The top 20 Electrical Design courses you need to take

1. Autodesk AutoCAD Electrical for Electrical Designers

4.2

(589)

AutoCAD Electrical is the software of the AutoCAD suite which is intended to help control designers with the creation and modification of control systems. This software has extended features to automate control engineering tasks, such as building circuits, numbering wires, and creating bills. This course contains a detailed explanation of AutoCAD Electrical tools and features. Keeping in view the varied requirements of the students, every tool and feature is thoroughly explained with the help of examples. After going through this course, you will be able to create professional electrical control drawings with ease. This course covers topics such as ladder diagrams, schematic drawings, schematic editing, panel drawings, parametric and nonparametric PLC modules, point-to-point wiring diagrams, stand-alone PLC I/O points, report generation, creation of symbols, Circuit Builder, Terminal symbols, and so on. In this course, special emphasis has been laid on industrial applications and usage of AutoCAD Electrical tools so that it serves beginners as well as professionals to understand the function of tools and their applications in the drawing. Salient Features of this Course:1. A tutorial approach course consisting of 45 video lectures that are organized in a pedagogical sequence.2. Detailed explanation of all AutoCAD Electrical tools and features.3. Step-by-step instructions to guide the users through the learning process.4. Practice Test...

2. Electric Motor Design for Electric Vehicle's - Advanced

4.4

(352)

The participant will be able to understand the power train level targets to be met by automotive manufacturers in the upcoming years and its effect on development of E motors. Electric Drive system TargetsCO2 footprint and driving forces for electrification. This section will discuss on various measures taken by the research team of Nissan motors for improved electric powertrain performance and efficiency. Evolution of Nissan Leaf - 2011 to 2013 to 2018Interior PM Magnet Motors and Induction MotorsMagnet Arrangements & Impacts on Motor PerformanceReduction of rare earth elements for motor magnetsPhysical Design Changes for Efficiency ImprovementLight Weight design and manufacturing Techniques for EV propulsion motorsSystem Integration & Impacts on NVHSensitivity Analysis & NVH OptimizationNVH Optimization and its Effects on motor torque & acceleration performanceHarmonic Content of Radial Force DensityOptimization of Slot, slot liner, Poles & WindingThe General Motors Cadillac Hybrid uses Two motors for the powertrain. Induction and PMSM Motors. Here the participants will be able to understand the background of this motor selection strategyImpacts on Efficiency of motor and inverter systemUnderstanding the usage profile of the Induction and PMSM Machines for Hybrid Vehicle applicationsStrategies for torque ripple reduction of the induction and PMSM drivesThis section focuses on the key sensor technology applied by the automotive manufacturers in their electric and hybrid vehicle powertrains. Advanced Sensor applications for Better Control of EV's and HEV'sSelection Criteria for Position sensorsSensor mounting methodologies and its significance on accuracySensor Angle Calculation and Error DefinitionComparison of Peak to Peak mechanical angle errorExemplary illustration of a resolver rotor position signal processing system...

3. Construction Site Electrical System Design

4.6

(454)

When you have finished this course you will be understand how an electrical system can be designed for any construction site. The course will go into detail on the following areas:-  Introduce the principles of operation for a site electrical system, why they need to be designed in a certain manner to achieve a system that is safe, durable & cost effective. Look at the key elements of the electrical system including the generation and distribution systems, grounding, residual current devices & cabling Show how a lock and tag system can be used to make the system safe for all users. Show how to size electrical cables based on the current carrying capacity and volt drop. Provide basic guidelines of how to size circuit breakers & generators The course consists of short videos on each key subject with questions provided at the end of each section to test your knowledge...

4. Electrical Loads Calculations and Design

4.2

(61)

Through my practical experience (19 years) in the field of electrical substations and working with various consulting offices in the design of medium voltage distribution networks for many important projects that require taking into account the accuracy in various electrical calculations, in addition to my obtaining a master's degree in the engineering sciences in electrical power and machines engineering, entitled Detection and Identification of Electrical Power Quality Problems using the advanced Artificial Intelligence Technique (LSTM). This course was prepared using the best engineering programs that link the academic/theoretical side with practical/reality in the High Voltage and Extra-High Voltage substations in addition to the Medium Voltage distribution networks. This unique way of explanation and preparation of the course has been thought to suit all engineering and technical levels, starting from students of engineering universities and various technical institutes and even specialized engineers with high experience in the field of electrical power and distribution systems, especially the electrical contracting field, distribution networks and consulting offices. This course was explained in a practical way based on the simple theoretical speech and attention to the practical explanation and reality pictures so that we can link the academic/theoretical study with what is actually present in the practical reality for the actual application after passing this course. This course is closely related to electrical distribution systems and various contracting works. In this course, I offer the following:* The meaning of Electrical Loads Calculations.* The difference between dynamic or motors loads and static loads.* The importance of the derating factors (D. F) in electrical loads calculations, and if we ignore these factors in our calculations, what will happen?* In detail and step by step, I will explain, how to make the voltage drop (V. D) calculations for any cable.* I will talk about, the short circuit (S. C) calculations for electrical power cables.* I will explain how to choose the correct cross-section area (C. S. A) for the neutral cable and the earthing cable conductor.* The difference between the Miniature C. B (MCB), Molded Case C. B (MCCB), and the Air C. B (ACB).* In detail and step by step, how to make the correct and accurate calculations for any static load.* I will give you an example of static load calculations and I will explain in detail and step by step, how to make the correct and accurate calculations for this load.* I will explain how to know and calculate the starting current for any motor.* I will explain in detail and step by step, how to make the correct and accurate calculations for any dynamic or motor loads.* I will explain how to make correct calculations of the main cable and the main circuit breaker (C. B) for a group of individual motors or different loads.* I will give you an example of dynamic or motor load calculations and I will explain in detail and step by step, how to make the correct and accurate calculations for these motors.* I will give you a very important example of the office building calculations which consists of: the basement floor, ground floor, first floor, second floor, and roof floor with different loads of static loads and dynamic or motor loads like water pumps, chillers, and elevators.* I will explain in detail and step by step:- How to calculate the rated current of each circuit breaker (C. B) in ampere (A).- How to calculate the cross-section area (C. S. A) of each cable in square-mm.- How to calculate the rated current of the main circuit breaker (C. B) in ampere (A).- How to calculate the cross-section area (C. S. A) of the main cable of each floor in square-mm.* Finally, the last lecture is for the distribution transformer and the main distribution board calculations...

5. Air Insulated Electrical Substation Design

4.5

(437)

Air insulated substations are the most common type of substation that you will find on the electrical network, due to their cost effectiveness and simplicity. This course will give you an appreciation of how to design this type of substation and introduce you to all of the equipment's that you will find in a typical air insulated substation...

6. Electrical Low Voltage System Distribution Design

4.6

(421)

This course is dedicated to students looking to acquire electrical low-voltage power design experience from scratch. This course covers low voltage distribution system design-related topics for a total duration of 10 hours. Essentially, the course begins section 1 by introducing the well-known drawing software AutoCAD and emphasizing its different toolbar options to prepare the student to be familiar with its use. Consequently, lighting design and lux calculations using DIALux software are fully explained in section 2 to prepare the lighting distribution system that will be explained and designed as a following step in section 3. After that, lighting & power systems distribution are covered in sections 3 & 4, which in turn prepares the student to understand how to gather information and calculate the total connected loads following the lighting and power designed layouts to be reflected in the panel schedules and single line diagrams which will be explained in the 5th section of this course. Once reaching this stage of the course, you will have to perform a range of low voltage system-related calculations of sizing Transformers, Generators, Cables, Circuit Breakers, calculations of voltage drop and short circuit current levels & power factor correction to ensure a safe design for the entire system for the aim of reflecting the calculated values in the single line diagram of the project. All these calculations will be explained separately in detail using simple steps that you can apply manually and with the help of predefined Excel sheets for solving different formulas in section 6. The last section of this course covers the earthing & lightning system topics, emphasizing their different types, components & the appropriate methods to design these systems following international standards. Furthermore, design topics in this course are explained by exploring pictures of different electrical equipment installed on the site to clarify the bond between the design and real site installations. Besides, the course is enhanced with a variety of helpful resources that are attached to it. In a nutshell, the sections of this course are arranged in ascending relevant stages, starting from section 1, which introduces AutoCAD, and finalizing the course by explaining the earthing & lightning systems which could be designed in the last stages of the design...

7. Electrical Installations Design - Part 2

4

(81)

You Will Learn in This Course Electrical Installation Design Part 2:- How To Calculate Voltage Drop On Branch and Main Electrical Circuits and on The Whole Electrical Network- How To Calculate Voltage Drop On Transformer Terminals- Calculate The Maximum allowable Cable Length - Short circuit Analysis on Electrical Networks - Design Excel Program To Calculate Voltage Drop and Short circuit current- Selecting The Suitable Cross sectional area Cable - Cable Management System  Sizing cable Tray- Bus Way System Sizing How to Size Bus bar- How To Calculate Inrush Current The starting current for Electrical motor- Design Branch Circuits for Small Motors- Design Main Circuit  for Small Motors- Design Branch Circuits for Large Motors- how to Read Motor NameplateOur Goal - To Reduce The Gap Between Academic Studies and Practical Life and How To Apply The Academic Studies In Your Work- Give You a lot of Different Design Examples to Give You flexibility of Mind Without Following Specific Rules- Deep Understanding Of Electrical Power System Equipment and to Design and Install Them- Deep Understanding Of  Electrical Wiring How to Read Single Line Diagram  of Electrical Designs - Give You Powerful Resources to Study Well............................................................... After This Course You Will Have Deep Understanding of Electrical Drawing Design and How To Design Electrical Power Systems Networks Electrical Design and Single Line Diagrams For Residential , Commercial and Industrial Projects and Apply This Experience in Your WorkPlaceThis course is a summary of a set of scientific research , many references and work experience...

8. Electrical Designing & Drafting Course (Division 1)

4.3

(115)

Electrical Designing & Drafting CourseThis course is designed as per the requirement of the practical world. In this course, there are complete 20 chapters concerning the designing and drafting part. These 20 chapters are divided into 4 sections, first 3 sections cover the designing part whereas the 4th section covers the drafting part. I believe that after completing this complete course, you will have high confidence in your practical life and you will be able to design any Residential & Commercial project. Or if you are fresher, then you can start your career as a professional in this competitive world.  Here, we have done all the calculations and explanations as per the NEC and other international codes and standards. So, you will have a big platform to work throughout the world as a professional person. Following is the content of the complete course: Section 1: IntroductionBasics of electrical Basic formulae Codes, Standards & Lux LevelsIllumination DesignBasics of Air ConditionerCircuit Breakers Capacitor Banks Section 2: Electrical Designing Electrical Motors Electrical Transformer Diesel Generator UPSSection 3: Cables & Cable SizingVoltage Drop CalculationShort Circuit CalculationCable Tray Size CalculationEarthingSection 4: AutoCADDiaLUXNow we are publishing a complete course in 2 parts and here is the first part. This part of the course will cover 09 complete chapters i. e. division 1. So after the completion of this section, you will have a foundation of electrical design...

9. Advanced Diploma in Electrical Design Engineering

3.9

(405)

The goal is to design safe and dependable processing facilities in a cost effective manner. The fact is that there are very few formal training programs that focus on design and engineering of Electrical systems of such big plants The heavy electrical industry has under its purview power generation, transmission, distribution and utilization equipment. These include turbo generators, boilers, turbines, transformers, switchgears and other allied items. These electrical equipment (transformers, switchgears, etc.) are used by almost all the sectors. Some of the major areas where these are used include power generation projects, petrochemical, refineries, chemical plants, integrated steel plants, non-ferrous metal units, etc. Overview:-Introduction of Electrical EngineeringIntroduction of EPC IndustryCoordination with Other DepartmentLoad List:-Preparation of Load ScheduleDetermination of Power Supply CapacityStandby Capacity considerationRating of Generators in Relation toPrime Movers Importance of max and min tempRating of Motors in Relation to their Driven MachinesElectrical Equipment Selection, Sizing:-MotorTransformerEmergency GeneratorNeutral Grounding Resistor (NGR)Power capacitor banks (PCB)AC UPSBattery & Battery ChargerCT/PTBus ductIllumination Design:-IntroductionType of Lighting FixturesSelection of Lighting FixturesPreparation of Fixtures ScheduleIndoor Illumination CalculationOutdoor Illumination CalculationCalculation on SoftwareLighting Layout DesignLighting Installation DetailSmall Power selectionLighting Board ScheduleCable Selection, Sizing & Layout:-Power and Control cable IntroductionCable Selection and SizingCable sizing for Low voltage systemCable sizing for High voltage systemVoltage Drop ConsiderationLet through Energy considerationEarth fault Loop Impedance considerationCable ScheduleCable interconnection ScheduleSelection and Sizing of cable TrayCable tray scheduleCable Drum scheduleConduit SelectionConduit SizingCable Routing LayoutCable TaggingInstallation detailsDevelopment of Single Line Diagram (SLD):-Key SLDDetail SLDLighting system SLDSmall power SLDMetering and Control diagramEarthing & Lightening Protection Design:-Requirement of Earthing in Industrial PlantsEarthing Design calculationsType of Earthing and DetailsEarthing Installation DetailsEarthing Layout DesignLightening Protection RequirementLightening Protection CalculationLightening Installation DetailsLightening Layout DesignTesting / System Studies:-Overview & Load Flow AnalysisShort Circuit Analysis (Fault Level Calculations)Motor Starting StudyRelay- Coordination...

10. Electrical Design Bootcamp - LV Power Calculations

3.9

(60)

*** UPDATES *** - September 23, 2019 - Captions in English (EDITED, not auto-generated). Dear Student, I welcome you to my tutorial about low voltage power calculations using Simaris Design and Simaris Curves from Siemens. Planning of an automation project and the electrical wiring on that project starts with power calculations. This is one of the first steps I take when I start to work on a new automation system - I plan and dimension my low voltage power system. I've tried years ago different software from all the biggest manufacturers and concluded that Simaris Design is, according to my experience, by far the best one out there to quickly setup a project, create single line diagrams and output all the possible documents that one needs when performing power calculations (project documentation, different list in Excel, e. g. busbar, cable, device settings, selectivity documentation etc., single line diagrams in PDF and i DWG/DXF). Language support is great, meaning that you can set your workspace and the single line diagram to the language of your choice. The same goes for the output documentation. When creating single line diagrams in Simaris Design the devices you use are grouped into three categories:· System infeed: (transformer with primary and secondary side, transformer only with secondary side, coupling to use when you have also emergency power supply, like a diesel aggregate (generator) etc.)· Distribution boards: (with busbars, without busbar, sub-distribution boards etc.)· Final circuits: (electrical consumers) ranging from general devices,  motors (including DOL, softstarter, reverse-duty and frequency converter), power outlets up to special dummy loads. You even have a possibility to insert a charging unit for electric cars. Talking about awesomeness :)I definitely highly recommend this software to all of you who work in the electrical engineering field. Even if you don't enroll in my course, I recommend that you invest some time to get to know this program. It's worth it. I've been using Simaris for years now on many different project across industries and it has always served me well. One of the last project where I had to do some serious dimensioning of my protection devices and cables was a one from the refrigeration industry. We had about 715 A of current consumption in our cabinet. Total of 3 power enclosures and 1 PLC enclosure. In one of the cabinets I had to design a power distribution system for two softstarters to power two screw compressors. One of them 160kW and the other 132 kW. Not to mention that in the area where we had to install our cabinets and pull all the cables the temperature goes up to 38 °C in summer. So I had to be very careful when dimensioning the cables. And we did it! We commissioned the system this summer in July and everything went in perfect order (talking about the worst case scenario - summertime). Simaris Design has been a great companion during the dimensioning and in general electrical design on this project. I hope you will enjoy working your way through my course on Simaris Design and I hope you will learn a lot. Don't forget to have fun on the way! Your Instructor for Electrical Design, Ivan...

11. Electrical, Electronics and PCB Design Safety & Compliance

4

(343)

What students say about this course: This course is very informative. As electrical engineer, I am honestly getting valuable information through this program. COURSE WAS EXCELLENT BOTH IN PRESENTATION AND PACKAGE, Ivwionoku Great info on standards, where to get them and how to implement them practically in CAD!, Alvaro Great details on safety aspects of products with clear methodologies of design using informative examples. Thank you so much!, Pramit Last Update: ******** October 10th, 2016 - Added a section on how to set and check clearance and creepage in a PCB Design CAD Software. Section name PCB CAD/CAM SOFTWARE - CLEARANCE AND CREEPAGE ******** Published in  May 1, 2016 ******** Course Description Being a capable electronics designer does not make you a good one.  Being an expert in Arduino, Raspberry, firmware, embedded software and microcontrollers, hardware, PCB design, digital and analog design, is only a part of what designers need to know.  A beautiful and functional product can be appealing, but if basic safety rules are not taken into account even before starting the actual  design activities, a poor design can endanger people and cause its designer big troubles.  This course focuses on design safety with respect to electrical/electronics application, including PCB design. It covers the most important aspects that designers need to know, and it teaches a general methodology to develop electronics and electrical applications (including PCB) in compliance with safety principles and international standards. +++++ Have a look at the course curriculum +++++ At the end of the course: you will be able to find in international standards and understand the applicable electrical safety requirements for your electronics projectyou will be able to calculate the most important parameters like clearance/creepage distance and solid insulation, to be considered during insulation, electronics and PCB designyou will be able to set and check creepage and clearance on PCB CAD/CAM Softwareyou will be able to choose the proper IP isolation against ingress of water and solid particles you will be able to choose critical electronics components and verify their certifications you will know what insulation diagrams are and how to make and use them you will know what international standards are, how they are made and where you can find them and you will understand the design process and steps toward a compliant product so basically you will be able to design a functional, safe and ready for the market electrical application. HAVE A LOOK AT THE LESSONS AVAILABLE FOR FREE IN THE COURSE CURRICULUM!!! We will introduce the basic concepts and techniques of electrical, electronics and PCB design for safety, teaching you the path to a project compliant with product safety legislation. We will cover both basic electrical definitions like the product classification and more advance concepts like creepage calculation and critical electronics components. Throughout the course you will find practical examples on how to use these techniques on electrical and electronics household appliances design (e. g. food mixers and electric toasters), and also how to set some parameters in a CAD/CAM Software for PCB design. We will take as a reference the most important and recognised international safety standards, like IEC 60335 series, IEC 60529, and the like. The last section will be dedicated to describe the whole design process, from the design specifications to final verification and validation, with a practical example on an electric toaster design. ---------------------------------  The course is made essentially of video lessons, but reference to guidelines and datasheets are provided, when considered useful.  You will also find several tests. We strongly recommend to take the tests before proceeding to check the concept you have learned.  If you really want to understand the safety related part of an electrical/electronics and PCB design and complete your technical culture with this important cornerstone, this course is a must. HAPPY LEARNING!!!...

12. Electrical Control Design for real industrial applications

4.7

(125)

Hello guys in Our Course you will learn All steps to Make a Full Electrical Control Design for any Project, in our Course we will discuss all Basic components in details after that we'll make a Full Electrical Control Design for about 15 applicationsThis course is designed to teach students how to design an Electrical Control circuit to perform a specific desired function. Taking this course will give students a much better understanding for the most complicated Electrical control systems which they will face in the Industrial sector in the real life. so our course aims to teach students the fundamentals of Electrical Control design.  Starting from Basic Components ( Contactor - C. B - Relays - Timers - Elec switches - Fuses - Protection devices - Sensors - Encoders ), then we'll discuss the basic concepts for the Design like latching - Interlocking - controlling from different places.. etc., after that we'll make designing for many Electrical control circuits manually and using EKTS software for simulation. This course is structured in such a way that each section is dedicated to a specific topic in regards to Electrical Control Design. The lectures contained in each section describe in detail the different tools and techniques used to design Electrical Control circuits. There are assignments and Exercises throughout this course that students can use them to exam themselves, also we have a separated section for Lab, so you can get the most benefit from this course. Plan of Our Course will be like that:1- section (1):  ( Introduction )            - introduction for Electrical Control systems           - basics of Electrical Power system                   2- section (2):  ( Basic Components for Electrical Control system )            - Contactor and all types of Circuit Breakers ( MCB - MCCB - ACB ) in details              - How to calculate C. B rating and cable Sizing             - Electric switches (Push buttons - Selector switch …etc.)  and Fuses in details             - Electrical Relays (mechanical relay - SSR - Latch relay)            - All Types of Faults in the Electrical control system            - Protection Devices (Over-under Voltage relay & phase sequence-failure relay & Total protection device)            - Overload relay in details             - All types of Timers ( On-delay timer - 24 hours timer - Star/Delta timer - pneumatic timer ) 3- section (3):  ( Lab for all Basic components ) we'll see all these components in the practical life and the way of wiring for them 4- section (4):  ( Fast Revision for Electrical machines )              - DC machines in details, principle of operation, internal construction and their applications              - AC machines in details, principle of operation, internal construction and their applications              - How can you read the data on the nameplate of the motor5- section (5):  ( Designing of Electrical Control circuits )                 - Start/Stop for 3ph I. M                  - Start/Stop for 2  3ph I. M ( Latching - Interlocking Concepts )                 - Star/Delta circuit manually and Automatically in details                 - Start/Stop from different places concept                 - Forward/Reverse Concept                 - Star/Delta & Forward/Reverse control circuit                 - 3Three 3ph I. M as sequence one after another                 - Advanced 4 applications                  - Solutions of the First assignment6- section (6):  ( Electrical sensors and Encoders )                 - what's the difference between sensor and actuator                - Limit switches and reed switch in details                - wiring of all sensors in the practical life                 - Proximity sensors ( Inductive & Capacitive ) in details                - photoelectric sensors ( through beam - retro reflective - diffused ) in details                - Level sensors ( float switch - Optical - Capacitive - Conductive - Tuning fork switch ) in details                - Rotary Encoders ( incremental & absolute ) in details                 - wiring of Encoder in the practical life                        7- section (7):  ( Methods of starting for 3ph I. M )          - why do we need for the methods of starting!!!          - How can you calculate the starting current for the motor using the nameplate data          - DOL direct on line, Star/Delta , Soft starter, VFD variable frequency drive and Auto-transformer          - Soft Starter device in details           - VFD in details          - wiring for the soft starter and VFD in the practical life 8- section (8):  ( ATS circuits )               - Basic components for the Automatic Transfer switch circuit                - what's the difference between O. T. T and C. T. T circuits               - ATS circuit in details for the new Generator                - ATS circuit in details for the old Generator ** Our help in Power Tech Academy is always available to you if you get stuck or have a question!!!  our support is legendary in Udemy-> So don't hesitate and click Buy Now button so you can begin on the right path!...

13. Classic Control Course and Design of Electrical Panels.

4.7

(51)

Hello, my friends in our course you will learn All steps to Make a Full Electrical Control Design for any Project, in our course we will discuss all the Basic components and Protection Devices in detail after that we'll make a Full Electrical Control Design for about 20 applications. The course content is divided into 3-levels. After studying for each level you have to pass the exam to be sure that you understand the previous section. Level 1 Electricity- Electrical Basics.- Introduction about the control system.- Types of loads. Level 1 Control components in details- Types of switches.- Relay.- Latch Relay.- Contactor.- Mechanical interlock.- Solid State Relay.- Solid state relay (SSR). Level 1 Projects on 1st level- How to design and create your first control system.- Applications for beginners (تطبيقات عمليه بالفيديو).- Level 1 ExamLevel 2 Learn about 3-phase motors- Different ways to start the motor.- DOL, soft starter, Ac drive (inverter), star-delta.- Motor Nameplate data.- How to calculate rated current for the motor.- How to calculate starting current.- Reverse Direction of IM. Level 2 Projects on 2nd level- Projects to apply on level 2 (تطبيقات عمليه بالفيديو).- Level 2 Exam. Level 3 Protection Devices in details- What is the reason for electrical faults.- Protection Devices.- Circuit Breaker.- RCCB and ELCB- Fuse.- GV2 & GV3.- Overload.- Over-under voltage.- Phase sequence.- Total protection. Level 3 Timers & star-delta starting & Digital sensors- Timers.- Star Delta starting.- Star Delta timer.- Digital sensors. Level 3 Projects on 3rd level & final project.- Applications about timers and sensors (تطبيقات عمليه بالفيديو)- Final Exam...

14. Catia V5 Electrical Harness Design - Automotive & Industrial

4.6

(676)

My name is Alex, I'm a design engineer and I have been working for over 15 years with Catia V5 in Automotive, Racing and Industrial Design. I have been working with companies like: Ferrari Formula One Team, Jaguar Land Rover, Red Bull Racing and Aston Martin. Catia V5 is easy to learn. But learning how to use it with some real job experience is the real secret. In this course you will learn the following 4 Catia V5 workbenches that will make you able to design Electrical Harnesses for different industries but especially for the Automotive and Moto-Racing Industries. Catia V5 Electrical Part Design WorkbenchCatia V5 Electrical Assembly Design WorkbenchCatia V5 Electrical Harness Installation WorkbenchCatia V5 Electrical Harness Assembly WorkbenchOn top of the Catia V5 teachings I have made videos where you will learn a lot of theory about materials components and experience about how electrical harnesses are built. Electrical Components Theory for Industrial DesignElectrical Components and Materials for Automotive HarnessesElectrical Components and Materials for Motor Sport and Formula One HarnessesProjects made from scratch with Real Job Experience and AdviceYou need to know Catia V5 Part Design and Assembly design to be able to study this course. You need to know Catia V5 Part Design and Assembly design to be able to study this course...

15. Catia V5 Electrical Harness Design - Automotive Projects

4.7

(106)

HiMy name is Alex, and I am a Design Engineer. I have been working for more than 18 years with Catia V5 in automotive engineering, racing and industrial design. All the knowledge and experience that I gained helped me work with companies likeFerrari Formula One Team, Red Bull Racing, Jaguar Land Rover, Aston Martin and othersIn this course I will show you how to design electrical harnesses for automotive companies. I will explain what is the design process for electrical harnesses and what materials and components are being used. I will also explain what are the design rules and what requirements automotive companies have for harness designNext, I will reveal what is the criteria for selecting electrical components for harnesses like: connectors, pins, wires, relays, fuses, splices and othersAfter all this theory we will design a few CAD projects where we implement everything we learned and I will give you a few assignments and challenges. After the projects we will make a few small projects to touch on more harness design techniques that you need to knowI design with Catia V5 but you can design this in any other CAD software as I provide step files. In the last section of the course, we discuss about how to tailor your CV, how to conduct yourself at an interview and how to create a portfolioWith all of this said. This course is a cheat code. To be able to take chance on opportunities you need experience, and experience is built only with practice. Thanks for watching this video and see you in the course...

16. Ultimate Electrical Design Course from Zero to Hero

4.5

(912)

Ultimate Electrical Design Course Bundle  The only course which will help you to learn everything about distribution systems design including lighting design using Autocad and Dialux programs, wiring of electrical components, selection of breakers and fuses, design of single line diagram and riser of building, selection of generators, design of earthing systems, light current systems and more. This course is made of more than 150 lectures to give you the best and most in-depth experience regarding electrical design from zero to hero! Throughout the course you will learn: Basics of lighting design including concepts and methods of design. Design of the lighting system using Dialux Evo. Design of the lighting system using Dialux Red. Basics of Autocad Electrical. Wiring of the electrical system in Autocad that includes luminaries, sockets, and more. Panel schedule for power and lighting systems. Selection of circuit breakers and cables. Drawing the single-line diagram of an electrical system and the riser of a building. Importance of load estimation process and how to do it with a step-by-step lesson. Load estimation using Excel program. Transformer room dimensions sizing. Generator room dimensions sizing. Voltage drop analysis using manual calculations and the ETAP program. Short circuit analysis using manual calculations and the ETAP program. Everything about cables including different types of cables, types of armouring systems, types of insulation, types of cable formation, derating factors, and more. Sizing of the neutral and the earthing conductors. Design of the earthing system using manual calculations and the ETAP program. Design of lightning protection system. Design of the UPS systems. The residual circuit breakers, fuses, and breakers used in low, medium, and high-voltage circuits. Construction, types, and components of an electrical panel. Fire alarm systems in low current systems and how to design them. CCTV systems in low current systems and how to design them. MATV systems in low current systems and how to design them. Data, telephone, and sound systems in low current systems and how to design them. Everything about the ETAP program from zero to hero. Bonus Gift for buying the course: You will find also the slides for the Ultimate Electrical Design Course Bundle for those who are interested in them or having them as a revision for themselves81 Pages of Lighting Design91 Pages of Light Current Slides32 Pages of Earthing System Slides49 Pages of Generator Sizing and UPS Slides20 Pages of Notes about Electrical Design70 Pages of Panel Board, Breakers, Fuses, and Cables27 Pages of Power Factor and Lightning Protection Systems8 Pages of Generator and Transformer Room SizingIf you've been looking for ONE ULTIMATE COURSE with in-depth insight into electrical design, take this course...

17. Catia V5 - Electric Vehicle High Voltage Harness Design

4.7

(51)

HiMy name is Alex, and I am a Design Engineer. I have been working for more than 18 years with Catia V5 in automotive engineering, racing and industrial design. All the knowledge and experience that I gained helped me work with companies like: Ferrari Formula One Team, Red Bull Racing, Jaguar Land Rover, Aston Martin and othersIn this course I will show you how to design HV electrical harnesses for Electric Vehicles. We will start by looking at the structure of electric vehicles and how many HV harnesses can be in an electric vehicle. Next, I will show you what are the components of a HV harness and what are the basics for selecting them. Here I will also discuss about HV harness design rules and best practices. Then I also made a complete section about the main component of an EV - The traction battery. Here I will show what are the components of a traction battery and the basics on how they work. After all this theory we will design a few CAD projects where we implement everything we learned. I design with Catia V5 but you can design this in any other CAD software as I provide step files. With all of this said. This course is a cheat code. To be able to take chance on opportunities you need experience, and experience is built only with practice. Thanks for reading this and see you in the course...

18. Learn HMI Programming of Schneider Electric's Vijeo Designer

4.4

(112)

From basic to heavy industrial engineering projects hmi programming all needful components details explained. Schneider electric's software VIJEO DESIGNER is one of the leading brand's hmi programming and designing software and hardware. It cover also basic step like downloading and installation so you don't need to worry about downloading and installation. Whole software environment explain so you will learn every single tool , feature, and option. Most important tag creation also known as variable in fully detail explanation like BOOL, INTEGER, REAL, FLOAT, ASCII etc. Short tricks in the software programming also is covered so you will learn fast programming and smart programming of hmi. switch and buttons explains  which is soul of any hmi program and designing. Hardware is also explain in real hmi so you will learn in real time programming too. In very easy language and HD video course so every thing is learning very fast. Meters and different bar graphs also explain which are so useful in dairy , tank , it cover tank filling and and run time graphs which explain the status of production and machine stage. All type of animation which include move , rotate, invisible, blinking, filing, color change, size etc. Recipe explanation which is most important in any dairy automation or any other automation. user based level Security with password also you will learn in very interesting manner. Alarm making and pop-up also explains. Detail explanation of every features with available simulation tool which help a lot without need of hmi hardware you can learn online experience on real hmi...

19. Electrical distribution L.V Design AutoCAD, Dialux and ETAP

4.2

(262)

Hello guys in Our Course you will learn All steps to Make a Full Electrical Design for any Project, in our Course we will make a Full Electrical Design for a hospital What you'll learnWork perfectly on AutoCADWork perfectly on DialuxWork perfectly on ETAPThe most Electrical Codes are used around the world, and what are the benefits from them??Make an interior lighting Design for any project. Make Lighting and Socket layouts. Load Estimation CalculationsTransformer Sizing. Design Light Current System1- Nurse calling system2- Fire alarm system3- Telephone system4- CCTV systemHVAC systemMake a Load Schedule Calculations Using Excel. Generator Sizing manually and Using Cummins software. Make UPS Sizing. Design a Single Line Diagram with ETAP. Make S. C (Short Circuit) calculations for any electrical system with ETAP. Make the Voltage Drop calculations for any electrical system with ETAP. Design an Earthing System.- at first we'll discuss all types of earthing- then we'll discuss the manual calculations. Make a power Factor Correction - at first we'll discuss the concept of P. F correction and its methods - then we'll make P. F correction using capacitor bank- At the end -this course will provide you with all basics and advanced knowledge which you'll need to be a professional Engineer in the field of construction, whatever as technical office engineer, Designer or site engineer...