Mastering EPLAN: Course on Electrical Engineering Design from Udemy

The course offers a exclusive perspective to analyzing customer design scope (case study). In this course you will be able to review the documents which the customer can supplies you with to enable you to complete your designs. We will use Siemens Simaris Curves to conduct proper circuit breaker selectivity / discrimination. Cable design calculation will also be conducted to ensure that cables selected are accurate for the system. Heat and weight calculation is also another part of the course design work. The course also offers you the opportunity to learn and selecting appropriate electrical devices for system, designing, integrating and finally documenting a project successfully.

This course is created for individuals seeking to advance their skills not only in the usage of EPLAN, but also in being a great electrical design engineer.

Upon completion of this course, participants will be able to confidently use EPLAN software to design, document, and manage electrical systems, thereby improving their efficiency and effectiveness in professional settings. You will be enable to confidently conduct network configuration and ground schematics.

Participants will also receive a certificate of completion, showcasing their proficiency in EPLAN to current and future employers.

Join us to master EPLAN and take your electrical design skills to the next level.

Please note that NF Click Robots is not a real company; the instructor made up the name.

What's inside

Learning objectives

Apply real-world case studies to enhance learning and problem-solving skills.
Gain proficiency in using eplan software for electrical system design.
Create detailed electrical schematics, ground schematics, network schematics and electrical panel layouts.
Select appropriate electrical devices and optimize communication between network devices.

Manage electrical project from creation to completion.
Generate accurate documentation, material lists, and reports.
Independently create a panel design in eplan pro panel

Apply real-world case studies to enhance learning and problem-solving skills.
Gain proficiency in using eplan software for electrical system design.
Create detailed electrical schematics, ground schematics, network schematics and electrical panel layouts.
Select appropriate electrical devices and optimize communication between network devices.
Manage electrical project from creation to completion.
Generate accurate documentation, material lists, and reports.
Independently create a panel design in eplan pro panel

Syllabus

Introduction

Introduction to the course

Review “real world” case study (customer’s scope)

Overview of EPLAN

To download Siemens Simaris Design, you will need to download the Siemens Simaris Suite from the website - https://www.siemens.com/global/en/products/energy/medium-voltage/simaris.html

Thereafter, you can be able to open Siemens Simaris Design via the Siemens Simaris Suite.

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Uses Siemens Simaris Curves for circuit breaker selectivity, which is a common practice in electrical engineering for ensuring system safety and reliability

Includes cable design calculation to ensure accurate cable selection, which is crucial for electrical system performance and safety in real-world applications

Covers heat and weight calculation, which are important considerations for designing and integrating electrical systems, especially in compact or constrained environments

Requires downloading Siemens Simaris Suite from an external website, which may require learners to create an account and agree to the terms of service

Focuses on EPLAN Pro Panel, enabling learners to design 3D enclosures, manage components, and generate manufacturing documentation, which are essential for modern electrical design workflows

Explores project management and documentation within EPLAN, including generating reports and backing up projects, which are vital for maintaining organized and efficient workflows

Reviews summary

Comprehensive eplan and electrical design skills

According to learners, this course offers a solid foundation in using EPLAN for electrical engineering design. Students highlight the practical focus, covering topics from schematics to panel layouts and calculations. While some note the pace can be fast, the course is generally considered very useful for professionals looking to master EPLAN and improve design efficiency. The instructor is frequently praised for their knowledge and clarity, making complex topics accessible. It's seen as a valuable investment for those in the field.

Covers a wide range of electrical design aspects.

"From project setup to reports and Pro Panel, it covers a lot."

"Includes calculations like heat and weight, which is important."

"Discusses circuit breaker selectivity and cable sizing, practical additions."

Instructor is praised for expertise and teaching.

"The instructor is very knowledgeable and explains things clearly."

"He simplifies complex topics well, which made learning easier."

"Great instructor who provides useful insights from experience."

Strong emphasis on real-world design tasks.

"The course covers real-world design aspects beyond just software features."

"I can immediately apply what I learned about panel layout and calculations."

"Very practical examples that are useful for my daily work as an engineer."

Highly relevant for career development in EE.

"This course is a great investment for anyone working with EPLAN."

"Helped me significantly improve my skills for my job."

"Strongly recommended for electrical design engineers."

Helps users become proficient with EPLAN.

"I feel much more confident using EPLAN Electric P8 after this course."

"Excellent guidance on creating schematics, reports, and using navigators."

"The Pro Panel section was particularly helpful for 3D enclosure design."

Some users find the course moves quickly.

"Sometimes the pace feels a bit rushed, especially on new concepts."

"Had to pause and rewatch some sections to keep up with the steps."

"Might be challenging for absolute beginners without prior EPLAN exposure."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Mastering EPLAN: Course on Electrical Engineering Design with these activities:

Review Electrical Engineering Fundamentals

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Reinforce foundational electrical engineering concepts to better understand the advanced topics covered in the EPLAN course.

Browse courses on Circuit Analysis

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Review basic circuit laws (Ohm's Law, Kirchhoff's Laws).
Study fundamental concepts of AC and DC circuits.
Practice solving simple circuit problems.

Review 'Electrical Installation Guide' by Schneider Electric

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Gain a deeper understanding of electrical installation practices to complement the EPLAN software skills learned in the course.

View Melania on Amazon

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Read chapters related to power distribution and protection.
Study sections on cable sizing and circuit breaker selection.
Review safety regulations and standards.

Practice Creating Schematics in EPLAN (Demo Version)

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Enhance proficiency in using EPLAN by practicing schematic creation with a demo version of the software.

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Download and install the EPLAN demo version.
Create simple electrical schematics based on examples from the course.
Experiment with different EPLAN features and tools.

Four other activities

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Review 'Handbook of Electrical Engineering: For Practitioners in the Oil, Gas and Petrochemical Industry' by Alan L. Sheldrake

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Expand knowledge of electrical engineering practices in industrial settings to enhance the application of EPLAN skills.

View Handbook of Electrical Engineering: For... on Amazon

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Read chapters related to power distribution and motor control.
Study sections on hazardous area classification and protection.
Review case studies and examples of electrical system design.

Create a Blog Post on EPLAN Best Practices

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Solidify understanding of EPLAN by creating a blog post summarizing best practices for electrical design using the software.

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Research and compile a list of EPLAN best practices.
Write a blog post explaining the best practices with examples.
Publish the blog post on a personal blog or online platform.

Design a Power Distribution System for a Small Building

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Apply EPLAN skills to design a complete power distribution system for a small building, reinforcing practical application of the software.

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Gather requirements for the power distribution system.
Create electrical schematics and panel layouts in EPLAN.
Generate reports and documentation for the project.

Develop a 3D Model of an Electrical Panel in EPLAN Pro Panel

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Master EPLAN Pro Panel by creating a detailed 3D model of an electrical panel, including component placement and wiring.

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Design the layout of the electrical panel in EPLAN Pro Panel.
Add components and wiring to the 3D model.
Generate manufacturing documentation and reports.

Career center

Learners who complete Mastering EPLAN: Course on Electrical Engineering Design will develop knowledge and skills that may be useful to these careers:

Electrical Design Engineer

An Electrical Design Engineer conceptualizes, designs, and implements electrical systems and components. This course is directly applicable to this role because it provides hands-on experience with EPLAN software, a critical tool for modern electrical design. The course’s comprehensive syllabus, covering project design, power enclosure design, and project management, mirrors the responsibilities of an Electrical Design Engineer. The course helps engineers develop the skills to efficiently design, document, and manage electrical systems. Moreover, the focus on real-world case studies within the course helps engineers with practical problem-solving, an essential competency for success. Also, the course discusses network configuration schematics and ground schematics, all of which are essential for the Electrical Design Engineer.

See salaries and explore the career path for Electrical Design Engineer

Panel Design Engineer

A Panel Design Engineer specializes in the layout and design of electrical control panels. This course provides specific training in creating electrical schematics for power enclosures, designing enclosures in 2D and 3D using EPLAN Pro Panel, and optimizing component placement. The course's focus on heat and weight calculations is especially pertinent, as thermal management and space optimization are key considerations in panel design. Additionally, the course covers the generation of reports and documentation, vital for clear communication and compliance. The knowledge of EPLAN Pro Panel gained in this course enables Panel Design Engineers to design panels, manage components, generate reports, and produce manufacturing documentation.

See salaries and explore the career path for Panel Design Engineer

Control Systems Engineer

A Control Systems Engineer designs and implements systems that control and automate industrial processes and machinery. This course is valuable for Control Systems Engineers, as it emphasizes creating detailed electrical schematics and integrating electrical devices within a system. With the course's curriculum, one can use EPLAN software to design and manage electrical aspects of control systems. The course enhances skills in network configuration and creating ground schematics, which is beneficial for designing complex control systems. Additionally, the course provides an understanding of project management and documentation, ensuring that Control Systems Engineers can effectively manage and report on their projects. The focus on electrical panel layouts and component placement also provides a foundation for the Control Systems Engineer.

See salaries and explore the career path for Control Systems Engineer

Electrical Project Manager

An Electrical Project Manager oversees electrical engineering projects from inception to completion. This course helps the Electrical Project Manager, as it emphasizes project management and documentation within EPLAN. The course provides skills in generating reports, managing project backups, and exporting projects to PDF, all essential for project tracking and communication. Furthermore, the course's coverage of real-world case studies provides a practical perspective on project challenges and solutions. The training in EPLAN Pro Panel teaches Electrical Project Managers how to design 3D enclosures design, integrate schematics, manage project components, generate reports, and produce documentation.

See salaries and explore the career path for Electrical Project Manager

Automation Engineer

An Automation Engineer designs, develops, and implements automated systems and processes typically within manufacturing or industrial settings. The skills taught in the course, such as creating electrical schematics, integrating electrical devices, and managing projects within EPLAN, are directly applicable to this role. The course's emphasis on network configuration schematics and ground schematics helps Automation Engineers to create robust and reliable automated systems. The training in EPLAN Pro Panel can help Automation Engineers to develop automated systems to oversee enclosures, integrate schematics, manage components, generate reports, and produce proper documentation.

See salaries and explore the career path for Automation Engineer

CAD Drafter

A CAD Drafter creates technical drawings and plans using computer-aided design software. This course is helpful for CAD Drafters looking to specialize in electrical systems design. The course provides training in EPLAN software, specifically focused on creating electrical schematics, panel layouts, and detailed documentation. The course's coverage of plot frames, forms, and layer management helps draftspersons produce standardized and professional drawings. This course enhances a CAD Drafter's ability to produce accurate and comprehensive electrical system drawings and documentation.

See salaries and explore the career path for CAD Drafter

System Integrator

A System Integrator is responsible for bringing together different hardware and software components into a unified system. The System Integrator may find this course useful, as it emphasizes the integration of electrical devices and the creation of network configuration schematics. The course enhances understanding of how to manage different components and produce accurate and comprehensive documentation. The System Integrator may find value in learning how to select the best electrical devices for the job.

See salaries and explore the career path for System Integrator

Manufacturing Engineer

A Manufacturing Engineer designs, implements, and improves manufacturing processes and systems. This course helps the Manufacturing Engineer, as it provides a comprehensive understanding of electrical design and documentation within the manufacturing context. The course provides training in EPLAN Pro Panel and can help Manufacturing Engineers develop, manage, and maintain manufacturing systems. Learning how to generate reports may also inform the management of efficient and safe manufacturing systems. The Manufacturing Engineer will also be able to understand electrical schematics.

See salaries and explore the career path for Manufacturing Engineer

Product Development Engineer

A Product Development Engineer designs and develops new products or improves existing ones. The Product Development Engineer will find this course helpful, as it emphasizes project management and documentation within EPLAN. The course may help Product Development Engineers by teaching them the benefits of using the 3D functionality in EPLAN Pro Panel. The Product Development Engineer will also find value in the parts management portion of the course.

See salaries and explore the career path for Product Development Engineer

Power Systems Engineer

A Power Systems Engineer is responsible for the design, analysis, and maintenance of electrical power systems. This course may be useful to Power System Engineers, as it covers cable design calculations, circuit breaker selectivity, and short-circuit calculations using Siemens Simaris Design. The course allows engineers to efficiently design, document, and manage electrical systems. The course's content on creating network configuration schematics and ground schematics enhances the design. Learning how to perform heat load and weight calculations may be beneficial for designing efficient and safe power systems.

See salaries and explore the career path for Power Systems Engineer

Electrical Inspector

An Electrical Inspector examines electrical installations and systems to ensure they meet safety standards and regulations. The Electrical Inspector may find this course useful, as it covers generating reports and documentation. This course helps Electrical Inspectors improve their efficiency and effectiveness in professional settings. The electrical schematics are often consulted by the Electrical Inspector.

See salaries and explore the career path for Electrical Inspector

Reliability Engineer

A Reliability Engineer analyzes and improves the reliability of systems and equipment. This course may be useful to Reliability Engineers, as the course focuses on heat and weight calculations. Learning how to properly space components may be critical for the Reliability Engineer. The course may assist the Reliability Engineer when it covers selecting electrical devices for specific applications.

See salaries and explore the career path for Reliability Engineer

Electrical Technician

An Electrical Technician installs, maintains, and repairs electrical systems and equipment. This course may be useful for Electrical Technicians looking to expand their skills in electrical design and documentation. The course provides a foundational understanding of EPLAN software, which can be used to interpret electrical schematics and troubleshoot systems more effectively. The course's coverage of creating enclosure labels and generating reports may also assist technicians in documenting their work and maintaining accurate records. The skills taught in the course, such as developing detailed electrical schematics and project documentation, can help Electrical Technicians perform their tasks efficiently.

See salaries and explore the career path for Electrical Technician

Energy Efficiency Engineer

An Energy Efficiency Engineer develops and implements strategies to reduce energy consumption and improve energy efficiency in buildings and industrial processes. The Energy Efficiency Engineer may find this course to be helpful, as it teaches students how to perform heat calculations. This may inform ways to improve the energy efficiency of a system. The Energy Efficiency Engineer may also value the parts management section of the course.

See salaries and explore the career path for Energy Efficiency Engineer

BIM Modeler

A Building Information Modeling Modeler creates digital representations of physical and functional characteristics of a facility, including electrical systems. This course may be useful for BIM Modelers, as it provides training in EPLAN Pro Panel, which enables the design of 3D enclosures and the integration of electrical schematics into a building model. The course helps BIM Modelers to prepare building models with optimal component placement. The BIM Modeler may use this course to learn how to prepare reports for building plans and designs.

See salaries and explore the career path for BIM Modeler

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Mastering EPLAN: Course on Electrical Engineering Design.

Handbook of Electrical Engineering

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This handbook provides in-depth knowledge of electrical engineering principles and practices specific to the oil, gas, and petrochemical industry. It covers topics such as power systems, electrical equipment, and safety considerations. While not directly focused on EPLAN, it provides valuable context for understanding the design and implementation of electrical systems in industrial settings. is more valuable as additional reading to broaden understanding.

Handbook of Electrical Engineering: For...

Hardcover

$$$$

Mastering EPLAN

Course on Electrical Engineering Design

What's inside

Learning objectives

Syllabus

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Reviews summary

Comprehensive eplan and electrical design skills

Activities

Career center

Reading list

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