ASSE 5120 study plan

ASSE 5120 · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Backflow Fundamentals and Cross-Connection Concepts & Hydraulics and Pressure Principles

Define backflow, backsiphonage, and backpressure, and diagram three cross-connection scenarios from memory.
Classify the five common backflow prevention device types by their mechanical principle and hazard level.
Explain how pressure differentials and elevation changes drive reverse flow using the continuity and Bernoulli relationships.
Solve five pipe-flow problems converting between psi, feet of head, and flow rate to reinforce hydraulic intuition.

A one-page cross-connection and hydraulics reference sheet with device classifications, formulas, and a worked pressure-conversion example.

Week 2

Identify and label the internal components of RPZ, DCVA, PVB, SVB, and AVB assemblies from memory.
Compare the protection level, installation orientation, and code-allowed applications of each assembly type.
Trace the flow path through each assembly during normal operation and during a backflow event.
Match ten field scenarios to the correct device type and justify each choice in writing.

A device-identification matrix covering five assembly types with components, protection level, orientation, and application notes.

Week 3

List the required test equipment for each assembly type and describe its calibration and maintenance requirements.
Sequence the field test procedure for an RPZ, including differential pressure readings and acceptable ranges.
Perform the DCVA, PVB, and SVB test sequences step by step, recording each gauge reading and pass/fail criterion.
Diagnose three common test failures (leaking check, fouled relief valve, gauge error) and state the corrective action.

A written test-procedure checklist for all five assembly types with gauge readings, pass/fail thresholds, and failure diagnosis notes.

Week 4

Complete ten timed practice test scenarios across all assembly types, recording every reading and result.
Explain how to verify gauge accuracy and account for gauge error in differential pressure calculations.
Document a complete RPZ field test from setup through teardown, including safety checks and record entries.
Identify and correct three procedural errors in sample test forms.

A completed mock field test report for an RPZ and DCVA, including readings, pass/fail determinations, and a corrected error log.

Week 5

Summarize the scope and key requirements of the applicable plumbing and cross-connection control standards.
Explain the roles of the authority having jurisdiction, certified tester, and water purveyor in compliance.
Outline the annual testing, tagging, and notification requirements for backflow assemblies.
Compare installation requirements for containment versus isolation protection in three building types.

A regulatory summary table mapping five standards to their testing, installation, and recordkeeping requirements.

Week 6

Apply code requirements to ten installation and testing scenarios and identify compliance gaps.
Explain the tester's legal and ethical obligations when recording and reporting test results.
Describe the procedure for handling a failed assembly, including notification, tagging, and retest.
Review sample test forms for completeness and regulatory compliance.

A compliance audit of ten sample test reports with a written finding and correction for each.

Week 7

Describe safe work practices for field testing, including depressurization, PPE, and confined-space awareness.
Outline a records management system for test reports, calibration logs, and customer notifications.
Explain professional communication and liability considerations when interacting with customers and authorities.
Complete a full timed practice exam and score it by domain.

A safety and records checklist plus a scored practice exam with a domain-by-domain error analysis.

Week 8

Re-test all weak areas identified in the practice exam until each reaches a passing threshold.
Perform a final timed mock exam under test-day conditions.
Review all device identification and test procedure notes for accuracy and completeness.
Prepare a test-day checklist covering equipment, documentation, and timing strategy.

A final mock exam score report showing domain-level improvement and a completed test-day readiness checklist.

Week 2: Score at least 80% on a self-made device identification quiz covering all five assembly types and their components.

Week 4: Complete a full RPZ and DCVA mock field test with all readings within acceptable ranges and no procedural errors.

Week 6: Correctly apply code requirements to at least 8 of 10 installation and testing scenarios.

Week 8: Achieve at least 75% overall on the final timed mock exam with no domain below 70%.