The learning outcomes of the Mechanical Engineering Undergraduate Program at Hasanuddin University are as follows:

The Professional Profile of the Mechanical Engineering Study Program is to produce graduates who have:

• Students are able to apply mathematics and basic science, knowledge and mechanical engineering skills to solve mechanical system problems (Academic Accomplishment)
• Students are able to demonstrate managerial skills, effective communication, professional ethics, safety and occupational health in their professional careers (Professional Accomplishment)
• Students are able to demonstrate resilience (maritime culture) and continuously develop themselves through education, research, professionalism, and entrepreneurship at both the national and international levels. (General Accomplishment)

The learning outcomes of the Mechanical Engineering Study Program, Department of Mechanical Engineering, FT Unhas, can be described as follows:

1. 1: The ability to communicate effectively as a team, both verbally and in writing, in academic and professional environments (Bachelor's degree)
2. 2: The ability to manage and develop processes, operational systems, and equipment while considering the technical and non-technical effects of industrial activities, working responsibly, professionally, and understanding professional ethics, while being aware of occupational health and safety (Master's degree)
3. 3: The ability to demonstrate a high level of resilience based on maritime culture, to grow and adapt to future challenges as a lifelong learner (S3)
4. 4: The ability to understand mathematics, basic science, and the fundamentals of engineering to solve problems in mechanical systems (P1)
5. 5: The ability to apply the principles of Mechanical Engineering to solve problems in mechanical engineering systems (P2)
6. 6: Ability to analyze problems in mechanical systems through investigation, data analysis, and interpretation (K1)
7. 7: Ability to conduct research involving the identification, formulation, and analysis of problems using modeling and simulation in mechanical systems (K2)
8. 8: Ability to design systems and equipment with knowledge of the design process for specific needs, considering technical standards, performance aspects, consistency, application, and sustainability (K3)

Teaching staff:

9 Professors
5 Senior Lecturers
5 Lecturers
1 Assistant Lecturer
6 Non-functional staff