ValueLens Advanced: Applied Value Optimization

Who it is for

Value practitioners and facilitators who hold the ValueLens Associate credential (or an approved equivalent).

Prerequisite: An active PVology Certified ValueLens Associate credential, or an approved equivalent-learning exception.

Learning effort: about 34 hours, calculated from the authored lessons, activities and checks.

Case study: Meridian Health regional hospital wing. Meridian Health is a fictional public health authority. All people, figures and datasets are invented for teaching.

Syllabus

1. Module 1. Value-study selection, strategic value and portfolio interfaces

   • 1. Screening a portfolio for value-study candidates · about 55 minFree preview
   • 2. Timing, influence and strategic value: the East Wing case · about 55 min
   • 3. Portfolio interfaces: applying selection across project boundaries · about 55 min

   Learning outcomes

   • Apply a weighted screen to rank value-study candidates in a capital or change portfolio
   • Distinguish signals that a subject will repay a full study from signals that a lighter review is enough
   • Allocate a limited study budget across candidates and justify the sequence
   • Explain the limits of scoring and when judgment should override the ranking
   • Calculate the net value of the same improvement at different project stages, including redesign and delay costs
   • Choose study touchpoints that balance remaining influence against information quality
   • Translate an organizational objective into a quantified study objective with stated assumptions
   • Identify double counting and over-monetization in strategic value claims
   • Classify interfaces between a study subject and other projects in the portfolio
   • Calculate the portfolio-level effect of a proposal that shifts cost between projects
   • Draft an interface register entry with a study treatment and decision owner
   • Justify whether to exclude, assume, jointly study or escalate an interface

2. Module 2. Advanced study preparation and facilitation of multidisciplinary teams

   • 1. Sponsor alignment, team design and the study plan · about 55 min
   • 2. Group dynamics, dominant voices and hybrid workshops · about 55 min
   • 3. Managing conflict and keeping the sponsor aligned · about 55 min

   Learning outcomes

   • Draft a sponsor alignment record that separates non-negotiables, preferences and decision rights
   • Design a multidisciplinary team for a complex subject and justify each seat
   • Calculate a study budget from team hours, facilitation and other costs and compare it with the allowance
   • Plan pre-workshop interviews and information requests that expose likely conflicts early
   • Calculate participation measures (equal share, dominance ratio, quietest-group share) from an airtime log
   • Select structural, relational and in-the-moment interventions for a dominant voice
   • Design a hybrid or remote workshop session that gives remote participants equal access
   • Explain how anchoring, status and production blocking reduce the knowledge a team uses
   • Distinguish task conflict from relationship conflict and choose a response for each
   • Restate opposing positions as interests and then as functions with required performance
   • Calculate the cost effect of an interest-based solution and check it against non-negotiables
   • Decide when a conflict should be resolved by the team and when it must go to the sponsor

3. Module 3. Complex function analysis, FAST review and system interfaces

   • 1. Function analysis for complex systems: levels, scope and interfaces · about 55 min
   • 2. Reviewing a FAST model: the East Wing draft · about 55 min
   • 3. System interfaces: matrix, criticality and value at the seams · about 55 min

   Learning outcomes

   • Construct a system-level FAST model with nested subsystem models that remain logically consistent
   • Place left and right scope lines for a system with many external connections and justify them
   • Identify interface functions and explain why they need explicit treatment
   • Allocate the cost of a shared interface element to the functions it performs
   • Apply the five passes of the PVology Academy FAST Review Protocol to a draft model
   • Calculate statement, logic and cost-coverage measures and compare them with acceptance thresholds
   • Rewrite defective function statements and repair broken How-Why links
   • Decide how to treat unallocated cost such as contingency before cost and worth analysis
   • Build an interface matrix for a system and calculate the number of possible interfaces
   • Rate interfaces for criticality and link critical interfaces to required functions
   • Compare alternatives at an interface when a required function such as resilience is included
   • Explain why interface elements with small cost can carry large value and risk

4. Module 4. Cost/worth modelling, opportunity prioritization and data confidence

   • 1. Cost/worth modelling at practitioner depth · about 55 min
   • 2. Opportunity prioritization: the East Wing cost/worth model · about 55 min
   • 3. Data confidence and its effect on decisions · about 55 min

   Learning outcomes

   • Allocate fees, preliminaries and contingency to functions pro rata and check that the model rolls up to the estimate
   • Select a worth-estimating method (benchmark, functional equivalent, parametric, simplest compliant solution) and justify it
   • Express worth as a three-point range with a PVology Academy Data Confidence Grade
   • Calculate value indexes and gaps with ranges, and explain the limitations of the result
   • Calculate a Pareto of function gaps with cumulative shares and identify where the gap concentrates
   • Combine gap and value index to classify functions as priorities, watch items or low priorities
   • Calculate confidence-weighted gaps and explain how they change the ranking
   • Select creativity focus functions while protecting required functions and flagging sponsor preferences
   • Calculate a three-point (PERT) mean and the probability that a triangular estimate falls below a threshold
   • Test whether a prioritization decision is robust across the range of uncertain estimates
   • Decide whether to buy better data using a simple value-of-information comparison
   • Communicate confidence in tables and words without false precision

5. Module 5. Life-cycle cost, discounting, NPV, replacement and residual value

   • 1. Discounting at practitioner depth: factors, real and nominal rates, escalation · about 55 min
   • 2. Meridian Health HVAC plant: a full 30-year NPV comparison with replacement and residual value · about 58 min
   • 3. Unequal lives, replacement cycles and equivalent annual cost in practice · about 55 min

   Learning outcomes

   • Calculate present values using single-payment, uniform-series and escalating-series factors, stating the timing convention
   • Distinguish real and nominal cash flows and rates, and convert between them with the exact relationship
   • Diagnose the two classic consistency errors (nominal flows at a real rate and real flows at a nominal rate) and quantify their effect
   • Justify the choice of discount rate, study period and price basis in a study charter
   • Build a 30-year present-value life-cycle cost model for two alternatives with recurring, replacement and residual items
   • Calculate residual value at the end of a study period using a stated remaining-life method
   • Compare alternatives by present-value difference and explain which items drive the result
   • Record the model in PVology Value life-cycle cost rows and check the tool's output against hand calculation
   • Compare alternatives with different service lives over a common study period using replacement cycles and residual value
   • Calculate equivalent annual cost with the capital recovery factor and explain when it is valid
   • Determine an economic replacement cycle for a repeating asset and judge whether the difference is decision-relevant
   • Draft a review note that identifies errors and false precision in a colleague's life-cycle comparison

6. Module 6. Uncertainty, sensitivity, scenario analysis and risk-adjusted comparison

   • 1. Sources of uncertainty, one-way sensitivity and switching values · about 55 min
   • 2. Meridian Health HVAC: tornado ranking and switching values · about 57 min
   • 3. Scenario analysis, explicit risks and risk-adjusted comparison · about 56 min

   Learning outcomes

   • Classify uncertainties in a value-study model as estimate, parameter, scenario or structural uncertainty
   • Calculate one-way sensitivities and switching (break-even) values for the key inputs of an NPV comparison
   • Interpret a switching value as a percentage change and judge its plausibility against evidence
   • Explain the limitations of one-way sensitivity, including correlated inputs
   • Calculate one-way sensitivities for five drivers of the Meridian HVAC comparison and rank them by swing
   • Interpret a tornado ranking to decide where to invest in better evidence
   • Calculate switching values for the yearly saving, capital premium and discount rate
   • Explain why adding a risk premium to the discount rate distorts a cost comparison
   • Construct coherent scenarios that move correlated inputs together, with stated probabilities
   • Calculate a risk-adjusted expected present-value difference that includes alternative-specific risk events
   • Calculate the probability that a preferred alternative turns out worse, from a discrete combination of scenarios and risks
   • Draft a recommendation that reports expected value, range and downside, and proposes risk responses

7. Module 7. Advanced creativity and structured innovation techniques

   • 1. Structured innovation: function prompts, contradictions, SCAMPER and morphological analysis · about 55 min
   • 2. Meridian Health: a structured creativity session on three priority functions · about 56 min
   • 3. Facilitating structured techniques: design, dynamics and feedback · about 55 min

   Learning outcomes

   • Generate function-based prompts from a cost/worth model and analogies from other fields that perform the same function
   • Restate a design conflict as a contradiction and apply four separation strategies to resolve it without compromise
   • Apply SCAMPER prompts to an existing solution and build a morphological box, counting coherent combinations
   • Select a structured technique to suit the type of problem and the stage of the study
   • Plan a multi-technique creativity sequence matched to priority functions from a cost/worth model
   • Resolve a clinical-versus-energy contradiction with separation strategies while holding mandatory requirements fixed
   • Build a morphological box for a construction system, calculating coherent combinations with overlapping exclusions
   • Calculate idea yield and survival measures by technique and interpret them with caution
   • Design a timed agenda that sequences structured techniques from divergent to convergent within a fixed session length
   • Diagnose participation imbalance from contribution data and select an intervention
   • Adapt structured techniques for remote and hybrid teams
   • Critique a creativity session plan and give specific, actionable feedback

8. Module 8. Multi-criteria decisions, weight sensitivity and avoiding false precision

   • 1. Weights from pairwise comparison, consistency and normalization · about 55 min
   • 2. Meridian Health ward block: weight sensitivity, normalization effects and rank reversal · about 58 min
   • 3. Avoiding false precision and presenting uncertainty in multi-criteria results · about 55 min

   Learning outcomes

   • Derive criteria weights from a ratio-scale pairwise comparison matrix using the geometric-mean method
   • Calculate and interpret a consistency check for a pairwise matrix
   • Compare ratio (linear) and min-max normalization and explain how each affects scores
   • Distinguish mandatory screens from weighted criteria and justify where cost belongs
   • Calculate weighted totals for three alternatives under min-max and ratio normalization and explain the difference
   • Calculate the switching weight at which the leading alternative changes
   • Demonstrate rank reversal caused by adding a dominated alternative and explain its cause
   • Draft an evaluation summary that reports which conclusions are robust and which depend on method
   • Calculate score ranges for weighted totals from low and high criterion scores
   • Assess robustness across stakeholder weight sets by counting wins and worst-case ranks
   • Choose a rounding and presentation level that matches the precision of the inputs
   • Draft a decision summary that presents uncertainty, robustness and the remaining trade-off clearly

9. Module 9. Technical feasibility, performance trade-offs, reliability and sustainability

   • 1. Technical feasibility and performance trade-offs · about 55 min
   • 2. Reliability, availability and maintainability in value decisions · about 55 min
   • 3. Sustainability and whole-life carbon without compromising required performance · about 55 min

   Learning outcomes

   • Assess a value proposal against seven feasibility dimensions and record a pass, conditional pass or fail for each
   • Distinguish mandatory constraints (pass or fail gates) from tradeable performance above a threshold
   • Calculate the net capital effect of a proposal including transport, lifting and coordination costs
   • Justify a conditional recommendation by naming the evidence that would close each open condition
   • Calculate inherent availability from MTBF and MTTR and convert it into expected downtime hours per year
   • Calculate system availability for series, parallel and k-of-n arrangements assuming independent failures
   • Compare two redundancy configurations on availability, capital and life-cycle maintenance cost
   • Explain the limits of MTBF data, including constant failure rate and common-cause assumptions
   • Calculate operational and embodied carbon for two alternatives using stated factors and units
   • Combine carbon and life-cycle cost into a cost per tonne of carbon dioxide equivalent avoided
   • Identify sustainability proposals that would breach safety, security or mandatory performance and reject them with a reason
   • Draft a sustainability statement for a value proposal that states factors, sources, assumptions and limits

10. Module 10. Proposal development, stakeholder negotiation and executive presentation

    • 1. Developing proposals traceable from function to recommendation · about 55 min
    • 2. Stakeholder negotiation for value proposals · about 55 min
    • 3. Executive presentation and decision records · about 55 min

    Learning outcomes

    • Draft a value proposal that traces each claim back to a need, a function and an evaluation result
    • Classify proposals in a package as independent, mutually exclusive or interacting
    • Calculate a package total that removes double counting between interacting proposals
    • Justify the confidence level stated for a proposal from the quality of its evidence
    • Distinguish stakeholders' stated positions from their underlying interests in a value negotiation
    • Calculate the effect of negotiated options on a proposal package's capital and NPV
    • Draft conditions of approval that convert an objection into a measurable, owned requirement
    • Evaluate a negotiated agreement against the study's mandatory constraints and ethics
    • Draft a one-page executive decision brief that leads with the decision requested
    • Present uncertainty to executives using ranges, break-even values and scenarios
    • Record a value decision with reason, approved value, conditions, owner and follow-up date
    • Distinguish approve, approve with conditions, defer and reject, and choose the right one for a given situation

11. Module 11. Implementation governance, change integration, benefits tracking and audit evidence

    • 1. Implementation governance and change integration · about 55 min
    • 2. Benefits tracking: baselines, measurement and attribution · about 55 min
    • 3. Audit evidence and post-implementation review · about 55 min

    Learning outcomes

    • Design a governance structure for approved value proposals with named roles, cadence and escalation
    • Explain how an approved value proposal enters project change control and updates the baselines
    • Calculate value erosion on an approved proposal and apply a value tolerance to decide whether to escalate
    • Draft implementation actions with owners, dates, dependencies and evidence
    • Select a baseline type (historical, modelled or as-designed) suitable for a given benefit
    • Calculate a realized saving by adjusting the baseline for weather and occupancy
    • Estimate the benefit attributable to an intervention using a comparison group
    • Record forecast, realized and verified value correctly in the PVology Value realization ledger
    • Assess value ledger entries against five evidence qualities: sufficient, relevant, reliable, timely and traceable
    • Identify and correct common evidence defects, including missing baselines, wrong stage and lack of independence
    • Recalculate a realized value from corrected evidence
    • Draft a post-implementation review that explains differences between forecast and realized value

12. Module 12. Advanced PVology study simulation and professional value capstone

    • 1. Guided simulation: a complete value study in PVology Value · about 60 min
    • 2. Capstone brief, rubric and a fully worked model answer · about 75 min
    • 3. Self-review and common mistakes in advanced value studies · about 55 min

    Learning outcomes

    • Configure a formal value study in PVology Value with an approved charter, team and information requests
    • Record functions with cost allocations, worth, class and FAST links, and interpret the wording check and value index
    • Enter life-cycle cost items for a baseline and an alternative and reconcile the panel's present value and payback with a hand calculation
    • Record a decision, implementation actions and realization ledger entries that form a complete audit trail
    • Plan a capstone value study that meets every deliverable in the brief
    • Apply the five-criterion rubric to judge the quality of a value study submission
    • Calculate life-cycle cost, sensitivity and break-even values for competing alternatives in a model answer
    • Justify a recommendation that preserves every mandatory constraint and defines measurable benefits
    • Identify common technical and ethical mistakes in a draft value study
    • Correct value index, discounting and package arithmetic errors in a worked draft
    • Apply a structured self-review to your own capstone before submission
    • Explain how to respond when a sponsor asks for a claim the evidence does not support

Capstone: Facilitate and document a complete value study with a traceable recommendation, sensitivity analysis, implementation roadmap and measurable benefits, without compromising mandatory safety, security or performance constraints.

Certification exam

90 questions in 150 minutes; provisional pass mark 70%. Questions are scenario-based drawn from a private, reviewed bank. Results stay provisional until academy review. These are PVology assessment policies.

Across the domains, about 65% of questions test professional knowledge, 20% applied tools and 15% PVology concepts.