Aims, Objectives and Program Learning Outcomes

Mission statement

The mission of the Mechanical Engineering (BSc) program at UBT is to educate competent mechanical engineers with strong theoretical knowledge and practical skills, capable of designing, analyzing, manufacturing, and maintaining mechanical systems that meet contemporary industrial, technological, and societal needs.

Vision

To become a leading undergraduate programme in Mechanical Engineering in Kosovo and the region, recognized for academic rigor, strong industrial integration, applied research orientation, and contribution to sustainable engineering development.

Programme Goals

To fulfil its mission, the Mechanical Engineering BSc programme pursues the following general goals:

G1 – Establish Strong Foundations in Mechanical Engineering Sciences
Provide students with solid theoretical foundations in mathematics, physics, materials science, mechanics, thermodynamics, and fluid mechanics as the basis for advanced engineering analysis and design.

G2 – Develop Applied Engineering Design and Analytical Competence
Prepare graduates capable of analyzing, designing, modeling, and optimizing mechanical components and systems using engineering standards and modern digital tools.

G3 – Integrate Digital Engineering and Modern Manufacturing Technologies
Equip students with competencies in CAD, CAM, FEM, automation, and smart manufacturing technologies to ensure readiness for contemporary industrial environments.

G4 – Promote Sustainable and Responsible Engineering Practice
Develop engineers who consider environmental impact, energy efficiency, safety standards, and ethical responsibility in engineering decision-making and system design.

G5 – Prepare Graduates for Professional Practice and Lifelong Learning
Ensure graduates possess professional, communication, teamwork, and project management skills necessary for successful employment, interdisciplinary collaboration, and continuous professional development.

Programme Objectives

To achieve these goals, the programme aims to:

PO1 Develop strong analytical and scientific competence in core mechanical engineering disciplines.

PO2 Enable students to design and analyse mechanical systems using engineering standards and digital tools.

PO3 Provide laboratory-based, project-oriented, and industry-aligned learning experiences.

PO4 Promote sustainability, safety, and ethical responsibility in engineering solutions.

PO5 Develop communication, teamwork, and project management skills.

PO6 Prepare graduates for employment, industry collaboration, and lifelong learning.

Program Learning Outcomes

Knowledge

• Demonstrates solid knowledge in mathematics, physics, materials science, and computational methods relevant to mechanical engineering analysis
• Explains principles of mechanics, strength of materials, thermodynamics, fluid mechanics, and machine elements.
• Understands mechanical design methodologies, manufacturing technologies (CNC, CAM, Additive Manufacturing), and production systems.
• Recognizes engineering standards (ISO), technical documentation practices, sustainability principles, and the economic and managerial context of engineering solutions.

Skills

• Applies analytical methods and engineering software tools to solve problems in statics, dynamics, structural analysis, and thermo-fluid systems.
• Uses CAD, CAM, and simulation tools (e.g., FEA software) for modeling, analysis, and technical documentation.
• Designs and optimizes mechanical components and production processes considering material, functional, safety, and manufacturing constraints.
• Develops and interprets technical drawings and production documentation in accordance with engineering standards.

Competencies

• Works independently and collaboratively in engineering projects, including internship and diploma thesis activities.
• Plans and manage engineering tasks while applying safety standards, ethical principles, and sustainability considerations.
• Evaluates and selects appropriate technologies and production systems for industrial applications.
• Reflects on own professional performance and engages in lifelong learning to adapt to technological and industrial developments.