of his address was the critical linkage between higher education and industry. Minister Iqbal’s vision for UET Narowal was far beyond establishing another engineering university. Modeled after the Massachusetts Institute of Technology (MIT), he envisioned a hub of innovation, where students not only excel in academics but also work on industry-relevant problems.
“Universities are not just places of learning,” he stated. “They must be centers of solutions, providing industries with new ideas and graduates who can drive innovation.”
His vision aligns with global best practices, where the most successful economies have integrated university output with industry production. This connection has not only accelerated economic growth but also fostered continuous research and innovation. To ensure that Pakistani universities contribute similarly, Minister Iqbal introduced a seven-point framework for reforming higher education institutions. Among its pillars are academic quality, research, entrepreneurship, and, most critically, academic-industry linkages. This approach seeks to ensure that institutions serve as engines of economic growth, providing solutions directly applicable to industry needs.
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Minister Iqbal also reflected on Pakistan’s substantial investment in higher education under the Vision 2010 initiative, which saw the launch of a 5000-PhD program and billions of rupees invested in laboratories across the country. However, he argued, these investments would only yield dividends if academic institutions and industries work in unison. "We must leverage our labs to solve national problems," he said, calling on universities to apply their research capabilities to address real-world issues faced by industries.
Concluding his talk, Minister Iqbal urged the youth to prepare for a rapidly evolving job market, where future success hinges on mastering advanced technological skills. In the next 10 to 15 years, AI, automation, and data-driven solutions will redefine traditional industries. For today’s students, this means embracing new disciplines, from coding to robotics, and enhancing their problem-solving capabilities.
"The skills that seem irrelevant today," he remarked, "will soon become the guarantees of success."
The message was clear: Pakistan’s youth must invest in acquiring these skills now to stay competitive in a future where technology reigns supreme.
As Pakistan positions itself for economic transformation, the role of technology and education becomes central. Minister Iqbal’s address was not just a roadmap for UET Narowal but a call to action for the nation. The time to act is now—by building the necessary skills, engaging in innovation, and fostering a closer partnership between academia and industry.
Education/Finance Director at CENTER OF EXCELLENCE FOR THE DEAF
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Assistant Professor in Department of Education, Benazir Bhutto Shaheed University Lyari Karachi Sindh Pakistan
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Adjunct Faculty at NDU Islamabad & Specialist in ESG
1 个月Innovation cannot come with status-quo oriented leadership and stagnant mindset. Competencies, global vision, energy, critical thinking, passion, creative planning and collaborative skills are a few attributes essential to transform the industry, however, they are in short supply nowadays.
CCost-saving works completed in Textile, Boiler, and CNG saving in the car by water gas hho.
1 个月90% of which returns to the tank without contributing to the process. This unnecessary water movement consumes electrical power, which can be saved by using a more efficient misting system. Thermal Energy: Industries relying on hot water or steam for operations typically consume a lot of thermal energy. Currently, they heat water from ambient temperatures (around 28°C) to produce steam. By incorporating solar thermal systems, industries can preheat water to 70-85°C, drastically reducing the energy needed to reach the required temperature for steam generation. This solar-based preheating can result in substantial cost savings in thermal energy consumption. Conclusion: The solutions outlined above demonstrate the importance of industrial-academic collaboration. By focusing on practical, innovative approaches such as optimizing cooling systems, improving dyeing processes, and utilizing solar energy, we can align university research with industry needs, driving forward Prof. Iqbal's vision of universities becoming innovation hubs.
CCost-saving works completed in Textile, Boiler, and CNG saving in the car by water gas hho.
1 个月focusing on water and energy savings: Water Saving: Evaporative Cooling Systems: In many factories, conventional evaporative cooling systems waste millions of liters of water each month as fresh water is continuously drained and replaced to maintain required humidity levels. This water loss can be mitigated by shifting to a misting system, which has been designed to perform the same task with significantly less water. this less water useage can save about 70% chiller's energy cost being used in cooling about 3000 Liters of water in storage tank. chillers Such an innovation can help industries save vast amounts of water, benefiting both the environment and operational costs. Yarn Dyeing Process: Traditional yarn dyeing requires large amounts of water and predyed fibers, which are water-intensive to produce. A newly designed coloring device can reduce water consumption by up to 90%, eliminating the need for pre-dyed fiber and significantly cutting down on both water and energy usage. Energy Saving: Electrical Energy: Along with water savings, the misting system reduces the need for pumping large quantities of water. Conventional systems lift about 250 gallons per minute (gpm) of water,