OACETT IEPPE study plan

Define the scope of engineering and applied science technology practice in Ontario, distinguishing the roles of OACETT, PEO, and the statutory framework governing practitioners

Map the certification pathways (C.E.T., C.Tech., Associate) and list the academic, experience, and examination requirements for each

Explain how the Professional Practice Examination fits into the certification sequence and what competencies it assesses

Identify the ten domain weightings and rank your personal knowledge gaps by domain to build a study priority list

Describe the professional obligations of a certified technician or technologist to the public, employer, and profession, and explain how these obligations can conflict

Apply a structured decision framework to resolve an ethical dilemma involving competing obligations, confidentiality, and public safety

Distinguish between acting within one's scope of competence and accepting work beyond it, and articulate the correct course of action in each case

Explain the concepts of integrity, accountability, and professional misconduct as they apply to certified practitioners

Outline the duties of employers and workers under Ontario occupational health and safety legislation, including the internal responsibility system

Explain worker rights (to know, participate, refuse, and stop work) and the circumstances under which each applies

Describe the roles of the joint health and safety committee, the health and safety representative, and the Ministry inspector

Identify the hierarchy of controls and select appropriate controls for a described workplace hazard

Explain reporting and investigation obligations following a workplace incident or injury

Differentiate codes, standards, regulations, and statutes, and explain how each acquires legal force in Ontario

Trace how a standard becomes incorporated by reference into a regulation and what that means for compliance obligations

Outline the permitting and approval sequence for a typical project, identifying which authority issues each approval

Explain the roles of the professional engineer, certified practitioner, and authority having jurisdiction in confirming compliance

Interpret orthographic, sectional, and isometric drawings, including dimensioning, tolerancing, and line conventions

Read and cross-check a specification section against the corresponding drawing to detect discrepancies

Explain the purpose and structure of an inspection and test plan, and distinguish verification from validation

Describe how non-conformance is documented, dispositioned, and closed out, and how records support traceability

Identify common sources of drawing and specification error and the review steps that catch them

Build a work breakdown structure for a small project and derive a critical path schedule from it

Calculate earned value metrics (PV, EV, AC, CV, SV, CPI, SPI) and interpret what each indicates about project health

Explain how scope change is controlled and how change orders affect schedule and budget baselines

Identify common project risks and assign a response strategy to each

Draft a technical memo that states a recommendation up front and supports it with evidence for a non-technical client audience

Describe techniques for managing client expectations when scope, cost, or schedule must change

Explain the concepts of environmental responsibility and sustainability as they apply to technology practice, including lifecycle thinking

Identify the practitioner's obligations when a project may cause an environmental impact, including reporting and escalation

Explain the requirement for continuing professional development and describe how competency is maintained and documented

Outline the governance structure of OACETT and how it relates to the regulation of the profession in Ontario

Revisit the ethics and practice domains and resolve any remaining gaps identified in week one

Complete a full timed practice examination and analyze errors by domain to confirm readiness