Technical Trade SchoolBOOT advanced-bootcamp
BOOT-NIA
Concept reading and source route

BOOT-NIA Reading Guide

How to use this reading guide

This is the concept-review layer for a 100% online course. Read each module before its lesson, complete the retrieval prompts without looking, then use the linked authoritative sources to verify project-specific editions, requirements, and manufacturer procedures.

Online evidence is not OJL: browser simulations, document cases, and isolated remote equipment build reasoning and documentation skill; supervised field performance is recorded separately.

Module 1

Operator roles, tasks, consequences and evidence needs

Why it matters: Interfaces exist to support safe decisions and actions; screen inventories and visual preference are secondary to consequential tasks.

Vocabulary and working scope

Operator/technician/manager roles; goals; decisions; frequency; consequence; normal/abnormal; authority; source drilldown; completion evidence; recovery.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

An operator must identify why a zone is hot, but the dashboard shows scores without source state, time, or drilldown.

Calculation: Calculate task frequency/consequence priority, required evidence coverage, decision time, and unresolved task risk.

Retrieval prompts

Module 2

Information architecture, page context and navigation

Why it matters: A page that is easy to reach but loses building, equipment, role, or time context can produce a fast wrong action.

Vocabulary and working scope

Portfolio/site/building/floor/equipment hierarchy; context; breadcrumbs; nav files; links; back path; role landing; search/filter; responsive regions; deep links; source context.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

Two AHUs share similar names and a floor link opens the same relative page against the wrong station context.

Calculation: Calculate path depth/clicks, wrong-context rate, task time, orphan/dead-end links, and responsive coverage.

Retrieval prompts

Module 3

Widgets, assets, values, units, precision and failure presentation

Why it matters: Every visual element needs a task purpose and complete data-state behavior; image ownership and accessibility are design requirements.

Vocabulary and working scope

Widget purpose; value/state; unit; precision; symbol; color/noncolor cue; licensed/original asset; chart/table; loading/null/down/stale; annotation; source.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

A gauge shows 72.000 degrees with no unit while a missing point renders as zero and a copied icon has unknown rights.

Calculation: Calculate precision from sensor/process need, chart scale, asset/license coverage, state coverage, and clutter/task ratio.

Retrieval prompts

Module 4

ORDs, bindings, context and complete state matrices

Why it matters: A binding that works in normal state is incomplete until identity, quality, time, failure, override, and changed context are visible.

Vocabulary and working scope

ORD; slot/property; relative binding; target context; conversion; units; status; timestamp; null; down; stale; fault; disabled; override; alarm; loading; fallback; drilldown.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

A temperature tile binds correctly on AHU-1, converts units twice on AHU-2, and shows stale data as normal.

Calculation: Calculate binding/state coverage, value/unit error, stale threshold, exception count, and two-instance reuse pass rate.

Retrieval prompts

Module 5

Safe actions, roles, priorities, confirmation, proof and recovery

Why it matters: A button click or successful write is not successful equipment operation, and the interface must not imply otherwise.

Vocabulary and working scope

Writable action; role/permission; value limits; priority; confirmation; reason; accepted/denied; command/proof; timeout; release; audit; undo/recovery; safety boundary.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

A fan command displays success for a viewer role while a higher priority prevents operation and no timeout appears.

Calculation: Calculate bounds, effective priority, command/proof error and timeout, denial coverage, audit completeness, and temporary-state closure.

Retrieval prompts

Module 6

Reusable PxInclude/templates, variants and regression

Why it matters: Reuse is a governed contract, not copy/paste; every variant and failure state must remain truthful.

Vocabulary and working scope

PxInclude/template; relative context; component contract; required/optional points; variants; missing data; naming/tags; version; consumer pages; change impact; regression.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

A VAV template works until a fan-powered box lacks discharge temperature and an older page expects a renamed slot.

Calculation: Calculate required/optional contract coverage, exception rate, regression scope/pass rate, and maintenance reduction.

Retrieval prompts

Module 7

Semantic navigation, hierarchies, filters and source drilldown

Why it matters: Semantic automation inherits data-quality defects; generated navigation requires validation and governed exceptions.

Vocabulary and working scope

Tags/relations; equipment/point context; hierarchy; nav generation; filters; floor/portfolio views; semantic query; ambiguous/missing tags; source link; governance.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

A filter excludes untagged critical equipment and groups two pumps under the wrong plant relation.

Calculation: Calculate semantic coverage, orphan/duplicate/ambiguous rates, filter precision/recall on a sample, and remediation backlog.

Retrieval prompts

Module 8

Alarms, trends, schedules, calendars and audit in task context

Why it matters: Alarm, trend, and schedule widgets are useful only when identity, quality, time, lifecycle, authority, and source context are preserved.

Vocabulary and working scope

Alarm state/priority/source/ack; trend value/quality/time; schedule/calendar/current/next event; audit; drilldown; comparison; operator notes; timezone/DST; export.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

A comfort complaint page hides an active schedule exception and trends use a different timezone than alarm timestamps.

Calculation: Calculate time offset, sample adequacy, alarm/task coverage, schedule precedence, and evidence retrieval time.

Retrieval prompts

Module 9

Accessibility, keyboard, responsive, latency and role testing

Why it matters: Accessibility is operational quality: an action or state unavailable without a mouse, color vision, perfect sight, or fast network is a functional defect.

Vocabulary and working scope

Keyboard order/focus; visible focus; labels; headings; landmarks; contrast; noncolor meaning; zoom/text scale; screen reader names; responsive layouts; touch targets; loading/latency; role views.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

The alarm table is unreadable at 200% zoom, keyboard focus disappears, and a mobile action button covers proof state.

Calculation: Calculate contrast from approved tools, task success/time/error by mode, breakpoint/state coverage, and latency percentiles.

Retrieval prompts

Module 10

Integrated operator workflow, deployment, rollback and handoff; UX capstone defense and maintainable design governance

Why it matters: A deployment is incomplete until the right artifact is on the right target, tasks pass across roles/states, rollback works, and operators receive a controlled handoff. Beauty is valuable only when it strengthens comprehension, action safety, context, evidence, accessibility, and maintainability.

Vocabulary and working scope

Five tasks; normal/failure/changed cases; versions; backup; target; deployment window; smoke/regression; permissions; rollback; cache/session; issue/retest; training; as-left. Design rationale; task evidence; style tokens; component contracts; asset rights; accessibility; state/action matrix; test results; change process; ownership; backlog; limitations.

Source-to-result trace

  1. Locate the controlling requirement and establish authority.
  2. Identify the physical and digital boundaries.
  3. Preserve as-found state and timestamps.
  4. Trace the initiating condition through logic, interfaces, equipment, and process response.
  5. Compare expected and actual evidence.
  6. Calculate with units and stated tolerance.
  7. Record action, result, restoration, uncertainty, and owner.

Worked thinking prompt

The new dashboard passes locally but production-like caching serves an old include and one role loses alarm drilldown. Changed-capstone condition: Stakeholders prefer a cleaner page that removes status text and diagnostic detail needed during failures.

Calculation: Calculate task and regression pass rates, issue severity/closure, deployment/rollback time, version coverage, and residual risk. Calculate requirement/task coverage, component reuse, state/accessibility defects, maintenance impact, accepted residual risk, and owner/due-date completeness.

Retrieval prompts

Required and deeper reading

Adoption note: Standards, codes, project requirements, owner criteria, manufacturer instructions, and employer safety programs control. Confirm the adopted edition and authority before applying a numeric requirement.