COREN Registered Engineer study plan
COREN Registered Engineer · Give each week a clear focus.
8 weeks · About 7 hours per week
Engineering law, regulation and COREN governance in Nigeria
Map the COREN legal framework onto a one-page diagram: the enabling statute, the Council's composition and tenure, its registration, accreditation, examination and disciplinary powers.
Distinguish the registration categories and the qualification, experience and documentation evidence each one demands.
Trace the full disciplinary pathway from complaint through investigation to tribunal hearing, sanction and appeal, noting where natural justice and due process attach.
List the statutory duties of a registered engineer towards the Council, including seal/stamp use, notification of changes and consequences of unregistered practice.
Your checkpoint
A one-page annotated organogram of COREN's mandate plus a 20-question self-written quiz scored at 80% or better.
Engineering law, regulation and COREN governance in Nigeria & Engineering practice, ethics and professional conduct
Summarise the regulations and codes of practice that bind engineering practice in Nigeria, covering public procurement, building control, environmental and workplace safety instruments.
Decode the professional code of conduct into plain-language duties owed to the public, the client, the employer and the profession.
Classify 30 short conduct scenarios as compliant, non-compliant or ambiguous, citing the specific duty engaged in each case.
Compare negligence, malpractice and breach of contract, and identify who bears liability in each.
Your checkpoint
A 30-row scenario classification table with duty citations and a two-line justification per row.
Engineering practice, ethics and professional conduct
Draft written answers to five ethics case problems under 20-minute timed conditions each, structuring them as issue, rule, application and conclusion.
Resolve conflict-of-interest, confidentiality, gifts and bribery dilemmas using a repeatable decision test.
Explain the limits of one's own competence, the duty to decline or refer work, and how to respond when a client presses for a signature.
State the obligations around truthful reporting, whistleblowing on unsafe work, and correcting a professional error once discovered.
Your checkpoint
Five graded case answers (self-scored against a rubric) with an error log listing every missed duty or misplaced conclusion.
Engineering management, project delivery and safety
Build a project delivery framework covering scope definition, work breakdown, scheduling, cost estimating and progress measurement.
Contrast procurement routes and standard contract forms, and identify the engineer's obligations and authority under each.
Assemble a quality assurance and quality control plan with inspection and test points for a representative project.
Sit a timed 60-question mock covering domains 1 and 2 only.
Your checkpoint
A single-page project governance dashboard (schedule, cost, quality, risk) plus a mock score of 70% or higher on domains 1 and 2.
Engineering management, project delivery and safety
Construct a risk register for a sample site, scoring likelihood and severity and assigning controls by hierarchy of control.
Apply workplace and environmental safety obligations to common site hazards, including permits to work and incident reporting.
Practise the management behaviours tested in scenario questions: delegation, performance feedback, stakeholder communication and change control.
Diagnose three failing-project case studies and prescribe corrective management actions.
Your checkpoint
A completed risk register and one-page safety and environmental management plan for the sample project.
Technical engineering competence and design application
Rehearse the design codes and standards commonly applied in your discipline, noting edition, applicability and where Nigerian requirements override them.
Work 25 design and calculation problems from first principles, showing units, assumptions, load or demand derivation, and safety factors.
Interpret drawings, specifications and schedules, and spot deliberately planted errors in three worked examples.
Analyse failure and defect cases from design, material and construction causes, and state the preventive control for each.
Your checkpoint
A 25-problem solutions workbook with a one-page list of recurring calculation and unit-conversion mistakes.
Technical engineering competence and design application & Engineering practice, ethics and professional conduct
Integrate technical, ethical and legal reasoning in 15 cross-domain scenario questions where a design decision carries a regulatory consequence.
Explain how sustainability, constructability and whole-life cost enter a design choice without compromising safety.
Complete a full-length timed mock exam across all four domains under exam conditions.
Re-audit the error logs from weeks 3, 4 and 6 and rewrite every note that still feels memorised rather than understood.
Your checkpoint
Full-length mock completed in one sitting with a scored breakdown per domain and a prioritised weak-area list.
Engineering practice, ethics and professional conduct & Technical engineering competence and design application
Drill only the three weakest sub-topics identified from the mock, using fresh problems rather than re-reading notes.
Recite the COREN mandate, conduct duties and disciplinary pathway from memory in under 15 minutes.
Sit a second full-length mock and compare per-domain scores against week 7 to confirm movement.
Prepare exam-day logistics: identification, registration documents, calculator and permitted materials, and a timing strategy per section.
Your checkpoint
A final error log closed out with a second full-length mock scoring 75% or higher overall and no domain below 65%.
Milestones
Week 2: From memory, describe COREN's statutory functions and the disciplinary pathway, and classify 25 unseen conduct scenarios at 80% accuracy.
Week 4: Score 70% or higher on a timed 60-question mock restricted to domains 1 and 2, with no ethics case answer missing the governing duty.
Week 6: Solve 20 unseen design problems at 75% accuracy within the allotted time, with correct units and stated assumptions throughout.
Week 8: Score 75% or higher overall on a full-length mock, with no single domain below 65% and every logged error explained in your own words.