A RAAML driven case study in automotive safety analysis
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Typ | Bachelorarbeit |
|---|---|---|
| Aushang | 3. Bachelors RAAML CaseStudy.pdf | |
| Betreuer | Wenden Sie sich bei Interesse oder Fragen bitte an: Muhammad Minhas (E-Mail: muhammad.minhas@kit.edu) |
Motivation
As automotive systems become increasingly complex, understanding and mitigating risks is crucial for ensuring safety and reliability. The Risk Analysis and Assessment Modeling Language (RAAML) provides a structured approach to identifying and evaluating potential risks. This thesis offers the opportunity to develop a comprehensive case study utilizing RAAML, providing valuable insights into its practical application in the automotive industry. By contributing to this field, you will help enhance the safety protocols and risk management strategies in automotive design. The case study involves a braking system in modern cars. The primary objective is to understand the potential risks associated with this system and develop a comprehensive RAAML model to evaluate its safety and reliability.
Tasks
Gather data related to the braking system in modern cars, including potential risks, failure modes, and their interrelationships. Develop a detailed RAAML model representing the risk landscape of the braking system in modern cars. Identify key risk factors. Apply the developed RAAML model to identify potential risks associated with the braking system in modern cars. Evaluate the likelihood of these risks occurring and their severity, assigning a risk score for each identified risk.
Tools/Technology
- SysML, UML, RAAML, Papyrus
Benefits
- Working with cutting-edge and innovative technologies
- Close connection to ongoing/current research project
- Excellent working environment and intensive support