College of Education

Be an expert in analyzing chemical processes and designing effective laboratory experiments which include gathering, analyzing and testing theories.

This program is a branch of engineering that utilizes the science and technology of design, development, implementation, maintenance, and integration of software and hardware components in the modern computing systems and computer-controlled equipment.

Develop your knowledge in the generation and utilization of electricity for industrial, commercial, and residential purposes.

Being a multidisciplinary program, BS IAM aims to prepare the students to be multi-skilled technologists who are familiar with electronics, electrical, computer, robotics, mechanical, and fluid power technology.

• Effective in the design of engineering technology solutions and the practical application of engineering technology principles
• Successfully employed in an engineering technology field, or accepted into graduate programs
• Serve communities, whether locally, nationally, or globally

Gain intensive classroom and field training in designing materials that enable different disciplines of engineering to advance such as glass fibers and telecommunication devices. You may also tackle areas in electronic ceramics and other biocompatible materials that are used to replace defective body tissues in hospital and clinic patients.

Mining Engineering is a profession that deals with the application of mathematics, natural and applied sciences, humanities and social sciences in mineral deposit assessment; mine feasibility study; mine design, development and construction; management of mining operations, mining and mineral economics, environmental protection and safety, and closure, and decommissioning to harness mineral resources safely and economically for the social and economic benefits of the country.

Be proficient with the knowledge of design, development, installation, operation and maintenance of anything that has moving parts such as machineries, engines, and structures used in industrial, biomedical, instrumentation and transportation systems.

This course is an interface of the disciplines of Civil Engineering and Construction Technology. It envisions to produce globally competent technologists who can perform analyses and design systems, specify project methods and materials, prepare building plans and cost estimates, manage technical activities in support of civil engineering project operations. Graduates of this course are also potential researchers and technopreneurs.

Develop a strong understanding of key competencies in circuits, controls, power and machinery and technical documentation. Students can gain hands-on practical knowledge in electrical engineering. Moreover, able to understand and translate electrical engineering design into an effective solution.

A combination of electrical engineering and computer science, this curriculum provides students with a foundation in basic science, mathematics, and software engineering.

Technology and skills development on electronics and communications systems and applications, but not limited to Full-Custom IC design layout, circuit assembly, embedded systems, artificial intelligence, instrumentation, and control. Specifically on determination of proper tools and equipment on any electronics components and systems.

Develop your knowledge in the generation and utilization of electricity for industrial, commercial, and residential purposes.

Develop a strong understanding of key competencies in circuits, controls, power and machinery and technical documentation. Students can gain hands-on practical knowledge in electrical engineering. Moreover, able to understand and translate electrical engineering design into an effective solution.

Gain intensive classroom and field training in designing materials that enable different disciplines of engineering to advance such as glass fibers and telecommunication devices. You may also tackle areas in electronic ceramics and other biocompatible materials that are used to replace defective body tissues in hospital and clinic patients.

Acquire in-depth knowledge in metallurgy and manufacturing processes and skill in designing and managing projects.

Acquire in-depth knowledge in metallurgy and materials science engineering focusing on minerals processing and extractive metallurgy processes and skill in designing and managing metallurgical project.

Develop your technical skills and knowledge in planning, design, construction, supervision, and maintenance of civil engineering works.

Be an expert in analyzing chemical processes and designing effective laboratory experiments which include gathering, analyzing and testing theories.

Develop an in-depth and practical knowledge in chemistry, analytical methods, instrumentation, quality assurance and quality control, health and safety, and chemical processes and operations for industrial applications.

Be proficient with the knowledge of design, development, installation, operation and maintenance of anything that has moving parts such as machineries, engines, and structures used in industrial, biomedical, instrumentation and transportation systems.

Develop fundamental competencies about the technologies, processes, and skills involved in designing and manufacturing industrial products, Refrigeration and Air-conditioning, and Automotive applications. Students will gain practical knowledge and skills in operations, service maintenance, troubleshooting, and repairs. Also able to understand schematics and circuits related to mechanical designs and fabrication.