IESL Part II Electrical study guide
IESL Part II Electrical · Work through your exam, one topic at a time.
The IESL Part II Electrical examination sits inside the professional pathway of the Institution of Engineers, Sri Lanka - the body incorporated in 1968 by Parliament Act No.17 and described on its own site as "the largest engineers' organization in Sri Lanka with over 25,000 members." IESL awards credentials such as Chartered Engineer – CEng (SL) and AMIE (SL) that enable a person to practise as a licensed engineer in the country, and it is the sole credentialing authority for engineering degrees offered in Sri Lanka, including under the Washington Accord. This page is an independent study resource for candidates working toward the Electrical, Electronics & Telecommunication Engineering discipline, which is one of the institution's sectional committees; the same committee opens registrations for each session, so the technical scope tracks that committee's field. Expect the paper to test depth in power systems, electrical machines, electronics, control, communications and the supporting mathematics, plus the judgement to apply them to design and plant problems under time pressure. Preparation should be sequenced: rebuild fundamentals, then work timed calculation sets, then practise structured written answers with clear assumptions, units and sketches. Topics on this exam: Electrical, Electronics & Telecommunication Engineering (Sectional Committee discipline scope). The IESL Part II Electrical study guide has 1 section and about 408 words.
01Electrical, Electronics & Telecommunication Engineering - IESL Part II
IESL Part II Electrical, Electronics & Telecommunication Engineering examines the whole discipline breadth in a single paper: three-phase circuits, electrical machines, power systems, power electronics, control, analogue and digital electronics, measurement, and communication. Expect short numericals that jump between per-phase, per-unit and load-scaled reasoning. The formulae are elementary; the marks are lost in assumptions and units. Balanced three-phase: S = √3·V L·I L and P = √3·V L·I L·cos φ; solve one phase and multiply by three.
408 words, about 2 min