Modern Technologies And Technical Standards Development Presented by: Dr. KISIELEWICZ Date:8 March 2024 Outline - 1. Introduction - 2. Standardization - 3. Applications - 4. Challenges - 5. Conclusions Introduction - - Past • Standards • Universities Industry Future • Modern technologies • Innovation level:  National;  European;  International. • Industry Universities Standardization - - Critical aspects: • Experts; • National committee / Working meetings. Thousands of experts participate in IEC standardization work in IEC technical committees and subcommittees (TC/SCs). They are chosen by their National Committee (NC) to share their technical expertise and represent the national requirements of industry, government, test & research laboratories, academia or user groups at the global level in the IEC. Applications - Principal resource - System example • External supplementary resources • Process / transformation - Principal output - Layers concept - • Infrastructure / Component • Process / Transformation • Information / Data But “big" data Challenges - ACT • Work direction (continuation / changing) • Area  People;  Infrastructure / components;  Process / data transformation;  Information/data. - PLAN • This phase involves identifying a goal or purpose, formulating a theory, defining success metrics, and putting a plan into action. - CHECK • The mechanisms of the plan are implemented. The focus is to implement the plan, execute the process, and ultimately make the results. - DO • The results shall be analyzed and compare against the expected results (targets or goals) to determine any differences. - Ethical, legal and moral (ELM) impacts of novel technologies: • Ethical Issues: Consideration regarding principals, • standards or value according to which action character or outcomes may be judged (good or bad / wright or wrong); - • Legal issues: Considerations regarding law and government regulation / policy; • Moral: Consideration regarding the principles of right and wrong behavior Ethical, Legal, Social and Environmental Issues (ELSEI) impacts of novel technologies: • Ethical Issues: Consideration regarding principals, standards or value according to which action character or outcomes may be judged (good or bad / wright or wrong); • Legal issues: Considerations regarding law and government regulation / policy; • Social: Consideration regarding norms, norms, beliefs or practices of a particular community or grouping of people having common tradition, institutions, or collective activities and interests; • Environmental Issues: Considerations regarding interrelations between human activities and natural systems and ecology - Technology readiness levels (TRLs) • 1- Basic principles observed • 2-Technology concept formulated • 3-Experimental proof of concept • 4- Technology validated in lab • 5- Technology validated in relevant environment (industrially relevant environment in the case of key enabling technologies) • 6-Technology demonstrated in relevant environment (industrially relevant environment in the case of key enabling technologies) • 7- System prototype demonstration in operational environment • 8- System complete and qualified • 9- Actual system proven in operational environment (competitive manufacturing in the case of key enabling technologies; or in space) Conclusions - On the base of current achievements following conclusions could be formulated (selected only): • ELM / ELSEI concept could be applied to modern technologies development / deployment - problems are holistic; • Standards implementation can positively affect human component; • Standards implementation can positively affect technology / components reliability; • Standards implementation can assure process / infrastructure transparency; • Standards implementation can strength innovation implementation / development.