Description
The Bio-engineering study program is an interdisciplinary science and engineering that can be applied in engineering production systems using biological agents such as plants, microbes, and animals to produce high-value bioproducts using the biorefinery concept. The biorefinery concept includes production systems, technologies, and processes that can optimize raw materials, minimize waste and maximize profits for sustainable bio-industrial development. The biorefinery concept includes production systems, technologies, and strategies to optimize raw materials, reduce waste and maximize profits for sustainable bio-industrial development.

Research Topic
Bioengineering is an interdisciplinary of:

1. Basic engineering knowledge
2. Basic knowledge of life science
3. Application of engineering principles in plant-based production system engineering

Excellence 
The Bioengineering Study Program has been accredited nationally by BAN-PT and internationally by IABEE. Students of the Bioengineering Study Program have achieved achievements in various national and international competency events. For example:

1. Best Presentation of Paper Competition in International Scientific Writing Competition of Space Up 5.0 2023
2. 1st winner of Chemical in Action (CIA) 2022
3. Finalist of L'oréal Brandstorm 2022
4. Awardee of Indonesian International Student Mobility Awards (IISMA) 2021

Objective
The Bioengineering Study Program aims to achieve the following 10 Learning Outcomes:

• Application of Scientific, Mathematical, and IT Knowledge: Acquire a comprehensive understanding of the principles and approaches of biosystem engineering by effectively applying knowledge from science, mathematics, and information technology.
• Design of Process Systems and Production Operations: Design efficient processes and production operations utilizing local and national biological resources. This involves applying biorefinery principles to economically produce bioproducts with high yield, productivity, and quality.
• Experimental Design and Data Analysis: Develop the ability to design and conduct experiments and analyze and interpret data, providing a solid foundation for engineering evaluation.
• Problem Identification and Solving: Demonstrate ability to effectively identify, organize, and solve bioengineering problems.
• Application of Principles and Technical Tools: Apply cutting-edge principles, approaches, and technical tools to advance the development of bio-based industries.
• Effective Scientific Communication: Use proficient written and oral communication skills to convey scientific information effectively.
• Research and Project Management: Plan, execute, and evaluate final research and pre-design projects within the available facilities.
• Adaptability and Collaboration: Demonstrate adaptability in diverse cultural environments and effectively work independently or in groups, fostering collaboration within the field and across scientific disciplines.
• Social Responsibility: Exhibit a sense of responsibility by analyzing and providing solutions to the social, economic, and environmental impacts of engineering applications while being responsive to the needs of society.
• Lifelong Learning: Recognize the importance of lifelong education and embrace a proactive, systematic, creative, critical, and innovative mindset.

Career Prospect
Bioengineering graduates have career opportunities, including:

1. Bioindustry (pharmaceutical, bioenergy, cosmetics, food, and other biological resource-based industries)
2. Self-employed
3. Research Institution
4. Education/College
5. Government Agency

Curriculum 
Click this link link to view: https://rh.sith.itb.ac.id/struktur/

Address  
ITB Kampus Jatinangor
Jl Let. Jen. Purn. Dr. (HC). Mashudi 1 Sumedang – West Java, Indonesia
Website: https://rh.sith.itb.ac.id/ 
Phone number: +62-22-7798634
E-mail: rekayasahayati.itb@gmail.com