In the past years, Model-Based Development and Verification (MBDV) technology has been widely used and accepted in software production. When this technology is used in airborne software, a number of key issues should be considered to ensure the airworthiness objectives and safety goals. In order to clarify these issues and ease the use the MBDV technology, DO-331 is published as a supplement to DO-178C, to provide consensus guidance to applicants and certification authorities.
With the rapid growing of software production technology, MBDV has been used more and more in critical software applications. As a MBDV supplement to DO-178C, DO-331 provides guidance to MBDV usage in airborne software. However, applicants still face a lot of confusions: how to verify the model, how to establish the trace, and what certification credit MBDV can gain, etc. In this context, learning how to correctly understand and strictly meet the objectives DO-331 becomes very essential for the people developing airborne software using MBDV technology. This seminar aims to deliver a thorough understanding on the core concept and the utilization of DO-331.
This seminar will introduce attendees to the key issues that applicants should master to meet airworthiness objectives when MBDV technology and DO-331 is used as a mean of compliance, including the concept of model, the impact of MBDV on each software process, the practice and correct way to claim certification credits face to certification authorities, the correct use of DO-331 in combination with DO-178C.
Engineers in aviation airworthiness management and supplier management.
It is recommended that attendees shall have basic understanding of DO-178C and software engineering, and a Bachelor Degree on technical area.
Dr. Wang is the CTO of Shanghai Aviation Technologies Co., Ltd. During his research and work experience in France, Mr. Wang has been deeply involved in software development, software certification and tool qualification. He has accumulated rich experience in software implementation and certification under the circumstance of airworthiness requirements based on DO-178C standard and its supplements. As a member of SC-205/WG-71, the editorial committee of DO-178C standard series, Mr. WANG participates in the formulation of DO-178C, DO-330, DO-331, DO-332, DO-333, DO-278A, DO-248C and other standards.
Dr. WANG has published dozens of technical papers in China and abroad. He has also authored a book, Best Practice for Airborne Software Production Workflow. Dr. Yunming WANG obtained his B. S. in Mathematics and M.S. in Computer Science from Fudan University, his PhD in Computer Science from INRIA.
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