Technical Safety Norms
Safe practice for software, data, infrastructure, security and engineering work.
Safety Norms: Renewable Energy and Smart Grid Technology
This document sets out safety norms for learners and practitioners working with renewable energy generation, energy storage, power electronics, and smart grid systems. It covers purpose and scope, roles and competence, realistic hazards such as electrical shock, arc flash, working at height, battery thermal events, rotating equipment, and cyber intrusion. Preventive controls include lockout tagout, permits to work, proven isolation, and planned maintenance. Mandatory rules are marked MUST and recommendations are marked SHOULD. Codes, grid rules, standards, and manufacturer manuals are jurisdiction-dependent and must be verified with the competent authority, network operator, or a qualified engineer. This is educational guidance only. It does not replace professional authorization, formal training, approved site procedures, supervision, or emergency services.
Read the safety norms TechnicalSafety Norms: Robotic Process Automation
This document sets out practical safety norms for robotic process automation, or RPA, the use of software bots that carry out rule-based tasks in business applications. Unlike factory robots, RPA bots have no physical moving parts, so the main hazards are digital: unauthorized access, exposed credentials, leaked or corrupted personal data, uncontrolled changes, and silent failures that process incorrect transactions at scale. The norms below separate mandatory rules from recommendations, assign responsibilities, and describe how to assess risk, control access, build and operate bots, maintain them, respond to incidents, keep records, and review performance. Laws, standards, and vendor instructions are jurisdiction dependent and must be verified with competent authorities or qualified professionals. This is educational guidance and a starting point for locally approved procedures.
Read the safety norms TechnicalSafety Norms: Thermal Systems and HVAC Engineering
This Safety Norms document sets practical rules for people who design, install, commission, operate, maintain, and decommission heating, ventilation, air conditioning, and refrigeration systems and the thermal processes they serve. It covers rotating equipment, pressurized hot water and steam, refrigerants, electrical isolation, confined spaces such as ducts and plant rooms, combustion appliances, cooling towers, and the occupants and public who may be exposed. Mandatory rules are labeled as norms and advisable practices are labeled as recommendations. Laws, codes, standards, and manufacturer instructions vary by jurisdiction and must be verified with competent authorities or qualified professionals. This is educational guidance. It does not replace formal training, licensing, approved procedures, supervision, or emergency services, and it is a starting point for locally approved safety procedures.
Read the safety norms TechnicalSafety Norms: Robotics, IoT and Industrial Automation Engineering
This safety norms document provides a starting point for managing hazards in robotics, Internet of Things (IoT) and industrial automation engineering work. It covers the people, tools, machines, networks and data involved in designing, commissioning, programming, maintaining and decommissioning automated systems. It separates mandatory rules, shown as must statements, from recommended practice and jurisdiction-dependent requirements. Robot cells, control panels, field sensors, wireless gateways and cloud dashboards each create distinct risks, including unexpected motion, stored energy, electrical shock, cyber intrusion and unplanned process release. The norms emphasize competence and authorization, hazard identification, machine safeguarding, lockout and tagout, permits to work, maintenance discipline, emergency response, environmental protection and continuous review. This is educational guidance and does not replace approved site procedures, formal training, supervision, or qualified professional advice.
Read the safety norms TechnicalSafety Norms: Telecommunications and Wireless Network Engineering
This document sets out safety norms for telecommunications and wireless network engineering, a field where engineers plan, install, commission, maintain, and troubleshoot radio sites, fiber and copper plant, power systems, core equipment, and network software. Its main concerns are falls from towers and rooftops, electrical and battery energy, radio frequency exposure, road work during drive tests, confined spaces, hazardous materials, and public access to sites. It also covers the information security and privacy duties that come with network access, site records, and customer data. The norms separate mandatory rules from recommendations, name responsible roles, and describe permits, reporting, and emergency escalation. Treat this as an educational starting point only. Local safety procedures, manufacturer instructions, and current laws and standards must be verified with competent authorities and qualified professionals before use.
Read the safety norms TechnicalSafety Norms: Software Development and Full-Stack Engineering
This document sets out practical safety norms for Software Development and Full-Stack Engineering. Its main concerns are harm to the people who build and operate systems, harm to users and the public when software controls physical or essential services, exposure of personal data, and environmental impacts from retired hardware. It covers purpose and scope, roles and competence, realistic hazards, preventive controls for code and deployments, equipment and information safeguards, incident and emergency escalation, records and training, and monitoring and review. Mandatory rules are distinguished from recommendations. Laws, privacy rules, and sector standards for safety-related software vary by jurisdiction and must be verified with competent authorities or qualified professionals. This is educational guidance and a starting point for locally approved procedures. It does not replace formal training, professional authorization, supervision, or emergency services.
Read the safety norms TechnicalSafety Norms: Penetration Testing Methods
This document sets out safety norms for penetration testing methods, the structured practice of probing systems, applications, networks, people, and physical controls for weaknesses under written authority. It is educational guidance. It does not replace formal training, recognized professional qualifications, employer-approved procedures, legal review, or supervision by experienced practitioners. Testing can interrupt production services, expose sensitive records, and create serious legal exposure when performed outside agreed scope. The norms below separate mandatory rules from recommendations, assign responsibilities, and describe how to control scope, manage hazards, protect data, operate tools safely, respond to incidents, and keep records. Laws, standards, and contractual obligations vary by jurisdiction and must be verified with competent authorities or qualified counsel before use.
Read the safety norms TechnicalSafety Norms: Solar Power Systems
This Safety Norms document gives practical rules for people who design, install, inspect, maintain, commission, or respond to incidents involving solar power systems, including rooftop and ground-mounted photovoltaic arrays, inverters, battery storage, and associated wiring. It separates mandatory rules from recommended practice and identifies who is responsible for each control. The main hazards are energized direct current circuits that remain live whenever light reaches the modules, falls from roofs and elevated structures, arc flash, fire, lifting injuries, and contact with nearby utility lines. This is educational guidance. It does not replace formal training, licensed electrical qualification, approved site procedures, supervision, or the instructions of qualified authorities, utilities, and manufacturers. Use it as a starting point for locally approved procedures.
Read the safety norms TechnicalSafety Norms: Geospatial Engineering and Surveying Technology
This Safety Norms document provides a starting point for safe practice in geospatial engineering and surveying technology. It covers field data collection with total stations, GNSS receivers, terrestrial and mobile laser scanners, unmanned aircraft systems, and survey vehicles, along with office processing of spatial data. The norms separate mandatory rules, marked MUST, from recommendations, marked SHOULD, and flag items that depend on jurisdiction. Core priorities are worker and public safety, hazard identification before entering a site, permit-controlled work near utilities, traffic and excavation hazards, laser and radio safeguards, equipment maintenance, incident escalation, and protection of data and the environment. This is educational guidance. It does not replace professional licensure, formal training, approved local procedures, supervision, or emergency services, and it must be adapted by qualified professionals before use.
Read the safety norms TechnicalSafety Norms: Naval Architecture Engineering
This Safety Norms document provides practical guidance for students, technicians, and early-career engineers working in naval architecture engineering, the discipline that designs, analyzes, and verifies the form, stability, structure, and performance of ships, boats, and offshore floating structures. It addresses the activities where harm most often occurs in this field: model basin and tank testing, stability and inclining experiments, structural fabrication support, hull and deck inspections, dockside and drydock visits, and computer-based design work that influences real vessels. The norms distinguish mandatory rules from recommendations, name responsible roles, and set out controls for hazards, permits, maintenance, emergency response, environmental protection, and information security. They are a starting point for locally approved procedures and must be checked against the laws, class rules, and yard requirements that apply where the work takes place.
Read the safety norms TechnicalSafety Norms: Smart Manufacturing Systems
These safety norms set out practical rules for people who design, install, program, operate, maintain, and support smart manufacturing systems. Smart manufacturing combines networked machines, programmable logic controllers, robots, collaborative cells, automated guided vehicles, sensors, edge devices, manufacturing execution software, and data analytics. The norms separate mandatory rules from recommendations, assign responsibility for each control, and explain how to handle permits, lockout and tagout, maintenance, cyber incidents, emergency response, and environmental protection. They are educational guidance and a starting point for locally approved procedures. They do not replace qualified engineering review, formal training, supervision, manufacturer instructions, or requirements set by competent authorities. Verify current applicable laws and standards before use.
Read the safety norms TechnicalSafety Norms: Software Architecture and Engineering Best Practices
This document sets out practical safety norms for software architecture and engineering work. Architecture decisions shape how systems fail, who can be harmed by those failures, and how data about people is handled. The norms cover the purpose and scope of architectural work, the responsibilities of architects, engineers, operators, and reviewers, and the hazards that arise from design choices, releases, and operations. They separate mandatory rules from recommendations and identify where laws, standards, and contractual obligations depend on jurisdiction and sector. Systems that are safety-critical, regulated, or public-facing require formal professional authorization and approved procedures. This guidance is educational and does not replace them. Use it as a starting point for locally approved procedures.
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