Engineering Management
The Engineering Management domain tests the non-technical controls that determine whether an electrical project is delivered safely, on scope, and within budget. Expect project planning, scheduling, cost control, procurement, contracts, quality, risk, and commissioning. The exam favors practical judgment: identifying the controlling constraint, documenting changes, and separating a technical problem from a management problem.
Scope, schedule, and cost
A project baseline includes scope, schedule, and budget. A work breakdown structure defines deliverables; the critical path is the longest duration path and sets the minimum project duration. Float is the time an activity can slip without delaying the project. Earned value management compares planned value (PV), earned value (EV), and actual cost (AC): CV = EV − AC; SV = EV − PV; CPI = EV/AC; SPI = EV/PV. A change outside the baseline needs formal change control, impact assessment, and approval.
Contracts and procurement
Common arrangements are lump sum, unit price, cost-plus, and design-build. Each allocates risk differently. Procurement documents should define technical specifications, evaluation criteria, delivery, testing, warranty, bonds, and payment terms. Government projects follow applicable procurement rules, including transparency and competitive bidding. Factory acceptance tests, site acceptance tests, and commissioning are hold points, not formalities.
Quality and risk
Inspection and test plans, calibration records, nonconformance reports, and punch lists protect quality. Risk management identifies, assesses, mitigates, and assigns ownership. Safety, permits, long-lead equipment, weather, and interface coordination are common risks in generation and transmission work.
Worked example
A substation package has PV = ₱8.0M, EV = ₱6.0M, and AC = ₱7.5M. CV = 6.0 − 7.5 = −₱1.5M (over budget); SV = 6.0 − 8.0 = −₱2.0M (behind schedule); CPI = 6.0/7.5 = 0.80; SPI = 6.0/8.0 = 0.75. The project has earned only 75% of planned progress and spent ₱1.25 for every ₱1 of earned value. The manager should forecast completion cost, review scope and productivity, and avoid claiming progress from cost spent.
Traps
Treating AC as progress; reversing CV/SV signs; ignoring float and critical-path changes; accepting verbal change orders; and confusing inspection with quality assurance.
Ethics and Professional Practice
The Ethics and Professional Practice domain tests judgment, legal responsibility, and professional conduct expected of a Registered Electrical Engineer. It covers RA 7920, PRC rules, the code of ethics, competence limits, sealing and signing, confidentiality, conflicts of interest, public safety, and liability. Questions often turn on a single decision: disclose, decline, document, or escalate.
Legal and professional duties
RA 7920 regulates the practice of electrical engineering in the Philippines and defines the roles of Registered Electrical Engineers and Registered Master Electricians. Practice only within your competence and legal scope. Sign and seal only plans, reports, or work you prepared or actually supervised. Do not lend your seal, falsify records, or allow unqualified persons to practice under your name. Keep client information confidential unless disclosure is required by law or necessary to protect public safety.
Ethical decision-making
Prioritize public health, safety, and welfare. Disclose conflicts of interest and avoid accepting gifts or benefits that could influence judgment. Give credit for others' work, advertise truthfully, and refuse to certify work you did not inspect. When you find a dangerous defect, document it in writing, notify the responsible party, and escalate to the authority if the risk remains. Whistleblowing is justified when internal channels fail and the public is at risk.
Liability and records
Professional liability can arise from negligence, defective design, inadequate supervision, or misleading certification. Maintain calculations, drawings, test reports, correspondence, and revision records. A clear audit trail supports defensible decisions and protects the public.
Worked example
A contractor asks you to seal as-built drawings for a commercial building because the original engineer is unavailable. You did not supervise the installation and have not inspected it. The ethical response is to decline the request. You may offer to perform an independent inspection and testing program, review records, and seal only work you can verify and that falls within your competence. Sealing unverified work would misrepresent your professional judgment and expose the public to risk.
Traps
Treating the seal as a commercial formality; accepting a role without the authority or competence to supervise; failing to document a safety objection; and confusing loyalty to an employer with the duty to protect the public.