Master's in Forest Biomaterials Science and Engineering

Master's in Forest Biomaterials Science and Engineering is the newly launched program of Madan Bhandari University of Science and Technology.

Intake Capacity: Up to 8

Program Aim

The program has been designed to provide graduates with:

1. Specialist in-depth knowledge of forest biomaterials science (chemistry and physics), engineering, and technology.
2. Understanding of Nepal's forest conservation and management practices and the importance of the forest sector to climate change, biodiversity, sustainable development, economic income, and social equity.
3. Provide first-hand knowledge on the forest sector through field trips, internships, and collaborative projects on addressing real issues faced by industries. They will work in the state-of-the-art laboratory facilities available at the university.
4. Latest research analysis and computer programming tools, such as Artificial Intelligence (AI) and data analytics and modeling.
5. Entrepreneurship, communications, and leadership training in the curriculum to develop professional skills.
6. Build partnerships among industry, community, academia, and government for an enriched educational experience.
7. Exposure to frontier science and technology developments through interactions with leading scientists worldwide and opportunities for collaboration and partnership with national and international institutes and industries.
8. Strengthen the forest-based industries such as timber seasoning, grading, plywood and wood-based biomaterials design, utilization of rosin, turpentine, tannin, cellulose, hemicellulose, lignin and herbal materials, and essential oil production and processing.

Learning Outcomes

1. The graduates specialized in cognitive and technical skills in forest biomaterials will independently demonstrate the following:
2. Capacity for independent research or experimentation using appropriate methods on forest biomaterials.
3. Communication, critical use of source material, experimental results, and published works in relevant peer-reviewed academic journals.
4. Diversification in the use of forest services and optimization in managing forest products for livelihood improvement.
5. Technological advancement and innovative processes are applicable in forest biomaterials for sustainable and environmentally friendly use and economic productivity.
6. Capacity to produce thesis and patent application meeting the international standards of science.
7. Contribute government strategy and policies for timber non-timber forest products and their utilization.