Technical Safety Norms
Safe practice for software, data, infrastructure, security and engineering work.
Safety Norms: Electrical Power Systems Engineering
These safety norms set out practical rules for students, instructors, technicians, and engineers who work with electrical power systems, including generation, transmission, distribution, substations, protection and control circuits, and laboratory test benches. They distinguish mandatory rules from recommendations and show where local law, utility procedures, and manufacturer instructions take precedence. The central principles are straightforward: treat every conductor as energized until a verified isolation proves otherwise, never work alone on energized or uncertain equipment, use permits and lockout procedures for every task, and stop work when conditions change. This document is educational guidance. It does not replace formal training, professional authorization, approved site procedures, supervision, or licensed professionals, and it should be adapted into locally approved procedures before use.
Read the safety norms TechnicalSafety Norms: Automotive and Aerospace Engineering
These safety norms guide learners, instructors, technicians, and visiting staff through the hazards of automotive and aerospace engineering work, including vehicle and rig testing, engine test cells, composite and metal fabrication, fuel and battery handling, high-voltage systems, rotating machinery, wind tunnel operation, and flight-line or road activity. They set mandatory rules where failure could injure people, damage property, or harm the public, and they separate those rules from recommended good practice. The norms cover roles, competence, hazard assessment, machine guarding, personal protective equipment, permits to work, energy isolation, maintenance, emergency response, incident reporting, environmental protection, and records. This is educational guidance and a starting point for locally approved procedures. Verify current laws, standards, and manufacturer instructions with competent authorities and qualified professionals before any work begins.
Read the safety norms TechnicalSafety Norms: Computer Vision Systems
This document sets out practical safety norms for teams that design, train, deploy, and operate computer vision systems. Computer vision turns camera images and video into detections, counts, measurements, and decisions, so its risks include exposure of identifiable people, compromise of cameras and model files, unsafe reliance on model output, and harm from misclassification in physical or business processes. The norms separate mandatory rules from recommendations and flag where law, standards, and vendor instructions depend on jurisdiction. They are a starting point for locally approved procedures, not legal advice, and they do not replace qualified security, privacy, engineering, or safety review. Verify current legal and standards requirements with competent authorities or qualified professionals before relying on them.
Read the safety norms TechnicalSafety Norms: Blockchain, Web3 and Emerging Digital Technologies
This document sets out practical safety norms for blockchain, Web3 and emerging digital technology work. It applies to people who design, build, test, operate, secure or use distributed ledgers, smart contracts, digital wallets, decentralized applications, tokenized assets and related tools, including AI-assisted code generation and on-chain analytics. The norms separate mandatory rules from recommendations and explain how to control access, protect private keys and personal data, design for failure, test only with authorization and respond to incidents. They are educational guidance and a starting point for locally approved procedures. Legal and regulatory requirements vary by jurisdiction and change over time, so readers must verify current obligations with qualified legal, compliance and security professionals before relying on any item.
Read the safety norms TechnicalSafety Norms: Data Engineering Solutions
This Safety Norms document sets practical rules for people who design, build, operate, and maintain data engineering solutions, including pipelines, warehouses, streaming platforms, and the server rooms beneath them. Data engineering looks like desk work, but it touches energized power equipment, heavy hardware, cooling systems, cloud accounts, personal information, and production systems that can harm staff, customers, and the public when handled carelessly. The norms separate mandatory rules from recommendations, name responsible roles, and describe hazard identification, change permits, lockout and tagout for authorized staff, maintenance, ergonomic and electrical safeguards, data protection controls, incident escalation, and e-waste disposal. This is educational guidance and a starting point for locally approved procedures. Laws, standards, and manufacturer instructions vary by jurisdiction and must be verified with qualified professionals and competent authorities.
Read the safety norms TechnicalSafety Norms: Civil, Structural and Construction Engineering
This Safety Norms document gives a practical starting point for people who design, analyze, supervise, inspect or build civil and structural works. It covers the activities, people, tools, sites and information involved in engineering practice, from ground investigation and excavation to formwork, lifting, concrete placement, demolition and maintenance of existing structures. It separates mandatory rules from recommendations, names responsible roles, and sets controls for hazards affecting workers and the public. 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 professional licensing, formal training, approved site procedures, supervision or emergency services.
Read the safety norms TechnicalSafety Norms: Data Visualization Techniques
These safety norms guide people who collect, prepare, design, and share charts, dashboards, and other visual representations of data. Data visualization looks harmless, but it can expose personal information, mislead decision makers, strain workstations, and leak confidential figures through careless sharing. This document sets out mandatory rules and recommended practices covering roles, competence, hazards, preventive controls, equipment and environment, information security, incident response, and review. It is educational guidance only. It does not replace organizational policy, formal training, data governance approval, or advice from qualified legal, privacy, or security professionals. Local procedures should be built from this starting point and checked against current laws and standards in your jurisdiction.
Read the safety norms TechnicalSafety Norms: Data Science and Business Analytics
This document sets out safety norms for data science and business analytics work. Although the field rarely involves physical hazards, it creates real harms: exposure of personal data, biased or unvalidated models that affect people's access to credit, jobs, or services, misleading dashboards that drive costly business decisions, and insecure tools that leak confidential information. The norms distinguish mandatory rules from recommended practice and identify the roles responsible for each control. They cover people, process, information, equipment, legal compliance, emergency readiness, and the physical workplace. Use this document as a starting point for locally approved procedures, and verify laws, standards, and contractual obligations with qualified legal, privacy, and information security professionals in your jurisdiction. This is educational guidance and does not replace formal training, supervision, or organizational policy.
Read the safety norms TechnicalSafety Norms: Cloud Architecture Planning
This Safety Norms document gives practical rules for planning cloud architectures so that people, customer data, and business operations are protected. It covers planning activities such as workload classification, account and network design, identity models, data placement, cost and capacity decisions, and recovery targets. It separates mandatory norms from recommendations and names the responsible role for each control. It is educational guidance and a starting point for locally approved standards. It does not replace professional security review, formal training, organizational policy, or legal advice. Laws, industry standards, and cloud provider terms vary by jurisdiction and change regularly, so verify current versions with qualified professionals and the provider documentation before relying on any requirement.
Read the safety norms TechnicalSafety Norms: Chemical and Process Engineering
This Safety Norms document provides a starting point for safe practice in chemical and process engineering, covering process design support, laboratory and pilot work, plant operation, maintenance, and commissioning. It separates mandatory norms from recommendations, identifies the people, tools, environments, and decisions involved, and sets expectations for hazard identification, process safeguards, permits, protective equipment, emergency response, and environmental protection. Chemical process work can release toxic, flammable, reactive, or pressurized material that affects workers and the public, so these norms emphasize prevention, competent authorization, and clear accountability. The content is educational guidance. It does not replace professional authorization, formal training, approved site procedures, supervision, or emergency services. Laws, standards, codes, and manufacturer instructions are jurisdiction-dependent and must be verified with competent authorities or qualified professionals.
Read the safety norms TechnicalSafety Norms: Digital Forensics and Threat Intelligence
This document sets out practical safety norms for digital forensics and threat intelligence work. It covers the people, tools, data, and decisions involved in collecting evidence, analyzing malware and attacker activity, and sharing indicators. Its goal is to prevent harm to systems, people, and investigations, to protect sensitive information, and to keep work lawful and defensible. Mandatory rules are stated with must, and recommendations are marked as recommended. Laws, regulations, privacy obligations, and contractual terms vary by jurisdiction and organization, so readers must verify current requirements with competent authorities, legal counsel, and qualified professionals. This is educational guidance. It is a starting point for locally approved procedures, not a substitute for authorization, formal training, supervision, or emergency services.
Read the safety norms TechnicalSafety Norms: Azure Cloud Fundamentals
This educational safety norms document supports learners, instructors, lab administrators, and early-career staff who use Azure Cloud Fundamentals to understand cloud accounts, subscriptions, resource groups, identity, networking basics, storage, cost management, and monitoring. It sets out mandatory rules that prevent harm to people, data, budgets, and shared services, and it separates these from recommendations. Typical activities include working in a lab tenant, using the web portal and command line tools, deploying templates, and reviewing dashboards. The norms emphasize least privilege, protection of personal and confidential information, authorized testing only, cost guardrails, and prompt escalation. They are a starting point for locally approved procedures. Organizations must verify current vendor documentation, licensing terms, and applicable laws with qualified professionals before adopting any requirement as binding.
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