The Engineering Journey to Excellence: The Practical Asset Management Framework

BOOK DESCRIPTION — 3,820 characters, paste-ready Stop reacting to failure. Start running an asset management system. Most industrial plants treat maintenance as a queue of unrelated tickets. The result is the same everywhere: rising downtime, blown maintenance budgets, lost production, and a reliability engineer who fights yesterday's fire while tomorrow's is already smouldering. The fix is not a better CMMS, a heavier audit, or another "drive for zero" poster. The fix is a system. The Engineering Journey to Excellence is that system. Across 261 pages, this volume distils twenty years of consulting practice on industrial and mining sites across Africa, the Middle East, and Asia into one working manual — the Practical Asset Management Framework (PAMF), fully aligned with ISO 55001:2024, SAE JA1011 / JA1012, and ISO 31010:2019. This is not a textbook. It is a blueprint a working engineer can open on Monday morning and apply by Friday. The HOTH Framework — House of Technical Health Eight technical pillars sit on one operating model and deliver four outcomes at once: production at plan, zero-harm safety, top-quartile cost discipline, and full standards compliance. Most plants achieve one or two. HOTH explains how to deliver all four — and keep them. The 8 Pillars I. The Operating Model — governance that aligns people, process, and SAP PM behind every asset-lifecycle decision. II. Asset Criticality — risk-based, FMECA-informed ranking that focuses engineering resource where it protects throughput. III. Maintenance Tactics — full RCM with SAE JA1011 §5.7 default actions, AIAG-VDA Action Priority, and the Nowlan-Heap six failure patterns. IV. Work Management — the work-order lifecycle, weekly scheduling rhythm, and the planning discipline that ends "no-one's job". V. Defect Elimination — the structured process for permanently removing chronic failures, with worked plant-floor examples. VI. Asset Performance Management — OEE, MTBF, MTTR, PM Compliance, and the cascaded KPI catalogue that connects shop floor to executive. VII. Lean and Six Sigma — SIPOC, DMAIC, and the LSS tools that actually apply in industrial maintenance. VIII. Integration, People, and Sustainment — cross-pillar data flows, the People pillar, and the sustainment rhythm that defeats programme drift. What you won't find in a competing text The Drift-Detection KPI Set — five leading indicators that warn of system decay 3–12 months before performance metrics move. A full chapter on JA1011 §5.7 Default Actions — failure-finding with the JA1012 interval formula, run-to-failure consequence test, redesign governance. Appendix A — 43 SAP PM transaction codes mapped to each pillar. Turns the framework into a Day-1 reference for SAP-using sites. A 107-term consolidated Glossary that aligns asset managers, reliability engineers, planners, operators, and executives on a single lexicon. 90+ figures and process diagrams — workshop-ready, plant-floor practical. Written for Asset Managers, Reliability Engineers, Plant Leaders, Maintenance Supervisors, Planners, and Asset Management Consultants responsible for industrial infrastructure that must run reliably, safely, and profitably — whether you are auditing against ISO 55001:2024, building an SAP PM programme from scratch, or re-engineering your culture out of permanent firefighting. About the author Johan Nortje is Lead Asset Management Engineer and Director at NJN Consulting. He has spent more than twenty years translating the international standards — ISO 55001, SAE JA1011 / JA1012, ISO 31010, IEC 62740 — and the academic foundations of Reliability-Centered Maintenance into practical programmes that deliver measurable results on real industrial and mining sites. The framework is the manual. This is the manual.