Bachelor of Science in Agricultural and Biosystems Engineering blends engineering fundamentals with agricultural science to create technologies that improve productivity, sustainability, and livelihoods in rural communities. Students get hands-on experience in farm machinery design, post-harvest systems, and energy recovery through lab work, field projects, and community extension – ideal for learners who like applied, impact-driven work. Graduates are sought after by agribusiness firms, equipment manufacturers, government agencies (agriculture and rural development), and NGOs focused on sustainable farming and food systems. Recent program strengths include active researcher engagement in regional mechanization and energy recovery projects and collaborations that connect students to real community problems.

The Bachelor of Science in Mining Engineering trains students in safe, efficient, and environmentally responsible extraction of mineral resources, with a strong emphasis on mine design, mineral processing, and geotechnical safety. The student experience combines classroom theory with practical labs, site visits, and industry internships that prepare graduates for operational and managerial roles in mining companies. Career paths span mine engineering, mineral processing, environmental compliance, consultancy, and regulatory work both locally and abroad. The program’s relevance is reinforced by industry partnerships and student participation in mining and safety competitions and workshops.

The Bachelor of Science in Geodetic Engineering develops expertise in land surveying, geospatial mapping, and positioning technologies (GNSS, remote sensing, GIS) that underpin infrastructure planning and natural resource management. Students learn precision measurement, data processing, and mapping through field surveying exercises, GIS labs, and capstone mapping projects that build professional portfolios. Graduates work as licensed geodetic engineers, surveyors, GIS specialists, mapping consultants, and in sectors such as infrastructure, urban planning, and disaster risk management. The program is known for producing graduates who are ready for licensing and for contributing to regional land development and cadastral projects.

The Bachelor of Science in Electronics Engineering focuses on electronic systems, instrumentation, control, telecommunications, and embedded systems, equipping students to design, build, and troubleshoot modern electronic solutions. Learning is project-based – circuit labs, microcontroller and PLC projects, and industry-linked design tasks give students practical, job-ready skills. Career opportunities include roles in electronics design and manufacturing, automation, telecommunications, instrumentation, and R&D in both private and public sectors. The department’s graduates have a track record of performing well in licensure exams and participating in technical competitions and industry training programs.

The Bachelor of Science in Civil Engineering trains students to design, build, and manage infrastructure, from roads and bridges to water supply and sanitation systems, with an emphasis on safety, sustainability, and community impact. Student experience blends rigorous theory with design studios, structural and materials labs, site inspections, and multi-disciplinary capstone projects that mirror real engineering practice. Graduates find work in consulting firms, government public works, construction management, structural design, and infrastructure planning, locally and internationally. The program is strengthened by faculty involvement in infrastructure research and collaborations that give students exposure to contemporary engineering challenges.

The Bachelor of Science in Geology teaches earth-system science, mineralogy, stratigraphy, and applied field methods to understand natural resources and geohazards. Students spend significant time in the field, conducting mapping, sampling, and site investigations, complemented by laboratory mineral analysis and interpretation exercises. Career paths include exploration and mining geology, environmental geology, geological consultancy, hazard assessment, and roles in government resource agencies. The program’s practical, field-oriented training and ties to regional resource studies help graduates transition quickly into industry and research roles.