Enrique Ruiz Zuniga
Associate Senior Lecturer in Production Engineering
School of Engineering Science
These packages can be complemented by additional courses, including language courses, for exchange students.
Please notice that the following information is subject to change and depends on the specific agreement with your home university.
Academic calendar
The international introduction programme starts the week before the official semester start date. Read more about the academic year.
Admission requirements
Please check the admission requirements for the course packages below. When reading individual courses, please check the individual admission requirements at the different course syllabus in the respective websites.
Note! Course code and course details are preliminary, they may be subject to change for the next autumn and spring semesters to similar/equivalent courses.
Engineering course packages
-
Course code, Course name, Period HT26
- PR033G, Fundamentals of Production Engineering (6 credits)
- PR520G, Industrial Digital Transformation (6 credits)
- PR310G, Industrial Robotics and Offline Programming (6 credits)
- PR503G, Production- and Logistics Simulation II (6 credits)
- PR501G, Production System Design (6 credits)
Course code, Course name, Period VT27
- PR513G, *Bachelor Degree Project in Industrial Engineering (30 credits)
Entry requirements
- The student must be studying an engineering program in Industrial Engineering, Production Engineering, Automation Engineering (or equivalent relevant area) and passed 120 credits within the engineering program.
- Out of the 120 credits, the student requires at least 45 past credits from core courses within automation, production or industrial engineering (or equivalent). Including courses in electricity, and production and manufacturing engineering or technology (or the equivalent).
- Also, out of the 120 credits, the student requires at least 15 credits in mathematics (including linear algebra and calculus), a basic course in statistics (or equivalent) and a basic course in programming (or equivalent).
- *To be eligible for the Bachelor Degree Project you must fulfill the requirements during the first semester of the course package.
Period (weeks)
- HT=Autumn semester
- VT=Spring semester
- Week 1=Official start week of the autumn or spring semester
For more information about the content of a course, see the course syllabus. Courses may be subject to change.
-
Course code, Course name, Period HT26
- PR033G, Fundamentals of Production Engineering (6 credits)
- IE141G, Project Management - Basic Concepts and Methods (7,5 credits)
- PR505G, Applied Operations Research (6 credits)
- PR503G, Production and Logistics Simulation II (6 credits)
- PR501G, Production System Design (6 credits)
Course code, Course name, Period VT27
- PR513G, *Bachelor Degree Project in Industrial Engineering (30 credits)
Entry requirements
- The student must be studying an engineering program in Industrial Engineering, Production Engineering, Industrial Management Engineering (or equivalent relevant area) and passed 120 credits within the engineering program.
- Out of the 120 credits, the student requires at least 45 past credits from core courses within production, industrial management or industrial engineering (or equivalent). Including courses in production and manufacturing engineering or technology (or the equivalent).
- Also, out of the 120 credits, the student requires at least 15 credits in mathematics (including linear algebra and calculus), a basic course in statistics (or equivalent) and a basic course in programming (or equivalent).
- *To be eligible for the Bachelor Degree Project you must fulfill the requirements during the first semester of the course package.
Period (weeks)
- HT=Autumn semester
- VT=Spring semester
- Week 1=Official start week of the autumn or spring semester
For more information about the content of a course, see the course syllabus. Courses may be subject to change.
-
Course code, Course name, Period HT26
- IP341G, Product Development Methods and Strategies (6 credits)
- IP504G, User Centered Design (6 credits)
- IP347G, Ergonomics Design and Evaluation Through Simulation (6 credits)
- IP521G, Design Methodology (6 credits)
- IP520G, Digital Tools in Product Development (6 credits)
Course code, Course name, Period VT27
- IP519G, *Bachelor Degree Project in Product Design Engineering (30 credits)
Entry requirements
- The student must be studying an engineering program in Product development, Engineering design or Mechanical Engineering (or equivalent relevant area) and passed 120 credits within the engineering program.
- Out of the 120 credits, the student requires at least 45 past credits from core courses within product design engineering or engineering design (or equivalent). Including courses in product development, in CAD (or the equivalent).
- Also, out of the 120 credits, the student requires at least 15 credits in mathematics (including linear algebra and calculus) and a basic course in statistics (or equivalent).
- *To be eligible for the Bachelor Degree Project you must fulfill the requirements during the first semester of the course package.
Period (weeks)
- HT=Autumn semester
- VT=Spring semester
- Week 1=Official start week of the autumn or spring semester
For more information about the content of a course, see the course syllabus. Courses may be subject to change.
-
Course code, Course name, Period HT26
- PR033G, Fundamentals of Production Engineering (6 credits)
- MT507G, Machine Elements (6 credits)
- MT355G, Mechanics IV (6 credits)
- MT510G, Applied FEM II (6 credits)
- MT508G, Material Processing Technology (6 credits)
Course code, Course name, Period VT27
- MT522G, *Bachelor Degree Project in Mechanical Engineering (30 credits)
Entry requirements
- The student must be studying an engineering program in Mechanical Engineering or Production Engineering (or equivalent relevant area) and passed 120 credits within the engineering program.
- Out of the 120 credits, the student requires at least 45 past credits from core courses within mechanical or production engineering (or equivalent). Including courses in Statics, in Dynamics, in Strength of Materials and in Manufacturing Technology (or the equivalent).
- Also, out of the 120 credits, the student requires at least 15 credits in mathematics (including linear algebra and calculus) and a basic course in statistics (or equivalent).
- *To be eligible for the Bachelor Degree Project you must fulfill the requirements during the first semester of the course package.
Period (weeks)
- HT=Autumn semester
- VT=Spring semester
- Week 1=Official start week of the autumn or spring semester
For more information about the content of a course, see the course syllabus. Courses may be subject to change.
Language courses
-
Course code, Course name, Period
- EN247G, English: Proficiency (7,5 credits): Lp4, Lp1
- EN244G, English: Academic Writing (7,5 credits): Lp5, Lp1-Lp2
- EN236G, English: Oral Presentation Techniques (7,5 credits): Lp5, Lp2
- SV133G, Swedish for International Students 1: Oral Proficiency and Listening Comprehension (7,5 credits): Lp4, Lp1
- SV134G, Swedish for International Students 2: Text and Grammar (7,5 credits): Lp5, Lp2
Approximate study periods:
- Lp4 = September–October
- Lp5 = November–December
- Lp1 = January–Mars
- Lp2 = April–June
For more information about the content of a course, see the course syllabus.
Courses may be subject to change.