Degree

S.T

Accreditation

Very Good

Study Duration

8 Semesters

Description

The Bachelor of Civil Engineering Study Program at Universitas Batam is one of the pioneering academic programmes within the Faculty of Engineering, established in 2000 concurrently with the founding of Universitas Batam. Since its establishment, the programme has remained committed to delivering high-quality engineering education while contributing to the advancement of Indonesia's construction and infrastructure sectors.

In response to the increasingly complex and interdisciplinary challenges facing civil engineering—particularly those related to sustainable development, infrastructure resilience, and quality assurance—the programme prepares future civil engineers to become adaptive, innovative, and professionally competent in addressing contemporary engineering issues and future societal needs.

To ensure the relevance and quality of its academic offerings, the programme continuously reviews and develops its curriculum based on the principles of Outcome-Based Education (OBE) and the Indonesian National Qualifications Framework (KKNI). The curriculum is designed to equip graduates with comprehensive engineering knowledge, practical skills, problem-solving abilities, and professional competencies that align with the evolving needs of industry and society.

Through a learner-centred educational approach and strong engagement with students, academic staff, industry partners, and other stakeholders, the Bachelor of Civil Engineering Study Program strives to produce graduates who are work-ready, ethically responsible, and capable of contributing to sustainable infrastructure development at both the national and international levels.

Vision

To become a quality study program that produces graduates with strong character, professionalism, independence, and conscience, particularly in the science and practice of civil engineering, at the national and regional levels by 2045.

Mission

  1. To organize a research-based study program in the field of civil engineering.

  2. To produce job-ready graduates in the field of civil engineering.

  3. To establish areas of expertise and research groups in civil engineering, particularly in structural and concrete engineering.

  4. To carry out innovative basic, applied, and policy research in support of the development of civil engineering.

Objective

  1. To produce Bachelor's degree graduates in Civil Engineering who are skilled in concrete building construction, steel building construction, and road construction.

  2. To produce innovative research outputs within the scope of Bachelor's Civil Engineering, particularly in basic and applied research.

  3. To produce beneficial community service products/activities aimed at solving problems within society.

Curriculum

Semesters 1

No Code Course Credits
1 MPK041203 Religious Education 2
2 MKB041201 Calculus I 3
3 MPK041205 Civic Education 2
4 MKK041304 English 3
5 MKK041203 Engineering Geology 2
6 MKK041202 Technical Drawing 2
7 MPK041202 Engineering Mechanics I 2
8 MKK041301 Basic Chemistry 2
9 MPK041201 Basic Physics 2

Semesters 2

No Code Course Credits
1 MKB042302 Land Surveying 3
2 MPK042204 Indonesian Language 2
3 MKK042306 Calculus II 3
4 MKK042408 Fluid Mechanics & Hydraulics 4
5 MKK042307 Engineering Mechanics II 2
6 MKK042210 Engineering Drawing 2
7 MKK042209 Building Materials Science 3

Semesters 3

No Code Course Credits
1 MKB043203 Transportation Systems 2
2 MKK043224 Applied Hydraulics 2
3 MKK043311 Calculus III 3
4 MKK043314 Statistics and Probability 2
5 MKK043313 Soil Mechanics I 2
6 MKK043312 Engineering Mechanics III 2
7 MPB043201 Environmental Engineering 2

Semesters 4

No Code Course Credits
1 MKK044219 Numerical Analysis 2
2 MKK044217 Soil Mechanics II Practicum 2
3 MKK044220 Computer Language (Programming) 2
4 MKK044316 Engineering Mechanics IV 3
5 MPB044202 Project Cost Planning & Control 2
6 MKK044204 Timber Structures 2
7 MKK044218 Hydrology Engineering 2
8 MKB044305 Highway Engineering 3
9 MKK044315 Calculus IV 3

Semesters 5

No Code Course Credits
1 MKB045407 Concrete Structures I 4
2 MPB045204 Population & Environment 2
3 MKB045209 Foundation Engineering I 2
4 MKK045321 Engineering Mechanics V 3
5 MPB045203 Engineering Economics 3
6 MKB045408 Steel Structures I 4
7 MKB045206 Traffic Engineering 2

Semesters 6

No Code Course Credits
1 MKB046212 Ports/Harbors 2
2 MKB046311 Irrigation & Water Structures 3
3 MKB046315 Building Structure Planning 3
4 MKB046214 Mechanical Earthmoving / Heavy Equipment 2
5 MPB046205 Construction Management 2
6 MKB046213 Airfields 2
7 MPB046207 Legal Aspects in Construction 2
8 MKB046210 Urban Drainage 2
9 MKK046222 Engineering Mechanics VI 3

Semesters 7

No Code Course Credits
1 MKB047317 Steel Structures II 3
2 MKB047221 Earthquake Engineering 2
3 MBB047201 Internship 1
4 MKK047223 Research Methodology 2
5 MKB047316 Concrete Structures II Practicum 3
6 MKB047220 Prestressed Concrete 2
7 MKB047319 Highway Engineering II 2
8 MKB047318 Foundation Engineering II 2

Semesters 8

No Code Course Credits
1 MBB048503 Final Project 4
2 MKB048224 Finite Element Method 2
3 MKB048302 Community Service Program (KKN) 2

Graduate Profile

  1. Planning Consultant / Supervisor in Civil Engineering

    Graduates are able to serve as professional planning consultants or supervisors, applying technical standards, regulations, and technology, as well as principles of sustainable infrastructure, to effectively and responsibly resolve construction-related issues.

  2. Civil Engineering Contractor

    Graduates are able to serve as construction practitioners with the ability to implement, organize, and control the construction process while taking into account environmental aspects, occupational health and safety (K3), resource management, and cost control. Graduates are also able to resolve construction implementation issues while maintaining control over time, quality, and quantity of work.

  3. Infrastructure Project Manager

    Graduates are able to serve as infrastructure project managers with the ability to manage planning, implementation, and maintenance activities for construction in a sustainable, efficient, and environmentally conscious manner.

  4. Technical Controller

    Graduates are able to serve as technical controllers or policy support staff within government institutions in the field of civil engineering, integrating technical expertise in construction and infrastructure, an understanding of regulations and public policy, and principles of sustainable infrastructure development, particularly in island and coastal regions.

  5. Civil Engineering Researcher / Academic

    Graduates are able to serve as professional academics in the development and dissemination of science and technology in the field of civil engineering, and are capable of solving knowledge-based problems by applying the principles of lifelong learning and sensitivity to current issues, whether within government or private institutions.