Sharjah Electricity, Water and Gas Authority (SEWA) updated its registration exam format in late 2025 to test both theoretical knowledge and practical design skills. Candidates seeking registration as
A) Oil type B) Gas type C) Dry Type D) Electrolytic type
: Producing single-line diagrams (SLD) and load schedules according to specific SEWA rules.
To prepare for the Sewa Electrical Engineer exam, candidates can follow these tips: sewa electrical engineer exam questions pdf upd
As seen in the LinkedIn post by MIDAS ELECTROMECHANICAL CONTRACTING, there are professional consultancies that specialize in helping engineers navigate the SEWA registration exam. These organizations often have proprietary question banks and preparation materials. Following such companies on professional networks can be a good way to stay updated on the latest exam trends and resources.
The updated format emphasizes the practical application of knowledge. The exam now allocates 40 marks for a design question and 60 marks for MCQs. This structure ensures that candidates are not only theoretically sound but are also capable of applying regulations to real-world design scenarios. The 60% weightage on MCQs underscores the importance of a strong theoretical foundation, while the substantial 40-mark design question tests your ability to produce compliant and practical solutions.
Based on the exam's weightage, your preparation should be divided into two primary areas: Basic Electrical Engineering and SEWA Regulations. Sharjah Electricity, Water and Gas Authority (SEWA) updated
Be prepared to answer questions like:
Transformer testing methods (Open circuit and Short circuit tests).
Before diving into PDFs, let's understand the target. SEWA (Sharjah Electricity, Water and Gas Authority) conducts a standardized written exam for fresh graduates and experienced engineers applying for various grades (typically Engineer Grade I, II, or III). The exam now allocates 40 marks for a
: What is the nominal 3-phase and single-phase supply voltage from SEWA? (Standard: 400V/230V with ±10% or ±6% tolerance).
ΔQ=P×(tan(θ1)−tan(θ2))cap delta cap Q equals cap P cross open paren tangent open paren theta sub 1 close paren minus tangent open paren theta sub 2 close paren close paren Determine initial and targeted phase angles: