IBM · Practice Exam · Specialty · Updated for 2026

IBM Maximo Manage v9 Work Management Specialty (S2000-026) Practice Exam

Cover every objective area of the S2000-026 exam — work-order lifecycle, job plans and safety, preventive maintenance, labor reporting and cost, and integration with inventory — with objective-mapped questions, source-linked explanations, and full timed simulation in Exam mode.

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Check this exam’s current status before scheduling

IBM’s certification page for the S2000-026 Work Management Specialty is no longer active, and IBM has introduced a successor/companion credential, C1000-205 — IBM Maximo Manage v9 Work Management – Associate. If you are choosing a Maximo work-management certification to pursue now, confirm on IBM’s site whether S2000-026 is still offered, and consider the C1000-205 Associate exam. The practice material below remains useful for the underlying work-management skills either way.

Verify current availability: Pearson VUE — IBM exams.

300+
Practice questions
5
Objective areas
2
Study modes
24h
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S2000-026 exam at a glance

Vendor
IBM
Exam code
S2000-026
Certification
IBM Maximo Manage v9 Work Management Specialty
Level
Specialty
Status
Verify with IBM — IBM’s certification page is no longer active; successor is C1000-205 (Associate)
Format
41 questions; multiple choice and multiple response
Duration
60 minutes
Passing score
29 of 41 correct
Delivery
Pearson VUE test center or online proctored
Prerequisites
None required. IBM recommends hands-on Maximo Manage v9 work-management experience; the Associate-level credential is a natural first step.
Cost (USD)
$100 USD (regional pricing varies) — confirm, as availability is changing

Sources: Pearson VUE — IBM exams · IBM Docs — Maximo Manage. Confirm the current status, question count, objective weights, and price with IBM before scheduling.

About the IBM Maximo Manage v9 Work Management Specialty certification

The IBM Maximo Manage v9 Work Management Specialty (exam S2000-026) validates that a specialist can configure and operate the work-management surface of IBM Maximo Manage v9 — work orders, job plans, preventive maintenance, labor and cost reporting, and the tie-in to inventory. It targets practitioners who keep maintenance work moving through an asset-intensive organization: utilities, manufacturing, transport, and public-sector asset owners. Questions are scenario-driven, going deeper than administrator-level items — expect cases where the right work-order flow depends on whether the asset has an active safety plan.

One thing to clear up before you schedule: the identifier S2113100 that appears in some listings is IBM’s certification/badge program ID, while S2000-026 is the exam registered at Pearson VUE. Note too that IBM has since introduced C1000-205, the Maximo Manage v9 Work Management – Associate exam, and IBM’s certification page for the S2000-026 Specialty is no longer active — so confirm which credential is current before committing a study plan (see the notice above).

Every PowerKram practice question maps to one of the five S2000-026 objective areas and links to the IBM Maximo Manage documentation it was derived from, so a weak area becomes a specific reading list rather than a guess. For broader context on the platform-administration skills this exam tests, see our platform administrator certification guide in the Learning Hub.

S2000-026 exam objective areas

The S2000-026 exam covers the five work-management areas below. IBM publishes the objective list on its exam page; the exact per-objective weights should be confirmed there, as they are not reproduced with invented figures here. Study each area in proportion to how much of your day-to-day Maximo work-management practice it represents.

Work Order Lifecycle

Work-order creation, approval states, execution, and completion workflows — including status-transition rules that gate actuals reporting and completion actions that roll cost up to the asset.

Core flow
Job Plans and Safety

Job-plan authoring, labor and material planning by task, and safety-plan integration — including permit requirements (hot work, confined space, LOTO) gated into the work-order workflow.

Planning & safety
Preventive Maintenance

Time-based and meter-based PM schedules, PM hierarchies, lead-time and generation parameters — keeping assets maintained proactively rather than reactively.

PM scheduling
Labor Reporting and Cost

Labor transactions with craft and rate, tool usage, and cost rollups — with status validation so actuals report only against appropriate work-order statuses.

Cost capture
Integration with Inventory

Item reservations, issue-and-return flows, and consumption tracking — planned material driving a reservation, issued at work start so inventory counts stay accurate.

Materials

Source: IBM Docs — Maximo Manage (work management). The objective list is IBM’s; confirm the exact per-objective weights on IBM’s exam page before relying on them.

Who S2000-026 is for

IBM positions this as a Specialty credential for practitioners who already configure Maximo work management, not a first Maximo exam. Given the new Associate-level exam (C1000-205), a sensible sequence is to establish work-management fundamentals first, then add specialty-depth configuration skills:

  • Maximo work-management specialists who configure the work-management module — work orders, job plans, PM, and the labor-reporting surface that captures actual cost against planned cost.
  • Maintenance planners and reliability engineers building PM programs, job plans, and safety plans across an asset-intensive estate.
  • EAM consultants advising utilities, manufacturers, and public-sector asset owners on Maximo work-management strategy and configuration.
  • Maximo administrators extending from platform administration into the work-management configuration surface.

If you are newer to Maximo work management, the Associate-level exam (C1000-205) is the appropriate starting point. For the roles this credential supports — along with salary ranges and progression paths — see our IT and systems administration career paths in the Career Hub.

What this S2000-026 practice exam delivers

Learn mode

Get the correct answer, the reasoning, and a direct link to the IBM Maximo Manage documentation each question was built from — immediately after each question. Best for Work Order Lifecycle and Job Plans, where safety-plan interactions are the main testing pattern.

Exam mode

41 questions on a 60-minute timer — the real S2000-026 format. The 60-minute limit is tighter than most IBM specialties, so build the pacing for scenario-style questions under real time pressure.

Source-linked explanations

Every answer cites the primary IBM Maximo Manage documentation page it derives from — work orders, job plans, PM, labor, and inventory — so you can verify and dig deeper rather than memorize.

Score by objective

Results break down across the five S2000-026 objective areas — Work Order Lifecycle, Job Plans and Safety, Preventive Maintenance, Labor Reporting, and Inventory — so practice tells you exactly which area to revisit.

Sample S2000-026 practice questions

Ten free questions across the five S2000-026 objective areas, with full explanations and source links to the IBM Maximo Manage documentation each is derived from. The complete bank is available with the 24-hour trial.

Question 1 · Work Order Lifecycle

A work-management specialist at Boxworth Manufacturing must configure work-order approval routing. Which Maximo Manage v9 approach fits the work-order lifecycle?

  1. Approve every work order automatically with no review
  2. Skip workflow and approve work orders via email
  3. Let any user move a work order to any state with no rules
  4. Configure a workflow process for the WORKORDER object with approval-state transitions, approver roles, escalation rules, and completion actions so the work order progresses through approval states predictably
Show answer & explanation

Correct: D — a workflow process with approval states, roles, escalations, and completion actions. A configured workflow on the WORKORDER object drives predictable approval-state transitions with the right approvers and escalations.

Why not the others: auto-approval (A), email-only approval (B), and no-rules free movement (C) all bypass controlled lifecycle management.

Source: IBM Docs — Maximo Manage work-order workflow → Further reading: PowerKram — workflow configuration →
Question 2 · Work Order Lifecycle

A specialist at Stonebridge Utility wants to prevent actuals reporting before a work order is Approved. Which control fits?

  1. Skip status controls and hope users follow process
  2. Allow actuals reporting on work orders in any status
  3. Configure status-transition rules so actuals (labor, materials, tools) can only be reported on work orders in Approved or higher statuses, blocking premature actuals with a validation message
  4. Block actuals reporting entirely to avoid errors
Show answer & explanation

Correct: C — status-transition rules that gate actuals to Approved-or-higher. Rules blocking actuals before approval, with a validation message, enforce lifecycle integrity without stopping legitimate reporting.

Why not the others: no restrictions (B), hope-for-process (A), and a blanket block (D) all fail lifecycle control.

Source: IBM Docs — work-order status rules →
Question 3 · Work Order Lifecycle

A specialist at Creswick Mining configures work-order completion to roll up costs to the asset. Which configuration fits?

  1. Skip cost rollup to save database space
  2. Configure the completion action to roll up actual costs (labor, materials, tools) to the parent asset so asset lifecycle cost reflects the completed work, per the documented costing rules
  3. Roll up costs only manually per request
  4. Hide costs entirely from the asset record
Show answer & explanation

Correct: B — completion action rolls actual cost up to the parent asset. Rolling labor, material, and tool cost to the asset at completion keeps asset lifecycle cost accurate.

Why not the others: skipping rollup (A), manual-only rollup (C), and hidden costs (D) all defeat asset-cost tracking.

Source: IBM Docs — cost rollup to assets → Further reading: PowerKram — asset cost management roles →
Question 4 · Job Plans and Safety

A specialist at Falcondale Refining authors a job plan for a high-risk maintenance task. Which job-plan design fits?

  1. Author the job plan with no safety-plan linkage
  2. Author the job plan with detailed tasks, labor/materials/tools planned by task, and link a safety plan so safety information flows to generated work orders
  3. Skip job plans and let technicians improvise
  4. Link every job plan to the same generic safety plan regardless of hazards
Show answer & explanation

Correct: B — a detailed job plan with a task-matched safety plan. Planning tasks, labor, materials, and tools and linking the right safety plan pushes safety information onto generated work orders.

Why not the others: no safety link (A), improvisation (C), and one-size-fits-all safety (D) all fail job-plan design.

Source: IBM Docs — job plans and safety plans → Further reading: PowerKram — process design & safety →
Question 5 · Job Plans and Safety

A safety-plan administration task at Bristmere Power must ensure permits are obtained before work starts. Which configuration fits?

  1. Skip permits to save time
  2. Allow work to start without permits and record permits after the fact
  3. Configure the safety plan with required permits (hot work, confined space, LOTO as appropriate) and tie the work-order workflow so permit steps are completed and signed before the work status advances to in-progress
  4. Record permits verbally with no documentation
Show answer & explanation

Correct: C — required permits on the safety plan, gated in the work-order workflow. Requiring completed, signed permits before work advances enforces safety compliance in the flow itself.

Why not the others: skipping (A), post-hoc permits (B), and verbal permits (D) all fail safety-plan compliance.

Source: IBM Docs — safety plans and permits →
Question 6 · Job Plans and Safety

A specialist at Salterly Chemicals wants planned hours and materials on job plans to drive default estimates on generated work orders. Which configuration fits?

  1. Configure labor, material, tool, and service estimates on the job plan so that when a work order is created from it (manually or via PM), those estimates flow onto the work order as planned values
  2. Leave all estimates blank on the job plan
  3. Require planners to re-enter estimates on every work order
  4. Skip planning and let actuals drive everything
Show answer & explanation

Correct: A — planned estimates on the job plan flow to generated work orders. Estimating labor, materials, tools, and services on the job plan seeds planned values automatically on each work order.

Why not the others: blank estimates (B), re-entry every time (C), and actuals-only (D) all defeat planning.

Source: IBM Docs — job-plan estimates →
Question 7 · Preventive Maintenance

A specialist at Hollowbrook Water creates a PM for a pump that needs inspection every 30 days. Which PM configuration fits?

  1. Create a time-based PM with a 30-day frequency, an associated job plan and safety plan, and lead time for work-order generation so the work order is created with enough notice for planners to schedule
  2. Set the PM with no frequency and hope it fires
  3. Generate work orders only after equipment fails
  4. Create a PM without a job plan and let technicians decide the scope
Show answer & explanation

Correct: A — a time-based PM with job plan, safety plan, and lead time. A 30-day frequency with lead time generates the work order early enough to plan and schedule.

Why not the others: no frequency (B), reactive-only (C), and no job plan (D) all fail PM design.

Source: IBM Docs — preventive maintenance → Further reading: PowerKram — scheduling & maintenance →
Question 8 · Preventive Maintenance

A specialist at Tarnbrook Logistics needs a PM based on vehicle mileage rather than time. Which PM configuration fits?

  1. Configure a meter-based PM using the vehicle’s odometer meter, with frequency defined in miles (or km), so work orders generate when meter readings cross the threshold
  2. Force time-based PMs for mileage-driven assets
  3. Skip meter-based PMs because meters are unreliable
  4. Generate PMs at random intervals and hope they align with mileage
Show answer & explanation

Correct: A — a meter-based PM on the odometer meter. Defining frequency in miles/km against the odometer meter generates work orders when readings cross the threshold.

Why not the others: time-only (B), skipping meters (C), and random intervals (D) all fail mileage-driven PM.

Source: IBM Docs — meter-based PM →
Question 9 · Labor Reporting and Cost

A specialist at Meadowview Industries must ensure technicians report actual hours accurately. Which labor-reporting configuration fits?

  1. Let anyone enter any hours on any work order
  2. Configure labor reporting with craft and hourly rates, require start/stop or hours entry per labor transaction, and validate against work-order status before permitting actuals — enabling accurate cost rollup
  3. Skip labor reporting and estimate after the fact
  4. Use a single default hourly rate for all crafts
Show answer & explanation

Correct: B — labor transactions with craft/rate and status validation. Craft-and-rate labor transactions, validated against work-order status, produce accurate, rollup-ready cost.

Why not the others: unconstrained entries (A), estimate-after (C), and a single blanket rate (D) all fail labor-cost accuracy.

Source: IBM Docs — labor reporting → Further reading: PowerKram — cost & reporting roles →
Question 10 · Integration with Inventory

A specialist at Pemlock Pharmaceuticals must reserve materials for a planned work order. Which work-management inventory configuration fits?

  1. Reserve every part in stock for every work order just in case
  2. Pull materials without reservations and let inventory counts drift
  3. Skip inventory integration and track parts in a spreadsheet
  4. Plan materials on the work order (via the job plan or manually), let the planned material drive a reservation against inventory, and issue the material when work starts so counts stay accurate and unused items can be returned
Show answer & explanation

Correct: D — planned material drives a reservation, then issue and return. Planning material, reserving against inventory, and issuing at work start keeps counts accurate with returns for unused stock.

Why not the others: over-reservation (A), no reservations (B), and a spreadsheet (C) all fail inventory integration.

Source: IBM Docs — work-order materials and inventory →

Keep going: Learning & Career resources

Maximo work management sits at the intersection of two paths — asset and maintenance platform administration, and process/analysis work in asset-intensive organizations. Both PowerKram hubs back this exam.

Related IBM exams

Considering the newer Associate-level credential? Look up C1000-205 — IBM Maximo Manage v9 Work Management – Associate on IBM’s site; it is the current entry point for Maximo work-management certification.

Deep dive: S2000-026 format, scoring, study path, and what the exam really tests

Exam format and scoring

S2000-026 delivers 41 questions in 60 minutes, in multiple-choice and multiple-response formats; you must answer 29 correctly to pass. The 60-minute limit is tighter than most IBM specialty exams, so pacing matters. Questions are scenario-led: you read a short work-management situation and choose the supported Maximo configuration rather than a workaround. Note that IBM’s certification page for this exam is no longer active and a successor (C1000-205, Associate) exists — confirm current status before scheduling. Read the platform administration guide →

What the exam really tests

The recurring theme is the work-order lifecycle and its interactions: status-transition rules that gate actuals, completion actions that roll cost to the asset, and safety-plan interactions that trip many candidates — memorize the exact points in the lifecycle where safety checks fire and what happens when they are missing. Meter-based PM generation has specific behaviors around reading-frequency and lead-time calculations worth drilling before exam day. Read about process design →

Realistic study path

Because this is a Specialty exam built on hands-on experience, the fastest path is to shore up gaps rather than learn Maximo from zero. Work the official IBM Training learning path for Maximo Manage, get hands-on in a sandbox with real work-order, job-plan, PM, labor, and inventory tasks, then drill one objective at a time in PowerKram Learn mode — starting with Work Order Lifecycle — and finish with a full timed Exam-mode run to build the pacing the 60-minute limit demands. Read the EAM skills path →

Scheduling, cost, and status

The exam has been priced at $100 USD (regional pricing varies) and delivered through Pearson VUE at a test center or online with a proctor. Importantly, IBM’s certification page for S2000-026 is no longer active and IBM has introduced the C1000-205 Associate exam — so verify whether S2000-026 is still bookable, and whether the Associate exam better fits your goals, before scheduling. Pearson VUE — IBM exams →

Where the credential leads

Maximo work-management skills support roles at utilities, manufacturers, transport operators, and public-sector asset owners — work-management specialist, maintenance planner, and EAM consultant. Whether you pursue the Specialty or the newer Associate credential, the underlying configuration skills are what employers value. For roles, salary ranges, and progression, see the Career Hub. Career Hub — IT / Systems Administrator →

Frequently asked questions

What is the exam code for the IBM Maximo Manage v9 Work Management Specialty?
The exam registered at Pearson VUE is S2000-026. The identifier S2113100 that appears in some listings is IBM’s certification/badge program ID for the credential, not the exam registration code.
Is S2000-026 still available?
IBM’s certification page for the S2000-026 Specialty is no longer active, and IBM has introduced C1000-205, the Maximo Manage v9 Work Management – Associate exam. Confirm on IBM’s site whether S2000-026 is still offered before scheduling, and consider the Associate exam as the current entry point.
What does S2000-026 cover?
Five objective areas: Work Order Lifecycle, Job Plans and Safety, Preventive Maintenance, Labor Reporting and Cost, and Integration with Inventory. IBM lists the exact per-objective weights on its exam page — confirm them there before building a study plan.
How many questions is S2000-026, and what is the passing score?
The exam has 41 questions in 60 minutes; you must answer 29 correctly to pass. The 60-minute limit is shorter than most IBM specialty exams, so time management matters. Confirm the current details on IBM’s site before scheduling.
What is the difference between S2000-026 and C1000-205?
S2000-026 is the Specialty-level Work Management exam; C1000-205 is the newer Associate-level Maximo Manage v9 Work Management exam, aimed at everyday Maximo users. With IBM’s S2000-026 certification page no longer active, C1000-205 is the current entry point — verify which credential fits your goals on IBM’s site.

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