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Electrical Design: Interdisciplinary Coordination
Rating: 4.2 out of 5(59 ratings)
2,106 students

Electrical Design: Interdisciplinary Coordination

Coordination with other department for engineering projects, Input & Output Required Details with other department.
Created byRajendra Singh
Last updated 6/2022
English

What you'll learn

  • Importance of Interdisciplinary Coordination for Electrical Engineer
  • Why Interdisciplinary Coordination
  • What input required to design engineering projects for electrical engineer.
  • Project Execution Plan

Course content

1 section6 lectures37m total length
  • Introduction2:03

    Introduce the fundamentals of interdisciplinary coordination in electrical design. Learn why an interface project execution plan and risk management are essential for cross-disciplinary collaboration among electrical, structural, and architectural teams.

  • What is Interdisciplinary Coordination?3:56
  • Need of Interdisciplinary Interface3:10
  • Project Execution Plan6:50
  • Interface Management12:45

    Coordinate stakeholders and capture electrical load data and equipment sizing within interface management, map the control philosophy, and align mechanical and electrical packages for cohesive project delivery.

  • How to improve the interface management9:00

    Improve interface management through a documented coordination flowchart, a holding process charter, proactive stakeholder collaboration, monthly interface meetings, and disciplined documentation to minimize interdisciplinary discrepancies and construction risks.

Requirements

  • Passion to learn
  • Basic Knowledge of Electrical Engineering

Description

COORDINATION WITH OTHER DISCIPLINES

At the earliest practical time in a project the engineers will need to identify areas of engineering and design where interfaces are necessary. An efficient system of communication and exchange of information should be established and implemented at regular intervals. Meetings should be arranged to discuss problem areas and short-falls in information. The following generally summarizes what is needed, particularly during the feasibility and conceptual stage of a project. In order to be able to engineer an economical and efficient power system it is desirable for the electrical engineer to have:


• A basic understanding of the hydrocarbon and chemical processes and their supporting utilities e.g. compression, pumping, control and operation, cooling arrangements.

• A procedure for regular communication with engineers of other disciplines, e.g. instrument, process, mechanical, safety, telecommunications, facilities, operations and
maintenance.

• An appreciation of the technical and economic benefits and shortcomings of the various electrical engineering options that may be available for a particular project.

• The technical flexibility to enable the final design to be kept simple, easy to operate and easy to maintain.


Course Contents:

  • What is Interdisciplinary coordination ?

  • Need of interdisciplinary interface ?

  • Project Execution Plan

  • Interface Management (multidisciplinary coordination)

  • How to improve the interface management

Who this course is for:

  • Electrical Engineer
  • Electronics / Instrumentation Engineer
  • Mechanical Engineer
  • Civil Engineer
  • Chemical Engineer
  • Project Engineer