This is a four-year degree programme awarded by the SLTC Research University for those passionate about advancing their knowledge and pursuing a career in the discipline of Biosystems Engineering. Approved by the University Grants Commission of Sri Lanka (UGC), this programme imparts a thorough knowledge of the various aspects of the discipline and the skills required to progress into a successful career.

This degree programme aims to provide students with an in-depth understanding of the complex physical, biological, and social systems and their interactions involved in Biosystems and its related areas such as food production, food processing, bioprocess technology, environmental technology, and sustainable management of agricultural technologies.

It integrates several disciplines and professional areas of engineering, science, policy, and management. This enables its graduates to gain a better understanding of the various biological systems, issues and research needs for addressing problems and improving the outputs and efficiencies from diverse specialties and the application of such knowledge for the successful and sustainable management of various biological systems. Being a research university, all undergraduates of the programme will engage in research and innovation, testing real-life applications of their knowledge alongside their mentors throughout their period of study.

The Biosystems Engineering degree program at SLTC is a four-year undergraduate program that covers a broad range of topics in the fields of biosystems Engineering.

The curriculum includes courses in General biology, Material science, Biochemistry, Thermodynamics and Bioenergy systems.

In addition to the below listed modules, the Winning Edge Undergraduate Skill Development Programme of SLTC is offered to the students with the objective of producing multitalented professionals equipped with the necessary skills and competencies on the four skills of communication:
Writing, Speaking, Reading and Listening, in English medium.

The modules are conducted in four levels:
Bronze, Silver, Gold, Platinum based on the competency level of the students. Completion of this full programme is a mandatory graduation requirement.

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Payment and Refund Policy

1 . Refunds – Registration Fee/ Down Payment/ Semester Payments

1.1. Students are refunded their registration fee/Down Payment in the following circumstances and all the refunds are facilitated only within a year.

a. Students who enroll pending results will be entitled to a refund of the course fee in the event such student fails to achieve the minimum requirement of 3 advanced level simple passes. Proof of A/L results will be a mandatory requirement to be eligible for a refund.

b. If a paid student is selected to follow the degree under the MOHE loan scheme within the first semester

c. A qualified Doctor’s recommendation is given to the student, that the student is unable to participate in academic activities due to mental or physical conditions.

1.2. University Semester fees are refunded only when a student fails the GCE Advanced Level examination. In all other cases, students must pay the semester fee.

1.3. If a student gets selected to MOHE after the 1^st Semester completion, the university will not refund the paid amount but will allow them to continue the degree as MOHE students.

2 . Invoicing

2.1. Invoices are raised based on the time of registration, prevailing discount schemes, and timing of the payment scheme selected by the student. Further, all invoices must be settled within the specified period mentioned on the invoice.

3 . Penalties

3.1. Management may charge penalty charges based on the late payment dates and the penalty rates will be changed based on the discretion of the management.

The BSc (Hons) in Biosystems Engineering at SLTC Sri Lanka is an innovative and specialized program designed to prepare students for the intersection of engineering, biology, and agriculture. This multidisciplinary degree equips students with a unique skill set that integrates engineering principles with biological systems, focusing on sustainable and efficient solutions for agricultural and environmental challenges.

Students enrolled in this program will explore a diverse range of subjects, including agricultural systems, bioresource engineering, environmental sustainability, precision agriculture, biological systems modeling, and more. The curriculum emphasizes hands-on learning through practical projects, fieldwork, and exposure to modern technologies used in the agricultural and environmental sectors.

Led by experienced faculty members and industry professionals, this program fosters critical thinking, problem-solving, and innovation in the context of agricultural and environmental engineering. Students will have access to specialized facilities and laboratories, enabling them to engage in research endeavors and gain insights into the latest advancements in biosystems engineering.

Upon completion of the degree, graduates will be well-equipped to pursue careers in various sectors, including agricultural engineering firms, environmental consulting, biotechnology companies, government agencies, and research institutions. They will possess the skills and knowledge required to design sustainable solutions, optimize agricultural processes, and contribute to environmental conservation through innovative engineering practices.