Program Overview

Program Overview

The Mechanical engineering, university engineer/civil engineer program is a 3-5 year course of study that focuses on mechanical engineering and technical design. The program is designed to provide students with a broad foundation in mechanical engineering and mathematics, as well as the ability to use artificial intelligence as an engineering tool.

Program Details

• Duration: 3-5 years
• Language: Swedish and English
• Location: Johanneberg
• Number of Places: 240
• Field of Study: Mechanical engineering and technical design
• Degree: University engineer/Civil engineer
• Application Code: CTH-44000

Admission Requirements

• Basic Eligibility: Mathematics 4/Mathematics E, Physics 2, Chemistry 1, English 6
• Alternative Eligibility: Mathematics continuation level 2, Physics level 2, Chemistry level 1, English level 2
• Selection Criteria: Grade 81%, University exam 19%

Program Structure

The program is divided into two main paths: graduate engineer (3 years) and civil engineer (5 years). The first two years are common to both paths, providing a broad foundation in mechanical engineering and mathematics. After the second year, students can choose to specialize in either construction, production, or energy technology.

Career Opportunities

Graduates of the program can work in a variety of fields, including:

• Product development
• Construction
• CAD
• Automation
• Quality control
• Production technology

Research Areas

The program covers a range of research areas, including:

• Mechanics and materials technology
• Mechatronics and control technology
• Product development and production
• Programming, AI, CAD and construction
• Thermodynamics, energy technology and environment

Course Distribution

The program consists of the following course distribution:

• Finance and organization: 4%
• Mathematics and statistics: 21%
• Mechanics and materials technology: 17%
• Mechatronics and control technology: 4%
• Product development and production: 12%
• Programming, AI, CAD and construction: 12%
• Thermodynamics, energy technology and environment: 4%
• Elective courses, bachelor's thesis and degree-specific elements: 25%