1. Concentration of Control Engineering

a. Mastering software engineering for automatic control

b. Engineering master microprocessor-based electronic control device

c. Optimizing the computer's hardware configuration

2. Concentration of Computer Engineering

a. Mastering engineering computer-based electronic control device

b. Network engineering master computer and the Internet to control system

c. Optimizing the computer's hardware configuration

3. Concentration of Renewable Energy

a. Mastering the engineering of new renewable energy technologies as an alternative energy solution

b. Mastering the distribution of new renewable energy technologies.

Electronic Industry
Gas and Oil Industry (example: Pertamina, Total, SCHLUMBERGER, CHEVRON, HALLIBURTON, FREEPORT, CNOOC, etc.)
IT company
Telecommunications Company (example: Telkomsel, Indosat, ERICSSON, PT. Telkom, etc.)
Electric Power Company (example: PLN, INDONESIA POWER, POWER JAVA BALI (PJB), etc)
Government
Private Firms

Attitude

1. Be devoted to God and uphold human values.
2. Become academics who have an attitude of nationalism, are subject to the law and have tolerance in social life based on Pancasila.
3. Have integrity, be able to behave professionally and have an entrepreneurial spirit in the field of expertise independently.

General Skills

1. Have logical, critical, systematic, innovative thinking and be able to take a scientific approach in the context of the implementation of science and technology.
2. Show performance that is independent, quality, measurable and able to make the right decisions accompanied by a sense of responsibility in the context of completing work which includes supervision, evaluation and ensuring validity.
3. Maintain and develop networks of work either internally or externally.

Knowledge

1. Apply the knowledge of physics, university-level mathematics and computational knowledge needed to analyze and design complex devices.
2. Ability to apply core knowledge (Core Knowledge) in the field of electrical engineering.
3. Applying knowledge insights (Breadth Knowledge) in the field of electrical engineering.
4. Applying depth knowledge to various fields related to electrical engineering, especially control engineering, computer engineering, and new and renewable energy (EBT).

Special Skills

1. Ability to apply knowledge in the fields of mathematics, science, information technology and engineering to gain a thorough understanding of engineering principles.
2. Ability to design and conduct experiments in engineering to meet expected needs within realistic limits (e.g.: economic, environmental, social, political, ethical, health and safety) as well as to recognize and or harness the potential of local and national resources with global insights.
3. Ability to design and execute laboratory and/or field experiments and analyze and interpret data to strengthen engineering assessments.
4. Ability to identify, formulate, analyze and solve engineering problems.
5. The ability to use modern methods, skills and engineering devices needed in practice in the field of engineering.
6. Ability to communicate effectively both oral and written.
7. Ability to plan, complete and evaluate tasks systematically within existing boundaries.
8. Ability to work in cross-disciplinary and cross-cultural teams.
9. Ability to be responsible to the community and comply with professional ethics in solving engineering problems.
10. Ability to understand the need for lifelong learning, including access to knowledge related to relevant current issues.