Certified in Transformation for Supply Chain (CTSC) flashcards

32 cards. Read the term and the definition here. The deck at the top of this page is optional.

Business case

Document quantifying a transformation's costs, benefits, risks, and timing; approval normally requires positive NPV, an IRR above the hurdle rate, and an accepted payback period.

Strategic alignment

Condition in which every transformation initiative traces to a stated business objective and has a baseline, target, owner, and review cadence for its KPI.

Capability maturity model

Five-level scale running from ad hoc through defined, integrated, managed, and optimized; used to baseline current supply chain capability and set realistic gap-closure targets.

Value proposition

Statement of the measurable benefit a transformed supply chain delivers to customers and the business, expressed in service, cost, cash, or risk terms.

PESTLE analysis

External scan of Political, Economic, Social, Technological, Legal, and Environmental forces, used to test whether a transformation strategy remains viable over its horizon.

SWOT analysis

Assessment pairing internal Strengths and Weaknesses with external Opportunities and Threats; it informs strategy selection and should not be used as solution design.

Porter's five forces

Framework assessing rivalry, new entrants, substitutes, supplier power, and buyer power to test whether a proposed supply chain capability creates defensible competitive advantage.

Transformation roadmap

Time-phased sequence of initiatives showing dependencies, owners, funding gates, and benefit milestones, linking strategic intent to executable programs.

Digital twin

Virtual model of a supply chain network, flow, or asset updated with real-time data, used to simulate scenarios before committing physical or capital change.

Control tower

Central capability combining harmonized data, event-management rules, and analytics to give end-to-end visibility and enable cross-functional decisions in near real time.

SCOR model

Reference framework organizing supply chain processes into Plan, Source, Make, Deliver, Return, and Enable, each with standard metrics and leading practices.

Master data management

Discipline that maintains single authoritative definitions of items, locations, customers, and suppliers so analytics, planning, and automation produce consistent results.

Data quality dimensions

Accuracy, completeness, timeliness, consistency, validity, and uniqueness; each needs a defined threshold and owner before digital tools depend on the data.

Robotic process automation

Software bots that execute high-volume, rules-based, repetitive tasks across systems; best suited to low-exception work with stable, well-structured inputs.

Interoperability standards

Agreed formats and identifiers such as EDI X12, EDIFACT, GS1, and REST APIs that let partners exchange data without custom point-to-point builds.

Integrated business planning

Monthly cross-functional cycle that reconciles demand, supply, and financial plans into one consensus plan approved by leadership before execution.

Kotter's eight steps

Change sequence from urgency, coalition, and vision through communication, empowerment, short-term wins, and consolidation, ending by anchoring new practices in culture.

ADKAR model

Sequence of Awareness, Desire, Knowledge, Ability, and Reinforcement; a weak or skipped step predicts individual resistance and program failure.

Lewin change model

Unfreeze, change, refreeze; refreezing institutionalizes the new process through policy, metrics, job design, training, and sustained leadership reinforcement.

Stakeholder power-interest grid

Mapping stakeholders by influence and stake; high power and high interest are managed closely, high power and low interest are kept satisfied.

RACI matrix

Assigns Responsible, Accountable, Consulted, and Informed per activity; exactly one Accountable role per activity prevents decision drift and orphaned work.

Pilot rollout

Limited-scope deployment used to test design quality, build readiness, and adoption, generating evidence before broader scale-up; preferred when risk or novelty is high.

Big-bang cutover

Single-date switch to the new process or system; viable only when changes are tightly coupled and an external hard deadline forces one transition.

Benefits realization plan

Defines each expected benefit's baseline, target, owner, measurement method, and review date so value is tracked separately from project delivery milestones.

Risk register

Log of identified risks with owner, cause, likelihood, impact, score, response strategy, and review date; reviewed at every governance cycle.

Risk response strategies

Avoid, mitigate, transfer, and accept for threats; exploit, enhance, share, and accept for opportunities; each recorded with an owner and residual rating.

Risk score calculation

Likelihood multiplied by impact; the resulting product positions the risk on a heat map and sets the escalation threshold to the steering committee.

Steering committee

Executive body that sets transformation direction, approves funding and scope changes, resolves escalated risks, and holds benefit owners accountable for outcomes.

Center of excellence

Team that owns standards, methods, reusable assets, and skills development so transformation practices persist after project teams are disbanded.

PDCA cycle

Plan-Do-Check-Act iterative loop for incremental improvement, in which each cycle standardizes the gains achieved before the next change is attempted.

DMAIC

Define, Measure, Analyze, Improve, Control; used for data-rich defect problems where root cause must be statistically proven before a fix is standardized.

Recovery time objective

Maximum acceptable time to restore a process after disruption; paired with recovery point objective for acceptable data loss to size redundancy and backups.