Official Academic StreamInaugural Intake Scheduling

Electrical Engineering & Power Systems

High-voltage and industrial plant electrical engineering program delivering practical design competencies in power system modeling, load flow analysis, short circuit calculations, substation layouts, single-line diagrams, and protection coordination.

Pre-Register for Inaugural Cohort Contact Admissions Desk

Industrial electrical plant substation and energy infrastructure

IEEE • IEC • NEC Standards Compliant

Power plant & substation design • ETAP power analysis • Protection coordination

Specialized Disciplines

Curriculum Pillars in Electrical Plant Engineering

Power System Modelling & Analysis

Master industrial power network modeling in ETAP: load flow analysis, short circuit calculations according to IEC 60909 and IEEE standards, motor acceleration studies, and arc flash safety evaluation.

Governing Standards & Tools:

IEEE 399 (Brown Book)IEC 60909IEEE 1584 Arc FlashETAP 20/22

Substation Engineering & Switchgear

Design indoor and outdoor Air Insulated (AIS) and Gas Insulated (GIS) substations. Size power transformers, configure medium-voltage switchgear, and engineer busbar schemes.

Governing Standards & Tools:

IEC 62271IEEE C37Substation LayoutsEquipment Sizing

Single Line Diagrams & Protection Coordination

Draft key Single Line Diagrams (SLD), metering and relaying schematics. Perform overcurrent, earth fault, and differential protection coordination curves for system selectivity.

Governing Standards & Tools:

IEEE 242 (Buff Book)IEC 60255Protection RelaysCoordination Curves

Plant Electrical Layouts & Cable Routing

Develop intelligent 3D cable tray layouts, conduit schedules, cable sizing per IEC 60287, earthing/grounding grid calculations per IEEE 80, and lightning protection systems.

Governing Standards & Tools:

IEEE 80 GroundingIEC 62305 LightningCable Tray DesignDialux Lighting

Electrical Software Matrix

Industry-Standard Power Engineering Tools

Engineers practice on industry-standard calculation suites, single-line diagram drawing engines, and 3D cable management platforms.

ETAP PowerStation

Load flow, short circuit, protection coordination & arc flash

AutoCAD Electrical

Multi-sheet schematic design, wiring diagrams & panel layouts

Dialux / Dialux evo

Indoor, outdoor & plant illuminance lighting simulations

Navisworks Manage

3D clash detection with piping & structural systems

CYME / SKM PowerTools

Industrial distribution network simulation benchmarks

IEEE Grounding Calculators

Substation earth grid mesh & step/touch potential safety

Workforce Readiness

Target Engineering Roles

The Electrical Engineering curriculum aligns with engineering consultancy requirements, substation contractors, utilities, and energy plant owner-operators.

Electrical Design Engineer (Industrial & EPC)
Power System Analysis Specialist (ETAP)
Substation & Switchgear Design Engineer
Protection & Relay Coordination Engineer
Electrical Layout & Cable Routing Modeler
Industrial Plant Electrical Lead

Stream Standards Alignment:Fully mapped to IEEE Color Books (Red, Brown, Buff, Green) and IEC standards for plant electrification.

Upcoming Cohort • Priority IntakeLimited Batch Size (20 Seats)

Pre-Register for Electrical Engineering Batches

Deep Ocean is formalizing the inaugural cohort schedule for our Electrical Engineering and Power Systems curriculum. Register your expression of interest now to receive:

Advance access to the detailed curriculum syllabus and lab workstation requirements.

Priority seat allocation before general public admissions open.

Early-applicant orientation with our senior electrical consultancy engineers.

Submit Expression of Interest Inquire via Admissions Desk →

Academic Consultation

Questions About Our Electrical Engineering Curriculum?

Our academic counselors and engineering faculty are available to discuss course scope, software prerequisites, and cohort timelines.

Express Interest Now Contact Admissions