Courses

Get an overview of industrial automation. Learn about the components, levels, software, and skills it takes to start a career as an automation engineer or technician.

Get an overview of industrial automation. Learn about the components, levels, software, and skills it takes to start a career as an automation engineer or technician.

Industrial automation involves using control systems like PLCs and SCADA to manage processes and machinery in industries, replacing human involvement. It aims to improve efficiency, reliability, and safety, while reducing costs and increasing productivity. Drives are devices used to control the speed and torque of electric motors in automation systems. AC drives control AC motors by varying frequency and voltage, while DC drives control DC motors by varying voltage. These drives play a crucial role in industrial automation by enabling precise control over motor speed and torque. Basic electrical principles and components are fundamental to understanding and implementing industrial automation systems.

The "Fundamentals of Robotics & Industrial Automation" course is tailored to provide a comprehensive understanding of essential concepts and practical skills necessary for excelling in the field of collaborative robotics. Through three dynamic modules, participants will explore the intricacies of sensors & transducers in machine tools & robots, servo systems, and interfacing and simulation techniques. This course is designed to cater to the learning needs of undergraduate students of Mechanical & Mechatronics Engineering, students specializing in robotics & automation, as well as post-graduate students of Mechanical Engineering & Computer-Aided Manufacturing Engineering. Additionally, practicing engineers in automation environments will find immense value in honing their skills through this specialized course. As the backbone of modern industrial automation, robotics engineering holds immense significance in optimizing processes, enhancing productivity, and improving efficiency. Throughout the course, participants will delve into the nuances of robotic engineering, gripper designs, PLC (Programmable Logic Controller), and mechatronics system design. The interdisciplinary nature of the curriculum ensures that students develop a holistic understanding of the subject, enabling them to tackle real-world challenges with confidence and expertise. A strong foundation is laid through the prerequisites of the course, encompassing basics on industrial manufacturing, fundamentals of introductory mechatronics, introductory electronics, and applied physics. These prerequisites ensure that participants enter the course with the necessary background knowledge to fully engage with the advanced concepts presented throughout the modules. Upon completion of this course, participants will acquire a diverse set of skill sets essential for success in the field of collaborative robotics. From robotic manipulator design to robotic gripper design, participants will gain proficiency in designing and implementing key components of robotic systems. Furthermore, the course emphasizes the importance of interfacing mechanical components with digital control circuitry, equipping participants with the ability to seamlessly integrate hardware and software components in automation environments. A deep dive into sensor & transducer technology empowers participants to leverage cutting-edge sensing technologies for precise measurement, feedback, and control in robotic applications. Additionally, participants will develop troubleshooting skills essential for identifying and resolving issues in mechatronic systems, ensuring smooth operation in industrial settings. Mechatronics system design principles are thoroughly explored, enabling participants to conceptualize, design, and optimize complex systems tailored to specific industrial requirements. The course culminates in simulation using MATLAB-Simulink, providing participants with hands-on experience in designing, modeling, and simulating robotic systems. This practical aspect of the course not only reinforces theoretical concepts but also prepares participants for real-world implementation and problem-solving. In conclusion, the "Fundamentals of Robotics & Industrial Automation" course offers a transformative learning experience for individuals aspiring to excel in the dynamic field of collaborative robotics. Through a blend of theoretical knowledge, practical skills, and hands-on experience, participants emerge with the expertise and confidence to make meaningful contributions to the future of industrial automation.

The "Industrial Fluid System & Smart Factory Automation" course represents a pivotal opportunity for individuals seeking to delve into the cutting-edge intersection of fluid dynamics, electrical drives, and smart automation technologies. With three comprehensive modules, participants embark on a transformative journey, exploring the intricacies of fluid and electrical drive systems, fluid circuit design, and the implementation of smart factory automation solutions. This course caters to a diverse audience, including undergraduate students of Mechanical & Mechatronics Engineering, students specializing in robotics & automation, post-graduate students of Mechanical Engineering & Computer-Aided Manufacturing Engineering, as well as practicing engineers in automation environments. A solid foundation is laid through the prerequisites of the course, covering basics on industrial manufacturing, fundamentals of introductory mechatronics, introductory electronics, applied physics, and fundamentals of fluid mechanics & machinery. Armed with this multidisciplinary knowledge, participants are primed to delve into the complexities of industrial fluid systems and smart factory automation. The first module, "Fluid and Electrical Drive Systems," serves as the cornerstone of the course, offering participants a comprehensive understanding of electrical drives and control systems for machine tools and robots. Participants will explore the selection and implementation of electrical drives, along with troubleshooting techniques to ensure optimal performance. Additionally, the module delves into industrial hydraulics and pneumatics for automation, equipping participants with the skills to design electro-hydro-pneumatic systems tailored to specific industrial requirements. In the second module, "Fluid Circuit Systems," participants dive deeper into the design and implementation of fluid circuit systems essential for efficient operation in industrial environments. Through a combination of theoretical concepts and practical exercises, participants gain proficiency in designing and optimizing fluid systems to meet the demands of diverse applications. The final module, "Smart Factory Automation," explores the integration of advanced automation technologies to create intelligent, interconnected manufacturing environments. Participants will delve into topics such as industrial remote monitoring, smart material flow, IIoT (Industrial Internet of Things) in smart factories, digital twins, and industrial data analytics. Through hands-on projects and case studies, participants will learn to design and implement smart factory automation solutions, revolutionizing efficiency and productivity in industrial settings. Upon completion of this course, participants will emerge with a diverse set of skill sets essential for success in the field of industrial fluid systems and smart factory automation. From choosing the right electrical and hydraulic-pneumatic drives to designing and troubleshooting fluid systems, participants will possess the expertise to tackle real-world challenges with confidence. Furthermore, participants will be equipped to apply IIoT technologies for remote monitoring and predictive maintenance, ensuring the health and efficiency of machinery in industrial environments. In conclusion, the "Industrial Fluid System & Smart Factory Automation" course offers a transformative learning experience for individuals aspiring to excel in the dynamic field of smart manufacturing. Through a blend of theoretical knowledge, practical skills, and hands-on experience, participants emerge as innovators poised to make meaningful contributions to the future of industrial automation and efficiency.

Join this talk exploring the intersection of Topological Data Analysis (TDA) and Industrial Automation. Discover how these fields connect through a comprehensive survey, with a focus on dynamical systems and multi-variate time series as natural objects of interest. Learn about practical applications of TDA in industrial contexts, including methods to identify parameterized dynamical systems using persistent homology and techniques for detecting repetitions in multi-variate time series from repetitive processes. Presented by Stefan Huber for the Applied Algebraic Topology Network, this 58-minute presentation bridges advanced mathematical concepts with real-world industrial automation challenges.

Get an introduction to industrial automation and PLC ladder logic programming.

Industrial electricity, electrical installations, electrical automation, for electricians, automation design What you'll learn: You will know the principles of operation of the devices used in electrical automationYou will learn to design and implement basic automation electrical circuits, using wired logicYou will learn to design and implement more advanced automation electrical circuits, using wired logicAll this using contactors, timers, relays, counters; etc. This is a course translated from Spanish to English.Do you want to learn the operation of timers, contactors, relays, counters, etc?Do you want to implement these elements in an electrical automation circuit of the industrial type?All this using wired logic?If so, this course is waiting for you.You will learn the principles of operation of the devices used in industrial electrical automationYou will learn when to use these devices and how to install them in basic circuitsYou will learn when to use these devices in advanced circuitsYou will learn to design and commission electrical circuits of any type using hardwired logicYou will learn to use the tools available to simulate automatic electrical circuits using wired logicYou will learn to interpret electrical control circuits both the control part and the force part You will learn the principles of operation of the devices used in industrial electrical automationYou will learn when to use these devices and how to install them in basic circuitsYou will learn when to use these devices in advanced circuitsYou will learn to design and commission electrical circuits of any type using hardwired logicYou will learn to use the tools available to simulate automatic electrical circuits using wired logicYou will learn to interpret electrical control circuits both the control part and the force part

Get the full information needed to be able to become a Wireless Technician What you'll learn: Understand the foundation theory of the Wireless LANBe able to configure and install a Wireless access pointGet prepared to the CWNP Certified Wireless Technician exam (CWT)Know which WLAN should you configure and how DISCLAIMER:This course is not officially sponsored by CWNP and not an authorized course by CWNP. We are neither affiliated with nor endorsed by CWNP. We respect the Trademarks of the mentioned company and institution. Hello,You are looking to this page because you are interested to become a Wireless Technician. Being a wireless technician nowadays is very required specially that all the networks need to have wireless enabled. However, if the wireless is deployed by unexperienced engineers, then this can cause a lot of issue as for the security, installation, frequency interference, and so on. For this, it is always required that the person who is installing the Wireless LAN to be an experienced one and to know what he is doing.In this course, Iwill prepare you to become ready to be a wireless technician. You will have to understand a lot of theory in wireless so when you will get a project to do a wireless installation then you know what you are doing.Also, I will be showing in this course many practical work. For instance, we are going to configure an Wireless Access Point Router from scratch so we have the wireless up and running, then to test if it is going to work.If you have taken previsouly the course Wireless Specialist, then you may see that some of the lectures are the same and that's because the 2 courses have a lot of matched topics.Finally, if you want to be read to be a Wireless Technician, all you need to do is to join this course and I will help you with your path.

This comprehensive course offers learners a deep dive into the world of IoT systems and their integration with Industrial Automation. Uncover the historical roots and architectural nuances of IoT, emphasizing the pivotal role of sensor technologies and diverse communication tools. Through this exploration, participants will establish a solid foundation in IoT concepts, understanding how its components collaborate, exploring various sensor types, and evaluating communication protocols. The course then extends its focus to Industrial Automation, shedding light on its far-reaching impact across various sectors. From the core components of Industry 4.0 to the practical applications of automation in manufacturing and logistics, participants gain valuable insights into the transformative technologies driving industrial progress. This dual exploration sets the stage for a holistic understanding of how Industrial Automation and IoT collaborate, shaping the future of industries. This introductory course is designed for all learners interested in building a strong foundation for IoT systems and industrial automation concepts. The course imparts best practices for navigating complexities in data management, analytics, security, and privacy concerns, providing practical insights crucial for safeguarding and optimizing IoT implementations. By the course's conclusion, participants will possess the skills and knowledge necessary to navigate the evolving landscapes of IoT systems and Industrial Automation effectively.

Explore how Ansible Automation Platform is revolutionizing the Industrial Edge in this DevConf.CZ 2023 conference talk. Discover the convergence of Operational Technologies (OT) and Information Technology (IT) as speakers Adam Miller and Chad Ferman delve into the rapid advancements in automation capabilities. Learn about the community.cip collection, which enables Ansible to communicate with and manage programmable logic controllers in various industrial settings, including manufacturing lines, oil wells, HVAC systems, and roller coasters. Gain insights into how Ansible is transforming edge automation by bridging the gap between IT and OT, bringing modern automation techniques to a whole new class of devices in manufacturing, warehousing, and global logistics.

This video tutorial demonstrates how to set up VPN (virtual private network) configurations for secure remote connections to industrial automation devices. Discover the benefits of using OpenVPN with groov devices, including a high-level overview of VPN configurations and a detailed step-by-step implementation walkthrough. Understand why secure remote access is crucial for industrial automation, how it saves time and money compared to on-site visits, and why it's significantly safer than exposing devices directly to the internet. The tutorial specifically focuses on configuring OpenVPN for groov EPIC and groov RIO systems, providing practical knowledge for industrial automation professionals seeking secure remote access solutions. Additional resources include links to the Opto 22 blog, support forums, product information, and free online training opportunities.

Create and connect Digital Twins with Godot and CoDeSys for your robots and machines What you'll learn: The fundamentals of digital twins and their applications in industrial automation.How to set up and use the Godot engine for creating digital twin simulations.Techniques to connect and interface digital twins with CoDeSys for real-time control.Step-by-step instructions on developing virtual commissioning environments. Unlock the future of industrial automation with our cutting-edge course, "Industrial Digital Twins for Automation - Godot and CoDeSys". This course is designed for engineers, developers, and automation enthusiasts who want to harness the power of digital twin technology to create realistic, interactive models of machines and robots, and seamlessly integrate them with PLCs for virtual commissioning and software-in-the-loop (SITL) development.In this comprehensive course, you will learn how to create and manipulate digital twins using the versatile Godot game engine and connect them to real-time PLC systems using CoDeSys. You will gain practical experience in developing robust automation solutions that can be tested and validated in a virtual environment, eliminating the need for physical hardware during the initial development stages.To get the most out of this course, students should have a basic understanding of PLC programming and familiarity with the CoDeSys development environment. If you are new to these concepts, we recommend starting with our beginner course on Udemy: "PLC Programming – Learn the Basics with CoDeSys".By the end of this course, you will have a deep understanding of digital twin technology and its integration with PLC systems. You will be equipped with the knowledge and skills to develop, test, and deploy sophisticated automation solutions in a virtual environment, paving the way for a successful career in industrial automation.Join us on this exciting journey into the world of digital twins and revolutionize the way you approach automation!

Explore industrial-grade wireless mesh technology for HVAC and building automation in this 46-minute webinar recording. Discover how LumenRadio's technology, built on Nordic's Bluetooth Low Energy SoCs, provides ultra-reliable connectivity for mission-critical applications. Learn about Cognitive Coexistence technology and its role in future-proofing products against increased interference. Delve into topics such as concurrent Bluetooth for industrial-grade mesh, the importance of wireless technologies in commercial buildings, and the W-Modbus as a "wireless cable" solution. Examine a customer case study featuring Produal in HVAC and building automation. Gain insights into cutting-edge wireless solutions used in various industries, from Hollywood special effects to temperature sensors in Finland.

In this foundational Pharmacy Technician Career Training Specialization, students will take four courses to master the fundamentals of a career in pharmacy. The first two courses teach how to communicate and engage professionally in any healthcare setting and the necessary knowledge of human anatomy and physiology required for any medical role. Next, students dive into two pharmacy-related courses - Pharmacy Technician Essentials and Pharmacy Dosages & Prescriptions Essentials - to round out their entry-level pharmacy education. IMPORTANT: This specialization is not designed to prepare students for national certification. Enrollees will gain the foundational/fundamental knowledge on subject matter relevant to the profession. However, to gain industry certification, a more comprehensive program must be completed through enrollment via approved/eligible schools such as MedCerts.

This intermediate specialization equips pharmacy technicians with a comprehensive skill set, encompassing legal compliance, safety protocols, medication optimization strategies, specialized compounding techniques, and effective communication in pharmacy settings. Students gain expertise in navigating pharmacy law, emergency preparedness, ensuring medication safety, mastering syringe use, and compounding medications. Additionally, students are taught how to foster empathetic patient interactions, facilitating a well-rounded and competent approach to a pharmaceutical career. IMPORTANT: This specialization is not designed to prepare students for national certification. Enrollees will gain the foundational/fundamental knowledge on subject matter relevant to the profession. However, to gain industry certification, a more comprehensive program must be completed through enrollment via approved/eligible schools such as MedCerts.

The Pharmacy Technician Essentials course provides an in-depth look at what a career in a pharmacy will look like. Through several lessons, students learn the ins and outs of a pharmacy setting and the meaning of the terminology used daily within a pharmacy environment. This course also provides a deep dive into the purpose of the top 200 most commonly prescribed medications and drug routes and formulations. Students will be able to demonstrate correct processing of medication orders, preparation, storage, and distribution of medications, by the end of the course. On top of knowing the medications being prescribed, students must also learn how to use pharmacy equipment, including management software and reading of prescriptions. At the completion of this course, students should have a solid understanding of what their day-to-day tasks will be within a pharmacy environment and how to use the necessary tools to excel in their new career. Course objectives include: - Identify the primary functions of different pharmacy organizations - Discuss the different roles of the pharmacy technician - Describe the common drugs and their uses, drug routes and formulations, and factor affecting drug activity - Understand pharmacy management software, as well as reading and interpreting prescriptions

Explore a 17-minute conference talk on leveraging the Databricks Statement Execution API for creating industrial automations. Learn how to build custom data applications and integrate with hardware using the Viam SDK in serverless functions. Discover techniques for receiving notifications upon completion of long-running queries and simplifying access to your data. Gain insights from Joyce Lin, Head of Developer Relations at Viam, as she provides a gentle introduction to the Databricks API and its practical applications in industrial settings. Enhance your understanding of data engineering and the Databricks Lakehouse Platform through additional resources provided.

Build Electrical Automation Projects From Sctratch. Starting From Wires , Control Circuits And Ending With PLC And HMI What you'll learn: Design Factories Automation from A to ZDesign Automation Electrical PanelsDraw Schematics for Electrical panelsCalculation of cable sizes for any projectDesign Motor driving control circuitsGet knowledge and hands on experience in using VFDLearn to program PLC in Ladder Diagram (LD)Learn to program PLC in Fucntional Blocks (FB)Learn to program PLC in Structured Text (ST)Learn to program PLC in Continuous Flow Chart (CFC)Design Human User Interface (HMI)Design protection for electrical panelLearn about the different sensors exist in indusrty ***Update 11/17/2020****** Allen Bradley Training was added******Update 11/28/2018****** Classic control simulation software tutorial is available******Update 14/11/2018***One-Line diagram interpretation section was added****Update 29/10/2018****** ****Two new sections were added "Troubleshooting for Electrical Panel" and "Web/Phone Based Visualization"****Update 11/1/2018********Exercises for almost every section were added in order to help you enforce what you have learned*******Some design problems were also included**** This Course is an intensive course that tries to cover all the concepts required to build a fully functional Electrical Automation Projects.We will utilize no hardware in this course so that you can follow up with the course with having to buy Any equipment but rather our design and verification will be based on simulations. This course will walk you through the process of designing your own projects from scratch step by step by first introducing you to the most basic components and concepts that you should be familiar with to keep up with the course and ending with two real-world compilation projects that will sum up everything you've learned .All software used are for free and there is not need for a license to be purchased. This course will teach you many deigns skills , software , and electrical engineering concepts in a way that you can combine what you have learned to create a whole real project.A summary of what will be covered:Basic Electrical ConceptsBasic Electrical Components and how they operateTraditional motor driving control circuits Modern motor driving equipmentProtection components and how to choose themWiring and cable sizingSensors and their utilization in real projects Electrical Panel TroubleshootingSchematics drawing and designPLC programming using Ladder LogicPLC programming using Structured TextPLC programming using Functional Block Diagram PLC programming using continues flow chartAllen Bradley - RsLogix 500, RsEmulate 500 and Rslinx TrainingHuman User Interface design and AnimationTwo A to Z compilation projectsWeb/Phone based Visualization In the final project you will think like an engineer, and look for every design detail to design your electrical panel specs on paper and draw it in schematic. Before you get into programming , you will calculate and choose wisely all you required components according to standards and your project specifications , you will draw schematics for the project using a CAD software, and then you will start programming using the most modern industrial programming languages supported by different PLC brands , then you will add the HMI and animation and start simulating what you programmed.This is not a dry course that will only explain boring concepts without you knowing where to use it , this course will give you tips on how and when to use each components in a way suitable to your project. because the final aim of this course is that you learn all the skills that will lead to you starting your business or prepare for project within your job on your own.So who should take this course?If you are an Electrical/Electronics/Computer/Control/Mechatronics or industrial engineering Graduates/Students wanting to peak and learn the fascinating field of automation designA graduate Engineering student preparing for job in the industrial automation field and not knowing what to expect in thereAnybody willing to learn PLC programming effectively with real life examplesAnybody who knows how to program a PLC but have no idea how conduct a full electrical automation project from scratchMechanical engineers who are looking to do the electrical and automation parts of their projects on their own Where can you use the skill taught in this course?Any industrial manufacturing project , be it a huge factory with hundreds of robots or a small machine with coupe of sensors , will require ALL the skills you will learn in this course. Because Industrial Automation is very trendy and it's an enormous field .Thousands of companies look for employees with these set of skills to hire them in order to conduct and engineer these type of projects in almost any city in the world. NOTE: Don't expect to get skilled with a certain PLC brand exclusively , this is not our goal here , we will teach your around 90% of the programming languages supported by different manufacturers out there ,and you will know each one! 's advantages , disadvantages and where to use it and where not to . And you will be able to simulate and tinker around with each of them to get skilled enough to jump to almost any big PLC brand out there. This course will be updated and supported on regular basis , and new content will be added to expand the skills you learned here. Updated Note:Udemy asks for reviews too soon guys so please don't give a review immediately. Watch the content and finalize at least a good portion of it then rate the course accordingly.

The Behavior Technician specialization provides foundational knowledge in behavior analysis and practical strategies for supporting individuals with developmental and behavioral challenges. Participants will gain hands-on skills in behavior acquisition techniques, functional assessment, verbal operant instruction, and both antecedent and consequence-based interventions. By the end of the program, learners will be able to implement structured teaching methods, identify functions of behavior, apply behavior intervention strategies, and support communication development through mand, tact, and intraverbal training. IMPORTANT: This specialization is not designed to prepare students for national certification, such as the Registered Behavior Technician credential offered by the BACB. Enrollees will gain the foundational/fundamental knowledge on subject matter relevant to the profession. While references may be made throughout the training to Registered Behavior Technicians (RBTs) or Behavior Technicians (BTs), to gain industry certification, a more comprehensive program must be completed through enrollment via approved/eligible schools such as MedCerts.