The Industrial Chemical Engineering Technology (TRKI) Study Program at the UNDIP Vocational School is committed to producing graduates with broad competencies in the field of chemical engineering, integrating various technical, economic, environmental, and social aspects. Graduates are expected to make a positive contribution to the development of the chemical and technology industries, and to play an active role in promoting industrial sustainability at the national and global levels.
The learning outcomes set for the TRKI Study Program are as follows:
- Professional Competence and Lifelong Learning
Graduates are expected to work professionally based on divine, humanistic, diverse values, and norms prevailing in society, and to become independent lifelong learners with critical thinking skills.
- Mastery of Basic Engineering
Concepts Graduates will master basic theories in mathematics, natural sciences, computation, and engineering, and be able to apply these concepts in process control.
- Application of Critical and Innovative
Thinking Graduates can apply logical, critical, and innovative thinking in their work, and produce studies in the form of working papers or design specifications that meet industry standards.
- Mastery of Information Technology and Social Communication
Graduates are expected to master information technology, presentation skills, and effective social communication, to support industrial activities and expand their professional network.
- Ability to Operate Processes and Ensure Safety
Graduates are able to operate process units (laboratory, pilot scale, and mini plant), as well as troubleshoot and shut down, while considering safety, occupational health, and the environment.
- Production Process Optimization
Graduates can optimize factory process conditions and select the right resources to maximize profits, while maintaining operational sustainability and adhering to safety and environmental standards.
- Process and Processing System Design
Graduates can design the necessary processing systems and processes to transform raw materials into value-added products, using effective analytical approaches and process simulations.
- Project Management and Teamwork
Graduates are responsible for completing independent projects and collaborating with teams in project management, as well as actively contributing to group goal achievement.
- Project Management and Economic Analysis
Able to conduct feasibility analyzes and evaluations of engineering ventures that can generate profits thru improved well-being and have a positive and sustainable impact on the environment.