FUTMINNA Cut-Off Marks 2024/2025 is Out [UPDATED] (2024)

FUTMINNA Cut-Off Mark: The Federal University of Technology Minna (FUTMINNA) Cut-Off Marks for 2024/2025 Academic Session.

When considering admission into the Federal University of Technology Minna (FUTMINNA) for the 2024/2025 academic session, one of the most critical factors is the FUTMINNA cut-off mark.

This cut-off mark serves as the minimum score required in the Unified Tertiary Matriculation Examination (UTME) for prospective students to be eligible for the post-UTME screening exercise.

Understanding the Federal University of Technology Minna (FUTMINNA) cut-off mark will help you prepare effectively and increase your chances of gaining admission into your desired course.

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Read Also: Federal University of Technology Minna (FUTMINNA)

FUTMINNA JAMB Cut-off Mark for all Courses

The FUTMINNA JAMB Cut off marks ranges between 150-200depending on the course.

The above range of JAMB CUT-OFF MARKSis for all the FUTMINNA coursesbelow:

Is the FUTMINNA Cut-Off Mark for 2024/2025 Out??

YES. As as the time of updating this page, the Federal University of Technology Minna (FUTMINNA) Cut-Off Marks for 2024/2025 Academic Session has been released.

Always keep an eye on this page for the latest update on Post UTME News.

FUTMINNA Departmental Cut-Off Mark

FUTMINNA departmental cut-off markis usually different from their JAMB cut-off mark. The departmental cut-off mark is the final mark that will determine a candidate’s admission.

FUTMINNA has not made its departmental merit/ELDS/Catchment cutoff mark for the 2024/2025 session public.

If we should judge with previous years, then we will be right to say the FUTMINNA departmental cut-offmarkfor the 2024/2025session will likely not be made public. But if they do make it public, we will update this page as soon as possible.

About Federal University of Technology Minna (FUTMINNA)

The Federal University of Technology Minna (FUTMINNA), nestled in the vibrant city of Minna, Nigeria, is a hub of technological innovation and education. Established in 1983, the university quickly rose to prominence under the leadership of its first Vice-Chancellor, Professor J.O. Ndagi, who served until 1990.

FUTMINNA’s specialization in technological education has made it a go-to institution for aspiring technologists, offering Bachelor’s and Master’s degrees in various cutting-edge fields.

One of FUTMINNA’s standout achievements is its designation as a Centre of Excellence in Biotechnology and Genetic Engineering. The university boasts expertise in vaccine and drug development and even collaborates with the Armed Forces of Nigeria on small arms design—demonstrating its unique role in national development.

The university’s governance is overseen by the Council and the Senate, ensuring that its academic and administrative affairs are managed with the utmost efficiency.

Originally, FUTMINNA began its journey by repurposing the facilities of the former Government Teachers’ College Bosso, which now permanently serves as one of its campuses.

FUTMINNA’s commitment to research and knowledge dissemination is evident in its library services. Established in 1984, the Ibrahim Badamasi Babangida Library serves as the university’s main library across all campuses.

Under the stewardship of the current University Librarian, Dr. Katamba Abubakar Saka, the library continues to support the academic pursuits of students and faculty alike.

Beyond academics, FUTMINNA offers an impressive array of sports and recreational facilities. From floodlit arenas to athletics tracks, badminton courts, and even a 9-hole golf course, the university ensures that students enjoy a balanced and active lifestyle.

Not to be overlooked, the student-run radio station, Search FM 92.3, has been a vital part of campus life since it began broadcasting in August 2010. Despite a fire in 2013, the station was reborn with a new building and state-of-the-art studio, officially opened in 2014.

Currently, the university is under the capable leadership of Vice-Chancellor Professor Faruk Adamu Kuta, who continues to drive FUTMINNA’s mission of “Technology for Empowerment,” a motto that perfectly encapsulates the university’s role in shaping the future of Nigeria through technological innovation and education.

Overview Of Federal University of Technology Minna (FUTMINNA) Top Courses

1. Architecture

Overview: Architecture blends art, science, and technology to design and construct buildings and spaces. It focuses on creating structures that are functional, sustainable, and aesthetically pleasing.
Job Opportunities: Architect, Urban Planner, Landscape Architect, Interior Designer.
Potential Workplaces: Architectural firms, construction companies, urban planning departments, self-employment.
Contribution: Architects shape the environments we live in, promoting sustainable living through eco-friendly designs and enhancing the quality of life by creating inspiring spaces.

2. Computer Engineering

Overview: Computer Engineering integrates electrical engineering and computer science to develop hardware and software systems. It’s key to the advancement of technology in various industries.
Job Opportunities: Software Developer, Systems Engineer, Network Architect, Embedded Systems Designer.
Potential Workplaces: Tech companies, research institutions, telecommunication companies, startups.
Contribution: Computer engineers drive innovation, developing the technology that powers everything from healthcare to entertainment, making the world more connected and efficient.

3. Cyber Security Science

Overview: Cyber Security Science focuses on protecting computer systems and networks from cyber threats. It’s a critical field in the digital age, where data security is paramount.
Job Opportunities: Cybersecurity Analyst, Ethical Hacker, Information Security Manager, Security Consultant.
Potential Workplaces: Government agencies, financial institutions, tech companies, cybersecurity firms.
Contribution: Cybersecurity professionals safeguard sensitive information and critical infrastructure, ensuring privacy and security in the digital world.

4. Mechanical Engineering

Overview: Mechanical Engineering involves the design, analysis, and manufacture of mechanical systems. It’s a versatile field that applies to various industries, from automotive to energy.
Job Opportunities: Mechanical Engineer, Project Manager, Maintenance Engineer, Product Designer.
Potential Workplaces: Manufacturing plants, energy companies, automotive industry, aerospace.
Contribution: Mechanical engineers develop innovative solutions to improve efficiency and sustainability, contributing to advancements in technology and industry.

5. Chemical Engineering

Overview: Chemical Engineering combines chemistry, physics, biology, and engineering principles to produce chemicals, materials, and energy. It’s essential in industries like pharmaceuticals and energy.
Job Opportunities: Chemical Engineer, Process Engineer, Environmental Engineer, Quality Control Specialist.
Potential Workplaces: Chemical plants, pharmaceutical companies, environmental agencies, research labs.
Contribution: Chemical engineers work on creating sustainable processes, reducing waste, and developing cleaner energy sources, contributing to environmental protection.

6. Civil Engineering

Overview: Civil Engineering focuses on designing, constructing, and maintaining infrastructure like roads, bridges, and buildings. It’s fundamental to urban development and public works.
Job Opportunities: Civil Engineer, Structural Engineer, Construction Manager, Urban Planner.
Potential Workplaces: Construction companies, government agencies, consulting firms, infrastructure development companies.
Contribution: Civil engineers build and maintain the infrastructure that supports communities, improving safety, transportation, and access to essential services.

7. Electrical/Electronics Engineering

Overview: This course involves the study of electrical systems, electronics, and electromagnetism. It’s vital for the development and maintenance of electrical and electronic devices.
Job Opportunities: Electrical Engineer, Electronics Engineer, Control Systems Engineer, Telecommunications Engineer.
Potential Workplaces: Power generation companies, telecommunications firms, electronics manufacturing companies, research and development labs.
Contribution: Electrical and electronics engineers innovate in energy solutions and electronic devices, contributing to technological progress and energy sustainability.

8. Information Technology

Overview: Information Technology (IT) is about managing and processing information using computer systems and networks. It’s the backbone of the modern digital economy.
Job Opportunities: IT Consultant, Network Administrator, Systems Analyst, Database Administrator.
Potential Workplaces: IT firms, corporations, educational institutions, government agencies.
Contribution: IT professionals drive digital transformation, making information more accessible, secure, and manageable, which is critical for businesses and society.

9. Biochemistry

Overview: Biochemistry explores the chemical processes within living organisms. It’s crucial in fields like medicine, agriculture, and biotechnology.
Job Opportunities: Biochemist, Clinical Researcher, Pharmacologist, Forensic Scientist.
Potential Workplaces: Pharmaceutical companies, hospitals, research institutions, agricultural companies.
Contribution: Biochemists contribute to medical advancements, agricultural improvements, and environmental sustainability, making significant impacts on health and food security.

10. Microbiology

Overview: Microbiology is the study of microorganisms and their interactions with humans, animals, plants, and the environment. It’s essential in health, agriculture, and environmental science.
Job Opportunities: Microbiologist, Clinical Laboratory Scientist, Environmental Scientist, Food Safety Analyst.
Potential Workplaces: Hospitals, pharmaceutical companies, research labs, environmental agencies.
Contribution: Microbiologists work on developing vaccines, improving public health, ensuring food safety, and protecting the environment, making the world healthier and safer.

11. Telecommunication Engineering

Overview: Telecommunication Engineering focuses on the transmission of information across channels like cables, radio waves, and optical fibers. It’s vital for modern communication systems.
Job Opportunities: Telecom Engineer, Network Engineer, Systems Analyst, RF Engineer.
Potential Workplaces: Telecommunication companies, network service providers, IT firms, government communication departments.
Contribution: Telecommunication engineers enhance global connectivity, enabling efficient communication and access to information, which drives social and economic development.

12. Mechatronics Engineering

Overview: Mechatronics Engineering blends mechanical engineering, electronics, computer science, and control engineering to design and create smart systems and products.
Job Opportunities: Mechatronics Engineer, Automation Engineer, Robotics Engineer, Control Systems Engineer.
Potential Workplaces: Manufacturing companies, robotics firms, automotive industry, aerospace.
Contribution: Mechatronics engineers create advanced automation systems, improving efficiency in manufacturing, healthcare, and other industries, leading to innovation and productivity gains.

13. Petroleum and Gas Engineering

Overview: Petroleum and Gas Engineering involves the exploration, extraction, and production of oil and gas. It’s key to the energy sector, providing fuel and resources.
Job Opportunities: Petroleum Engineer, Drilling Engineer, Reservoir Engineer, Production Engineer.
Potential Workplaces: Oil and gas companies, energy firms, consulting companies, government energy departments.
Contribution: Petroleum engineers ensure the efficient and sustainable extraction of energy resources, balancing energy needs with environmental concerns, crucial for powering the world.

14. Chemical Engineering

Overview: This field focuses on the chemical processes involved in the production of a wide range of products, from pharmaceuticals to fuels. It plays a crucial role in many industries.
Job Opportunities: Chemical Engineer, Process Engineer, Quality Control Engineer, Environmental Engineer.
Potential Workplaces: Chemical manufacturing companies, pharmaceutical companies, environmental consulting firms, research labs.
Contribution: Chemical engineers contribute to the creation of sustainable processes and products, reducing environmental impact and enhancing industrial efficiency.

15. Building

Overview: Building Engineering involves the design, construction, and management of buildings and infrastructure. It’s critical in the development of safe, functional, and sustainable structures.
Job Opportunities: Construction Manager, Building Surveyor, Project Manager, Site Engineer.
Potential Workplaces: Construction companies, real estate firms, government agencies, architectural firms.
Contribution: Building engineers create the spaces where people live, work, and play, ensuring safety, sustainability, and innovation in construction.

16. Agric. and Bioresources Engineering

Overview: This course combines engineering principles with agricultural sciences to improve farming techniques, equipment, and sustainability.
Job Opportunities: Agricultural Engineer, Irrigation Engineer, Environmental Engineer, Food Processing Engineer.
Potential Workplaces: Agricultural companies, government agencies, research institutions, environmental organizations.
Contribution: Agricultural engineers enhance food production efficiency, develop sustainable farming practices, and contribute to food security and environmental conservation.

17. Material and Metallurgical Engineering

Overview: This course focuses on the study of materials’ properties and their applications, particularly in industries like manufacturing, aerospace, and construction.
Job Opportunities: Materials Engineer, Metallurgist, Quality Control Engineer, Research Scientist.
Potential Workplaces: Manufacturing companies, aerospace industries, research labs, construction firms.
Contribution: Material and metallurgical engineers develop new materials and improve existing ones, driving innovation in technology and contributing to advances in various industries.

Conclusion

In conclusion, the Federal University of Technology Minna (FUTMINNA) cut-off mark is a crucial criterion for prospective students aiming to secure admission for the 2024/2025 academic session.

By meeting or exceeding this benchmark, you significantly enhance your prospects of joining one of Nigeria’s leading institutions for technological education.

Stay informed, prepare diligently, and take the necessary steps to ensure your academic success at FUTMINNA.

We wish you the best of luck in your academic pursuit.

PUN TEAM…