ACCRA Technical University: Turning Technical Talent into Entrepreneurial Potential
Engr. Prof. Amevi Acakpovi, Vice-Chancellor, ACCRA Technical University
Entrepreneurship education is moving beyond business-plan writing and startup theory. Today, colleges’ entrepreneurship programs are increasingly expected to equip students with the technical competence, industry exposure, problem-solving skills, and innovation support needed to turn ideas into viable ventures.
The strongest models integrate applied learning, incubation, multidisciplinary collaboration, and industry access so that students can experience the full journey from identifying a problem to developing and commercialising a solution.
Accra Technical University (ATU), Ghana, is building its entrepreneurship ecosystem around this philosophy. Having evolved from a traditional technical institution into a growing technical university, ATU combines competency-based education with applied research, innovation, sustainability, industry engagement, and enterprise development.
With about 25 master’s degree programmes, 35 Bachelor of Technology programmes, 19 Higher National Diploma programmes programmes, and approximately 35,000 students, the University has created a broad platform for developing technically capable graduates who can contribute not only as professionals but also as innovators and entrepreneurs.
Embedding Entrepreneurship into Technical Education
ATU's approach to entrepreneurship is closely linked to its broader institutional transformation. The University has expanded its academic portfolio while establishing specialised platforms that connect education with employability, innovation,
technology, and industry. These include the DigiCAP Centre, the Sustainable Energy Service Centre, the Career Development Centre, and initiatives supported by the AFOS Foundation.
At the centre of its entrepreneurial ecosystem is the Centre for Entrepreneurship and Incubation Services (CEIS), which supports entrepreneurial thinking, idea development, and incubation. Students are encouraged to move beyond identifying a business idea and consider the larger questions around opportunity, market relevance, business models, financial viability, and enterprise development.
“The University's participation in the Research and Innovation Systems for Africa (RISA) project has further strengthened this ecosystem by supporting innovation and incubation activities. These initiatives help bridge academic work and solutions with commercial or social potential.
This approach reflects a clear institutional objective: technical education should not end with a qualification. It should give students the ability to recognise challenges, develop solutions, test their relevance, and explore pathways toward enterprise creation,” says Engr. Prof. Amevi Acakpovi.
From Practical Skills to Marketable Solutions
ATU's strongest entrepreneurial asset is its technical foundation. Students across engineering, applied sciences, business, technology, the built environment, design, and related disciplines develop practical competencies that can form the basis for new products and services.
Laboratory and workshop activities, project-based learning, industrial attachments, and experiential training expose students to real-world challenges. Rather than learning entrepreneurship solely through theory, students are encouraged to apply their technical knowledge to problems they encounter in industry and in society.
CEIS complements this practical foundation by helping students develop the business capabilities required to take an idea forward. These include opportunity identification, business model development, financial management, marketing, innovation management, and enterprise development. The objective is to ensure that students understand both sides of entrepreneurship: how to create a technically sound solution and how to determine whether that solution can generate sustainable value.
"ATU's long-term vision is to become the most preferred technical university in West Africa for sustainability-driven, industry-led and innovation-based education"
Engr. Prof. Amevi Acakpovi adds that “ATU’s multidisciplinary nature adds further depth. A technology-focused student can collaborate with peers in business, design, or digital disciplines to develop a more comprehensive venture. Engineering expertise can be combined with market research, financial planning, product design, branding, and customer experience. Such collaboration encourages students to approach entrepreneurship as a team-driven process rather than an individual exercise.”
The result is an applied model in which technical competence becomes the starting point for innovation, while entrepreneurial capabilities help determine where that innovation can go.
Bringing Industry into the Innovation Journey
Industry engagement is another important component of ATU's entrepreneurship strategy. The University has developed partnerships with companies, professional organisations, universities, technology institutions, and development organisations in Ghana and internationally. These relationships create opportunities for internships, industrial attachments, mentorship, professional training, applied research, curriculum development, technology transfer, and employment.
Partnerships with organisations such as Polytanks Ghana Limited and 5 Star Engineering Limited provide practical, professional exposure. Collaboration with Nestlé Ghana Limited includes theoretical and practical training, internships, mentorship, and career development opportunities, particularly for female engineering students. Engagement with Npontu Technologies provides industry-based learning opportunities for students in computing and information technology-related fields.
ATU's industry connections also extend to emerging technologies. For example, its collaboration with A-Tech Group of Korea provides exposure to areas such as drone technology, 3D printing, and wireless communication. These engagements introduce students to technologies that can form the basis for new products, services, and technology-driven businesses.
International partnerships complement this ecosystem by supporting student and staff mobility, joint research, knowledge exchange, and collaborative innovation. ATU maintains academic relationships with institutions across Africa, Asia, Europe, and North America.
Engr. Prof. Amevi Acakpovi explains that the University is increasingly focused on making these relationships functional rather than purely institutional. The aim is to bring industry problems into the University, involve stu¬dents and faculty in solving them, provide opportunities for testing and validation, and connect promising innovations with mentorship and incubation.
In practical terms, an industry challenge can become a student project; that project can produce a prototype; and a promising prototype can progress toward a product or enterprise.
Entrepreneurship with a Sustainability Lens
ATU's entrepreneurship agenda is increasingly shaped by sustainability and the development priorities of Ghana and Africa. The University sees opportunities for innovation in renewable energy, energy efficiency, the circular economy, sustainable construction, digital technologies, smart systems, and advanced manufacturing.
This focus encourages students to view pressing challenges as potential areas for enterprise. Energy access, waste management, transportation, housing, food systems, and climate resilience require solutions that can create measurable economic and social value.
The University is also preparing to strengthen entrepreneurship around emerging technologies such as artificial intelligence, the Internet of Things, renewable energy, green hydrogen, smart systems, and advanced manufacturing. At the same time, it aims to expand interdisciplinary innovation, bringing students from engineering, science, business, design, and other fields together to develop solutions and ventures.
A key priority is to strengthen the end-to-end innovation pipeline. ATU intends to improve mechanisms for identifying promising ideas and supporting them through ideation, prototyping, validation, intellectual property protection, incubation, financing, and commercialisation. Greater industry participation in mentoring, curriculum delivery, problem identification, and assessment will further strengthen this pathway.
Building a Technical University for the Next Economy
ATU's long-term vision is to become “the most preferred technical university in West Africa for sustainability-driven, industry-led, and innovation-based education.” This ambition places entrepreneurship within a broader institutional purpose: to produce graduates who can apply knowledge to create value.
Under the leadership of Vice-Chancellor Engr. Prof. Amevi Acakpovi, ATU is strengthening an academic environment shaped by technical education, applied research, industry collaboration, sustainability, and innovation. His background in energy systems engineering, research, standardisation, and academic leadership aligns with the University's focus on practical and technology-led development.
“Looking ahead, ATU plans to deepen industry and international partnerships, strengthen applied research and innovation infrastructure, expand entrepreneurship and technology-transfer opportunities, and create more avenues for students to develop and test business ideas,” says Engr. Prof. Amevi Acakpovi.
The University's entrepreneurial ambition ultimately extends beyond producing graduates with certificates. It is about enabling them to leave with technical competence, practical experience, industry connections, and the confidence to create solutions. By connecting technical education with incubation, industry, multidisciplinary collaboration, and sustainability, Accra Technical University is shaping an entrepreneurship model grounded in what its students can build, solve, and take forward into the economy.
The strongest models integrate applied learning, incubation, multidisciplinary collaboration, and industry access so that students can experience the full journey from identifying a problem to developing and commercialising a solution.
Accra Technical University (ATU), Ghana, is building its entrepreneurship ecosystem around this philosophy. Having evolved from a traditional technical institution into a growing technical university, ATU combines competency-based education with applied research, innovation, sustainability, industry engagement, and enterprise development.
With about 25 master’s degree programmes, 35 Bachelor of Technology programmes, 19 Higher National Diploma programmes programmes, and approximately 35,000 students, the University has created a broad platform for developing technically capable graduates who can contribute not only as professionals but also as innovators and entrepreneurs.
Embedding Entrepreneurship into Technical Education
ATU's approach to entrepreneurship is closely linked to its broader institutional transformation. The University has expanded its academic portfolio while establishing specialised platforms that connect education with employability, innovation,
technology, and industry. These include the DigiCAP Centre, the Sustainable Energy Service Centre, the Career Development Centre, and initiatives supported by the AFOS Foundation.
At the centre of its entrepreneurial ecosystem is the Centre for Entrepreneurship and Incubation Services (CEIS), which supports entrepreneurial thinking, idea development, and incubation. Students are encouraged to move beyond identifying a business idea and consider the larger questions around opportunity, market relevance, business models, financial viability, and enterprise development.
“The University's participation in the Research and Innovation Systems for Africa (RISA) project has further strengthened this ecosystem by supporting innovation and incubation activities. These initiatives help bridge academic work and solutions with commercial or social potential.
This approach reflects a clear institutional objective: technical education should not end with a qualification. It should give students the ability to recognise challenges, develop solutions, test their relevance, and explore pathways toward enterprise creation,” says Engr. Prof. Amevi Acakpovi.
From Practical Skills to Marketable Solutions
ATU's strongest entrepreneurial asset is its technical foundation. Students across engineering, applied sciences, business, technology, the built environment, design, and related disciplines develop practical competencies that can form the basis for new products and services.
Laboratory and workshop activities, project-based learning, industrial attachments, and experiential training expose students to real-world challenges. Rather than learning entrepreneurship solely through theory, students are encouraged to apply their technical knowledge to problems they encounter in industry and in society.
CEIS complements this practical foundation by helping students develop the business capabilities required to take an idea forward. These include opportunity identification, business model development, financial management, marketing, innovation management, and enterprise development. The objective is to ensure that students understand both sides of entrepreneurship: how to create a technically sound solution and how to determine whether that solution can generate sustainable value.
"ATU's long-term vision is to become the most preferred technical university in West Africa for sustainability-driven, industry-led and innovation-based education"
Engr. Prof. Amevi Acakpovi adds that “ATU’s multidisciplinary nature adds further depth. A technology-focused student can collaborate with peers in business, design, or digital disciplines to develop a more comprehensive venture. Engineering expertise can be combined with market research, financial planning, product design, branding, and customer experience. Such collaboration encourages students to approach entrepreneurship as a team-driven process rather than an individual exercise.”
The result is an applied model in which technical competence becomes the starting point for innovation, while entrepreneurial capabilities help determine where that innovation can go.
Bringing Industry into the Innovation Journey
Industry engagement is another important component of ATU's entrepreneurship strategy. The University has developed partnerships with companies, professional organisations, universities, technology institutions, and development organisations in Ghana and internationally. These relationships create opportunities for internships, industrial attachments, mentorship, professional training, applied research, curriculum development, technology transfer, and employment.
Partnerships with organisations such as Polytanks Ghana Limited and 5 Star Engineering Limited provide practical, professional exposure. Collaboration with Nestlé Ghana Limited includes theoretical and practical training, internships, mentorship, and career development opportunities, particularly for female engineering students. Engagement with Npontu Technologies provides industry-based learning opportunities for students in computing and information technology-related fields.
ATU's industry connections also extend to emerging technologies. For example, its collaboration with A-Tech Group of Korea provides exposure to areas such as drone technology, 3D printing, and wireless communication. These engagements introduce students to technologies that can form the basis for new products, services, and technology-driven businesses.
International partnerships complement this ecosystem by supporting student and staff mobility, joint research, knowledge exchange, and collaborative innovation. ATU maintains academic relationships with institutions across Africa, Asia, Europe, and North America.
Engr. Prof. Amevi Acakpovi explains that the University is increasingly focused on making these relationships functional rather than purely institutional. The aim is to bring industry problems into the University, involve stu¬dents and faculty in solving them, provide opportunities for testing and validation, and connect promising innovations with mentorship and incubation.
In practical terms, an industry challenge can become a student project; that project can produce a prototype; and a promising prototype can progress toward a product or enterprise.
Entrepreneurship with a Sustainability Lens
ATU's entrepreneurship agenda is increasingly shaped by sustainability and the development priorities of Ghana and Africa. The University sees opportunities for innovation in renewable energy, energy efficiency, the circular economy, sustainable construction, digital technologies, smart systems, and advanced manufacturing.
This focus encourages students to view pressing challenges as potential areas for enterprise. Energy access, waste management, transportation, housing, food systems, and climate resilience require solutions that can create measurable economic and social value.
The University is also preparing to strengthen entrepreneurship around emerging technologies such as artificial intelligence, the Internet of Things, renewable energy, green hydrogen, smart systems, and advanced manufacturing. At the same time, it aims to expand interdisciplinary innovation, bringing students from engineering, science, business, design, and other fields together to develop solutions and ventures.
A key priority is to strengthen the end-to-end innovation pipeline. ATU intends to improve mechanisms for identifying promising ideas and supporting them through ideation, prototyping, validation, intellectual property protection, incubation, financing, and commercialisation. Greater industry participation in mentoring, curriculum delivery, problem identification, and assessment will further strengthen this pathway.
Building a Technical University for the Next Economy
ATU's long-term vision is to become “the most preferred technical university in West Africa for sustainability-driven, industry-led, and innovation-based education.” This ambition places entrepreneurship within a broader institutional purpose: to produce graduates who can apply knowledge to create value.
Under the leadership of Vice-Chancellor Engr. Prof. Amevi Acakpovi, ATU is strengthening an academic environment shaped by technical education, applied research, industry collaboration, sustainability, and innovation. His background in energy systems engineering, research, standardisation, and academic leadership aligns with the University's focus on practical and technology-led development.
“Looking ahead, ATU plans to deepen industry and international partnerships, strengthen applied research and innovation infrastructure, expand entrepreneurship and technology-transfer opportunities, and create more avenues for students to develop and test business ideas,” says Engr. Prof. Amevi Acakpovi.
The University's entrepreneurial ambition ultimately extends beyond producing graduates with certificates. It is about enabling them to leave with technical competence, practical experience, industry connections, and the confidence to create solutions. By connecting technical education with incubation, industry, multidisciplinary collaboration, and sustainability, Accra Technical University is shaping an entrepreneurship model grounded in what its students can build, solve, and take forward into the economy.
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