Course Embedded System Project 
Responsible: Prof.Dr. Hartung
  Course 
  Meets requirements of following modules(MID) 
  
  Course Organization 
  
    
      | 
          | Version | 
            | created | 2013-07-24 |  
            | VID | 1 |  
            | valid from | WS 2012/13 |  
            | valid to |  |  |  | 
          | Course identifiers | 
            | Long name | Embedded System Project |  
            | CID | F07_ESP |  
            | CEID (exam identifier) |  |  | 
  
  
    
      | 
          | Contact hours per week (SWS) | 
            | Lecture |  |  
            | Exercise (unsplit) |  |  
            | Exercise (split) |  |  
            | Lab |  |  
            | Project | 4 |  
            | Seminar |  |  
            | Tutorial(voluntary) |  |  |  | 
          | Total contact hours | 
            | Lecture |  |  
            | Exercise (unsplit) |  |  
            | Exercise (split) |  |  
            | Lab |  |  
            | Project | 60 |  
            | Seminar |  |  
            | Tutorial (voluntary) |  |  |  | 
          | Max. capacity | 
            | Exercise (unsplit) |  |  
            | Exercise (split) |  |  
            | Lab |  |  
            | Project | 10 |  
            | Seminar |  |  | 
  
Total effort (hours): 150
  Instruction language 
  
  Study Level 
  
  Prerequisites 
 
-  description methods for embedded systems
-  experience in SOC design
-  programming experience with mini/microcontroller
-  basic knowledge in distributed programming
  Textbooks, Recommended Reading 
 
-  W. Wolf: Computer as Components: Principles of Embedded System Design
  Instructors 
  
  Supporting Scientific Staff 
 
-  Dipl.-Ing. Christoph Ctistis
  Transcipt Entry 
Embedded System Project
  Assessment 
  
    | Type | 
      | oE | discussion of project w.r.t. embedded system design methods | 
  
  
    | Total effort [hours] | 
      | wR | 20 | 
    
      | oE | 5 | 
  
Frequency: 1/year
  Course components 
  Project 
  Objectives  
  Aquired Skills 
 
-  development of an embedded system 
-  hardware design
-  system modelling
-  implementation
-  handle a complex system with a small team 
-  project planning and steering
-  fulfill tasks on schedule
 
-  presentation
 
  Operational Competences 
 
-  develop prototype of an embedded system 
-  description on different levels
-  system design
-  system implementation
 
-  handle a complex system with a small team 
-  project planning and steering
-  fulfill tasks on schedule
 
  Additional Component Assessment  
 
 
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