1. Master in Biosystems Engineering Aarhus University, Denmark Claus Grøn Sørensen Morten Dam Rasmussen

7. BioSystems Engineering
Master degree in
BioSystems Engineering
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

8. Master in BioSystems Engineering
Automation
Focus on:
Sensor technology and automation in farming
Analysis of sensor data
Automations systems and implementation
Environmental technologies
Integration of technical knowledge to improve environmental technologies
Production and usage of bio energy.
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

9. Master in BioSystems Engineering
Goal
Engineering background:
Integrate technical knowledge into environmental progresses
Develop technical solutions for a biological production
Biological background:
Advisors for technical developments of biosystems and technical solutions for environmental technologies
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

10. Biosystems Engineering, Automation
Thesis
A6 Information and comm. tech.
A14 Project theme Sensor and measuring technique (A8)
A8 Sensor technology and automatic control (BE1)
BE1 Biosystems instrumentation
BE2 Biosystems modelling
A7 Optimisation & decis. systems (BE2)
A15 Project theme Automation in biological systems (Be1, BE2)
A11 Automation in plant prod. (BE1, BE2)
A12 Automation animal envir. (BE1, BE2)
BE5
Open project work
A1 Basic statistics in life science
BE3 Innovation and entrepreneur ship
Semester 4
2 or 3 1
Optional courses
A13 Supply chain management

11. Bluetooth in precision livestock farming
Track of behavior and
daily rhythm of cows
Mil-
king
robot V
Feeding table
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

12. Robotics in precision plant production
Source: DR 1)
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

13. BioSystems Engineering, Environmental technologies
Thesis
M4 Soil science
M1 Life Cycle Assesment
M6 Emissions (BE1)
BE1 Biosystems instrumentation
BE2 Modelling of biological and technical systems
M20 Biogas technology (M11; BE2)
M18 Biomass conversion (M11)
M19 Harvest technologies (M17)
M14 Climatic control in livestock housing and green houses (BE1)
M17 Energy crop production
BE5
Open project work
M11 Microbiology and fermentation
Technical chemistry
Semester
4 Spring
3 Autm.
2 Spring
1 Autm.
M2 Nutrient cycling and environmental effects
Optional courses
BE3 Innovation and entrepreneur ship
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

14. Master in BioSystems Engineering
Environmental technologies and bio fuel
A popular neighbor?
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

15. Dissipation of air inside the building
Video exposure from tests
Computed with CFD2000 simulation program
Beam on top of the wall
Without wall beam
IBT Air Physics Laboratory
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

16. Dissipation of air from open barns IBT Air Physics Laboratory
Video exposure from tests
Computed with CFD2000 simulation program
Without strong windbreak in front of barn
With strong windbreak in front of barn
Wind
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology
IBT Air Physics Laboratory

17. Production of bioenergy
Master in BioSystems Engineering
Production of bioenergy

18. Complex problems are solved by specialists in co-operation
Theoretical courses
Project themes are problem oriented
Widely founded working groups
Research based
Thesis within a research environment or with a company
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology

19. In short!
BioSystems Engineers bridges the gap between hardcore biology and hardcore engineering
Biology (Thermo vision of rabbit)
Engineering (Robotics)
U N I V E R S I T Y O F A A R H U S
Faculty of Science and Technology