Learning Outcomes of the Chemical Engineering Technology Program (TRKI) at UNDIP Vocational School

The Chemical Engineering Technology Program (TRKI) at the Vocational School of Universitas Diponegoro (UNDIP) is committed to producing graduates who possess comprehensive competencies in chemical engineering, integrating various aspects of engineering, economics, environment, and social issues. Graduates are expected to contribute positively to the development of the chemical industry and technology, and to play an active role in promoting industry sustainability both nationally and globally.

The learning outcomes set for the TRKI program are as follows:

1. Professional Competence and Lifelong Learning
   Graduates are expected to work professionally based on values of divinity, humanity, diversity, and the norms prevailing in society, and to be lifelong learners who are independent and critical thinkers (CPL.1).

2. Mastery of Basic Engineering Concepts
   Graduates will master basic theoretical concepts in mathematics, natural sciences, computing, and engineering, and be able to apply these concepts in process control (CPL.2).

3. Application of Critical and Innovative Thinking
   Graduates will be able to apply logical, critical, and innovative thinking in their work and produce studies in the form of papers or design specifications that meet industry standards (CPL.3).

4. Mastery of Information Technology and Social Communication Skills
   Graduates are expected to be proficient in information technology, presentation skills, and effective social communication, in order to support industrial activities and expand professional networks (CPL.4).

5. Ability to Operate Processes and Ensure Safety
   Graduates will be able to operate process units (laboratory, pilot scale, and mini plants), conduct troubleshooting, and perform shutdowns while ensuring occupational safety, health, and environmental standards (K3L) (CPL.5).

6. Optimization of Production Processes
   Graduates will be able to optimize plant processes and select the appropriate resources to maximize profits, while maintaining operational sustainability and ensuring safety and environmental standards (CPL.6).

7. Process Design and Processing Systems
   Graduates will be able to design processes and processing systems required to transform raw materials into value-added products, using analytical approaches and process simulation effectively (CPL.7).

8. Project Management and Teamwork
   Graduates will be responsible for completing independent projects and collaborating with teams in project management, while playing an active role in achieving group objectives (CPL.8).

9. Feasibility Analysis and Evaluation for Sustainable Engineering Ventures
   Graduates will be able to analyze the feasibility and evaluate engineering ventures that can provide benefits through improved welfare while having a positive and sustainable impact on the environment (CPL.9).