Pakistan Afford World-Class Universities — Or Can It Afford Not To?

Pakistan’s higher education system faces a fundamental question: how can universities become academically excellent, financially sustainable and globally competitive in an economy with limited public resources? This question is particularly important for the public-sector universities established since 2000. Many of these institutions have expanded access to higher education, but continue to depend heavily on government grants and tuition fees. Unlike older universities, they often lack established endowments, extensive alumni networks and long-standing industrial relationships. Their challenge is therefore not simply to obtain more funding, but to develop a new institutional model that generates value, creates opportunities and finances its own development.

The experience of leading international universities demonstrates that excellence requires diversified income, professional governance, strong research and long-term institutional planning. MIT, Oxford and the National University of Singapore have developed different combinations of research funding, investments, philanthropy, industry partnerships and educational services. Pakistan cannot replicate their financial resources, but it can adapt the underlying principles: universities must learn to mobilize resources, manage them transparently and convert knowledge into economic and social value.

For younger universities, waiting decades to build an alumni network is not a sustainable strategy. Their most immediate resources already exist: faculty expertise, laboratories, classrooms, land, technology, students and their regional presence. These assets can become sources of income if universities move beyond conventional teaching and develop a culture of problem-solving and entrepreneurship. This requires two complementary approaches. The first is demand-driven: universities must identify problems in the market and develop solutions that customers are willing to purchase. The second is innovation-driven: students, teachers and researchers must be trained to recognize problems wherever they encounter them, investigate their causes and develop commercially viable solutions. Inviting industries to universities is useful, but insufficient. If businesses are not actively engaging, universities must take their expertise to the marketplace. Faculty members and students should regularly visit factories, farms, hospitals, small businesses and public institutions to identify practical challenges. Every department should maintain a problem bank, a solutions pipeline and a record of projects developed, tested and delivered. Consider the opportunities across disciplines. Physics departments can provide calibration, instrumentation and renewable-energy testing services. Chemistry departments can offer water-quality analysis, industrial chemical testing and product formulation. Computer science students can develop websites, mobile applications, artificial intelligence tools and cybersecurity solutions for businesses. Electrical and mechanical engineering departments can undertake energy audits, equipment maintenance, automation and industrial design. Agriculture departments can provide soil testing, precision-farming advice and irrigation solutions, while food science departments can develop food-quality testing, packaging and value-added products. Business and management students can support accounting, digital marketing, and business planning and supply-chain improvement. Arts and social sciences departments can provide translation, communication, design, community research, cultural documentation and social-impact assessment services.

The objective should be to make every department economically relevant without compromising its academic purpose. Students should not graduate having only completed assignments and examinations; they should graduate having completed real projects, served clients, developed products or established small enterprises. A physics student could develop low-cost laboratory equipment; a chemistry graduate could launch a water-testing service; an engineering student could establish an energy-audit business; and a computer science graduate could enter the job market with a functioning software product and paying clients.

This requires a practical Earn While You Learn framework. From the second or third year onwards, students should participate in supervised, paid projects, internships, apprenticeships and university-supported enterprise activities. Each department should establish partnerships with local employers and maintain a live database of industry requirements. Employers should be invited to evaluate student portfolios, practical competencies and project performance before graduation. The university’s objective should be that students have credible employment pathways, paying clients or viable business ideas before completing their degrees—not simply a promise of employment after graduation.

Quality education must support this transformation. Curriculum should be reviewed regularly with employers, professional bodies and industry practitioners. Classroom learning must be complemented by laboratory work, field assignments, project-based assessment, communication skills, digital competence and professional ethics. Teachers also need continuous training in entrepreneurship, consultancy, research commercialization, emerging technologies and industry engagement. Recognition, incentives and transparent revenue-sharing mechanisms should reward faculty members who translate research and expertise into useful services. Without consistency, discipline, motivation and accountability, even the best institutional policies will remain documents rather than results.

A university can begin with a modest revenue-generation framework. For illustration, a medium-sized institution might target annual gross revenue of Rs. 10 crore through laboratory testing and consultancy (Rs. 2.5 crore), professional certifications and executive training (Rs. 2 crore), software and engineering projects (Rs. 2 crore), agricultural and food-related services (Rs. 1.5 crore), and facility utilization, technical services and other partnerships (Rs. 2 crore). These are illustrative targets, not guaranteed returns; actual performance would depend on local demand, accreditation, pricing, capacity and operating costs. A defined portion should cover delivery expenses, equipment maintenance and staff incentives, while the remaining contribution should support scholarships, research, faculty development and infrastructure.

Pakistan must move beyond asking how much funding universities need. It must also ask how effectively universities can create value from the resources they already possess. A world-class university should not merely prepare students to seek jobs; it should prepare them to create jobs, solve problems and strengthen the economy. The future of Pakistan’s universities depends not only on what society invests in them, but also on what they learn to generate for society.