Pro Manual! DRBFM Implementation Procedure for Embedded Software Design Engineers

basic information

Detailed support menu to pave the future of small and medium-sized manufacturing industries ■ Online Young Leaders Factory Management Skills Improvement Seminar (4-part series) http://factorysupport-takasaki.com/article/493421683.html ■ Ready-to-use Pro Manual (for self-study, training young employees, on-site improvement guide) http://factorysupport-takasaki.com/article/424984376.html ■ Affordable Subsidy Application Support Business restructuring subsidies / manufacturing subsidies / support projects for diversifying overseas supply chains, etc. http://factorysupport-takasaki.com/article/498424788.html ■ Manufacturing Support Plastic prototype mold design and production (automotive, medical), ultra-gloss painting (piano black) http://shanghai-swifttech.com/ ■ Free Online Consultation https://mailform.mface.jp/frms/bintian/8s3ieuzwsa8f

Price range

Delivery Time

※Please feel free to consult with us.

Applications/Examples of results

Electronic device and embedded device design engineers use this as a tool in the design process to ensure reliability and safety design, as well as error-free design. 【Skills to be Acquired】 1. Application of FMEA/FTA and DRBFM to reliability and safety design 2. FMFA implementation methods for units including electronic circuits and embedded software 3. Knowledge management tools for past troubles such as failure mode lists and failure mode extraction tables 4. Design techniques, design procedures, and key points for mechatronic devices 5. Procedures for building quality during new product launches 6. Key points for ensuring quality in contract manufacturing with partner factories and procedures for conducting process audits <Services Offered> - Provision of explanatory materials - In-house training implementation - In-house training (including practical training) - Remote training

Detailed information

• 

  This flowchart shows the implementation procedure of the design process DRBFM. By using this procedure and the design tools and formats listed in the flow, FMEA can be easily conducted. For detailed explanations of the implementation procedure and tools, please refer to the instruction manual.

• 

  This diagram shows the relationship between embedded devices and software. When an event occurs, the software recognizes it and changes (transitions) the state of the device. During the design phase, a state transition diagram of the system is created, defining the collaboration between software and hardware without contradictions or omissions. For more details, please refer to the procedure manual.

• 

  Embedded devices function as systems that perform input, software processing, and output operations. Failure modes are defined as the inability of the above processes to be carried out normally, which signifies the destruction of the system. For more details, please refer to the procedure manual.