With our expertise in safety, reliability and security engineering, along with our industry acknowledged know how in systems engineering and associated engineering processes we assist with every stage of technology development phases to assure the “fit for purpose” engineering of functionally safe, reliable and secure technical systems.
Our ROSAS staff is having an extensive engineering knowledge across different industries and is well versed with to-date and upcoming national and international safety and security rules, regulations and standards, hence, ROSAS will be your ideal partner in developing legally compliant safety critical and reliable technologies.
Being a part of the body of the University of Applied Sciences Fribourg (Switzerland) we educate students and graduates within applied research projects tailored to needs of our clients thus being a source of raising a new generation of “junior safety and reliability engineers.
ROSAS is supporting clients in functional safety, reliability and security aspects of industries focusing on technology development in aerospace, automotive, energy, machinery, medical systems, railways, robotics and space, including emerging domains like autonomous driving and drones.
ROSAS enables engineers as well as corporate stakeholders to plan and manage their projects and assets following the relevant engineering processes frameworks in conjunction with the applicable safety and security regulations and standards resulting in legally compliant systems.
Core domains are processes and systems risks assessment and optimization, functional safety engineering and functional safety management, reliability analysis, IT and embedded security analysis
ROSAS provides individually tailored training programs and seminars that enhance the knowledge relevant to functionally safe, reliable and secure systems of our customers. The training programs address the quality and understanding engineers and managers need to develop
their systems in compliance with system requirements and applicable safety and security regulations and standards.
They give not only an overview of industry specific functional safety engineering and management. Moreover it will review the use case related application of methodologies in correctly assessing safety and security critical applications as well as their reliability demands for the relevant industrial domains.
The key objective is how to do it! How to carry out Preliminary Hazard Analysis (PHA) in conjunction with a Layer of Protection Analysis (LOPA) to identify the Safety Integrity Level (SIL) targets for customer specific systems applications. How to assure that the systems actual SIL meet the safety targets. How to derive reasonable mitigation measures in case of deviations. How to develop the appropriate verification and validation strategies. But also how to establish the right organizational and process environment to perform a requirements compliant safety and reliability engineering.