Certified Technical Consultant study plan

Draft a reusable requirements-elicitation checklist covering stakeholder mapping, interview scripts, workshop facilitation, and sign-off criteria

Practice converting five ambiguous client statements into testable functional and non-functional requirements with acceptance criteria

Outline a discovery-to-design workflow that names the artifacts produced at each stage and who approves them

Define scope-control mechanics (change log, impact assessment, escalation path) you can describe in a client scenario question

Compare build-versus-configure-versus-integrate options for three sample scenarios and justify each recommendation against cost, risk, and time-to-value

Produce a traceability matrix linking business objectives to requirements to proposed solution components for one case study

Write a risk register with likelihood, impact, mitigation owner, and trigger for at least eight engagement risks

Rehearse a 10-minute solution-design walkthrough aimed at a mixed business and technical audience

Diagram a reference architecture separating presentation, integration, and data layers, and label every interface with its protocol and data contract

Classify integration patterns (synchronous request-response, batch, event-driven, message queue) and match each to a stated latency and reliability requirement

Specify authentication, authorization, and secret-handling decisions for a multi-system design and state the trade-offs

Identify single points of failure in a sample architecture and propose concrete mitigations

Translate three business requirements into configuration objects, fields, and validation rules, and note where customization is unavoidable

Write pseudocode or a design note for one custom component covering inputs, outputs, error handling, and idempotency

Assess the upgrade and maintainability cost of each customization and record the justification

Document a data-migration approach including source profiling, mapping, transformation, and reconciliation checks

Configure a sandbox end-to-end for a small scenario and record every step as a repeatable runbook entry

Implement at least one validation rule and one integration call, then verify behavior against the acceptance criteria from week 1

Draft unit and integration test cases for the custom component, including negative and boundary cases

Log and resolve three defects found during self-testing, capturing root cause and fix

Build a test plan covering unit, integration, system, user-acceptance, performance, and regression scopes with entry and exit criteria

Design a deployment plan with environment sequence, rollback triggers, and go/no-go checkpoints

Execute a scripted regression pass and record pass/fail evidence for each case

Write a cutover checklist that names owners and timings for each task

Produce a training outline segmented by audience (administrators, end users, support) with objectives and hands-on exercises

Draft a handover package index listing documentation, credentials-transfer process, support model, and known limitations

Summarize data-privacy, licensing, and conflict-of-interest obligations you must uphold during an engagement and give an example of each

Practice explaining a technical trade-off to a non-technical stakeholder in under two minutes

Complete two timed full-length practice runs and score each domain separately to find weak areas

Re-study your two lowest-scoring domains using the artifacts built in weeks 1-7

Rewrite your weakest artifact (checklist, design record, or runbook) to close the gap the practice runs exposed

Build a one-page exam-day summary of decision rules for scoping, architecture trade-offs, and escalation