Functional Safety Fundamentals for Automotive

Spring ’22 Discount – Enroll now and Save $100 - use code: fs100sp --> Gain a system-level perspective and achieve system safety Learn the fundamentals of system engineering, including the most important phases such as requirements engineering, design synthesis, implementation, verification, validation and disposal, and their impact on safety. Students in this course are introduced to the basic concepts, terminology and methods of engineering safe technical systems. They will be capable to correctly interpret and define technical safety while exploring the system engineering lifecycle...

Learn the most common safety analysis techniques System Analysis Techniques course gives an overview and classification of methods used to assess the safety of a system. Most common safety analysis methods are laid out and their workflows are described in detail. The methods covered include Preliminary Hazard List (PHL), Preliminary Hazard Analysis (PHA), Failure Mode and Effect Analysis and its variants (FMEA/FMEDA/FMECA/Fu-FMEA), Functional Failure Analysis (FFA), Hazard and Operability Analysis (HAZOP), Fault Tree Analysis (FTA), Event Tree Analysis (ETA). The course has a high practical...

Spring’22 Discount – Enroll now and Save $100 - use code: fs100sp --> Learn about Fault Tolerant Systems Fault Tolerant Systems course introduces basic concepts of design and implementation of fault tolerance mechanisms in general systems. Specific kind of fault tolerance are addressed, such as physical fault tolerance (adding redundant physical components), fault tolerance for information (error detecting and correcting codes) and temporal fault tolerance (via retry mechanisms). The purpose of this course is to establish fault tolerance as a measure to improve the dependability of systems...

Learn about Quality Management in Automotive Engineering and the impact on Safety. This quality and project management course introduces the key concepts of quality management used by companies in the industry and the impact of quality while achieving the safety goals. The curriculum lays out the basic methods and procedures for developing processes and process landscapes, as well as the principles of assessment and typical pitfalls. A common project management workflow is described and matched with typically assigned processes. Participants in this course will be able to identify safety...

Spring’22 Discount – Enroll now and Save $100 - use code: fs100sp --> Learn the Lifecycle and Mandatory Processes of Automotive ISO26262 Standard The increasing trend of vehicles embedded with more technological complexity has introduced risks from systematic and random hardware failures. This has led to the development to the ISO 26262 series of standards to address functional safety of electrical and/or electronic systems within road vehicles. Participants in this course will explore typical functional safety standards, their genesis, their role and their applicability in real-world...

Apply modeling methods to the technical safety concept. Automotive Functional Safety Design course provides the best practices in designing safety functions within safety-related systems in modern vehicles, with regards to system design. It will cover the concepts to prevent and tolerate faults in the system domain and prepare a foundation for hardware and software domains. The focus of this course is on understanding the applicability and limits of methods (formal and non-formal), with emphasis on functional safety. The course will examine how the formal model checking principles can be...

Learn about Automotive software This course expands on the overall role software plays in modern technical systems, with emphasis on next-generation vehicle designs where software takes the dominating role. The course bridges the discussion on the practical measures used in software design, as well as key programming constructs, with the take on complex software stacks including AUTOSAR, RTOS and their future role in automotive safety. Software decomposition and virtualization (hypervisors), AI algorithm isolation (caging), software upgrade procedures and cybersecurity aspects will also be...

Verification and validation processes and assessments. Verification and validation are deemed essential from the standpoint of communication, legal approval, and product placement. Participants in this course are exposed to test procedures and methodology, verification and validation processes and assessments related to the safety-related systems design. In the practical part of the course, students will be able to create a test plan for the safety-relevant area and coordinate it with the overall project management plan. They will learn in depth the test selection procedures and available...