ASTTBC PPE study plan

Map every clause of the professional practice, ethics, and regulation domain into a personal outline with citation anchors

Define the scope and boundaries of applied science technology practice as it applies to your own discipline

Build a formula and unit-conversion reference sheet covering the quantitative topics you will encounter

Write out the code of ethics obligations and identify three realistic scenarios where they conflict

Explain the regulatory framework governing practice, including licensing, scope of practice, and professional accountability

Solve 20 mixed quantitative problems on load, stress, flow, or energy without consulting notes

Draft a decision tree for ethical dilemmas that routes a scenario to the correct obligation or referral

Identify and correct five common errors in applied science calculations from your own practice

Compare roles and duties across professional, employer, and public protection obligations

Analyze five case-style scenarios that test scope-of-practice and conflict-of-interest judgment

Apply dimensional analysis and significant-figure rules consistently across a mixed problem set

Summarize the reporting and whistleblowing obligations that attach to professional practice

Recall and apply the core ethics principles from memory under timed conditions

Complete a 40-question timed practice set spanning Domains 1 and 2 and log every miss by cause

Re-derive the applied science formulas you most often forget without reference material

Draft a personal error log categorizing mistakes as knowledge, calculation, or misreading

Structure technical reports, memos, and field notes to the expected professional standard

Identify the components of a complete, defensible technical document including assumptions, limitations, and references

Apply the hierarchy of controls to three realistic hazard scenarios in your discipline

Outline the elements of a safety plan, including risk assessment and emergency response

Write concise executive summaries that convey findings, risk, and recommendation in under 150 words

Distinguish sustainability obligations from regulatory requirements and identify where they overlap

Analyze public protection duties in incident and near-miss scenarios

Produce clear, unambiguous instructions and specifications suitable for field use

Deliver a structured oral briefing of five minutes on a technical risk topic without notes

Draft a complete incident report with timeline, root cause, and corrective actions

Evaluate documentation for accuracy, traceability, and defensibility against a self-built rubric

Apply sustainability and public protection principles to a project lifecycle assessment

Complete two full-length timed mock exams under exam conditions

Review every missed question and close each gap with a written correction note

Rehearse the formula sheet and ethics framework from memory until recall is automatic

Build a one-page pre-exam summary that consolidates all four domains