• Earthquake-proof construction for architects and engineers: 17 September 2019 10am-5pm in Building 57 Room 208
• BIM - Building Information Modelling: Introduction and practical examples, H. Sadegh-Azar,
  19 June 2018 at 3pm-3.15pm in Building 42 Room 110
• Introduction to the application of modern software in statics (+BIM), Dipl.-Ing. (FH) Markus Öhlenschläger (mb AEC Software GmbH):
  Tuesday, 26 June 2018 (3pm-4pm in building 42-110) 
  Thursday, 21 June 2018 (9am-10.30am in building 46-280)
• BIM - Building Information Modelling: Introduction and practical examples, H. Sadegh-Azar,
  4 July 2017 at 3pm-4.15pm in Building 42 Room 110
  Introduction to the application of modern software in statics:
  Tuesday, 11 July 2017 3pm - 4.15pm in Building 42 Room 110 (Fundamentals)
  Thursday 13. July 2017 at 9am - 10.30am in building 46 room 280 (deepening)
• BIM - Building Information Modelling: Introduction and practical examples:
  Tuesday, 12 July 2016 3.30pm - 4.15pm Building 42 Room 110
  Elective subject: Civil engineering in industrial and power plant construction

Further training for structural engineers:

• Earthquake design - calculation examples: 12 October 2016, 1.30pm - 7.30pm
• Earthquake - Figures for earthquake design: 28 September 2016 1.30pm - 7.30pm

•  Overview of all events at Winter Term
• Structural analysis II
• Structural dynamics

1. Introduction
2. Foundamentals
3. Single-degree-of-freedom systems
4. Free Oscillation
5. Forced Oscillation
6. Multi-degree-of-freedom systems
7. Structures with distributed masses and stiffnesses
8. Introduction to earthquake engineering
9. Typical earthquake damage and structural behaviour during earthquakes
10. Earthquake design and the response spectrum method
11. Modal analytical response spectrum method
12. Earthquake design according to EC8/DIN4149
13. Calculation examples according to EC8
14. Calculation examples according to DIN 4149
15. Actions to increase earthquake safety

Special topics:
Aircraft Impact and Crash Analysis and Testing
Base Isolation: Structures and mechanical Components
Seismic Design of Bridges
Seismic Analysis of Dams
Human Induced Vibrations
Impact Loads, Explosion and Blast
Machinery-Induced Vibrations
Seismic Design of Tanks and Fluid Containers
Traffic Induced Vibrations

• Application of mathematical methods in civil engineering
• Civil Engineer Colloquium
• Civil engineering in industrial and power plant construction

• Overview of all events at Sommer Terms
  
• Structural analysis I
• Structural analysis III
• shell structures
• Nonlinear load-bearing behavior and higher stability theory
• Numerics and introduction to the finite element method
• Civil Engineer Colloquium
• Structural Dynamics and Earthquake Engineering - Structural Dynamics and Earthquake Engineering
  --> Contents

• The accompanying statics material and information on dates outside the courses can be found in the OLAT e-learning area under the heading: TU KL > FB: Civil Engineering > Statics and Dynamics of Structures