ISA CCST Level II study plan

Map every calibration and troubleshooting subtopic in Domain 1 to a personal confidence rating so weak areas are identified before study begins

Explain how zero, span, and linearity errors are distinguished and how each is corrected on a typical 4-20 mA transmitter

Trace a complete calibration chain from process variable to control system input and state where uncertainty enters at each step

List the routine maintenance tasks and inspection intervals commonly applied to transmitters, control valves, and impulse lines

Diagnose loop faults from symptoms such as frozen readings, erratic signals, saturation, and ground loops, and rank the likely causes for each

Describe the correct use of a loop calibrator, HART communicator, and multimeter during fault isolation without disturbing the process

Explain how to perform a five-point calibration check, document as-found and as-left data, and decide when a device needs adjustment versus replacement

Identify safety and process-isolation steps required before opening a loop or removing an instrument from service

Work through valve-positioner and actuator repair scenarios, including stroking, bench-set, and travel-stop adjustment

Explain loop-check sequencing from field device to DCS and describe what each check proves

Prepare a pre-commissioning checklist for a single instrument loop covering wiring, grounding, polarity, and configuration

Compare point-to-point verification with full loop verification and state when each is appropriate

Describe cold and hot commissioning activities and the order in which they are performed on a new process unit

Explain how to verify analog inputs, analog outputs, and discrete signals against the cause-and-effect or I/O list

Outline how interlocks and safety functions are functionally tested and how test results are recorded and witnessed

Identify the documentation typically required to close out commissioning, such as punch lists, test records, and turnover packages

Identify the core project documents, including P&IDs, instrument index, loop drawings, datasheets, and I/O lists, and state what each controls

Explain how an instrument index and I/O list stay synchronized with P&ID revisions and why drift causes field errors

Describe how scope, schedule, and budget baselines are set and how change orders are raised and tracked

Draft a revision-control procedure for instrument drawings that names approvers and distribution rules

Build a work breakdown structure for an instrumentation installation package and map it to a simple schedule

Explain how to estimate labor and material for instrument installation and where estimates commonly fail

Describe how vendor submittals, factory acceptance tests, and shipping schedules are tracked against the project plan

Outline a project closeout file, including as-builts, test records, and training documentation

Explain the supervisor's role in assigning work, verifying competence, and documenting performance on instrument crews

Describe how to run a toolbox talk and a pre-job safety review for a loop-check or calibration task

Outline how to manage contractor interfaces, permits, and coordination with operations during commissioning

Identify the recordkeeping and reporting obligations that fall on a lead technician or supervisor

Review all four domains using the topic map and confidence ratings from week 1, closing remaining gaps

Practice timed questions across every domain and analyze errors by domain and subtopic

Rehearse explaining a troubleshooting decision, a loop-check sequence, and a schedule trade-off aloud as if to an examiner

Confirm exam-day logistics and finalize a last-week review sheet of formulas, standards, and terminology