Introduction to Stata - Hands on!

In today’s rapidly evolving technological world, control systems power everything from electric vehicles and aerospace systems to robotics and industrial automation. The ability to design, analyze, and implement robust control strategies is no longer optional—it’s a core skill for modern engineers.This course, Practical Control System Design: Classical & Modern Methods, is your complete roadmap to mastering control engineering with MATLAB, Simulink, and the MathWorks Control System Toolbox.Unlike many courses that are either too theoretical or oversimplified, this program strikes the perfect balance:Solid foundations in classical methods (PID, Root Locus, Frequency Response).Modern techniques like State-Space Modeling, LQR, and Kalman Filters.Hands-on projects connecting equations directly to MATLAB/Simulink simulations.What You’ll ExperienceStep-by-step guidance on setting up control loops, calculating controller coefficients, and building state observers.Practical design of electromechanical systems, with DC motor speed/current control as the foundation for understanding Field-Oriented Control (FOC) of AC machines.Advanced optimization workflows using LQ controllers, LQR design, and Kalman filter integration.Access to all MATLAB and Simulink models used in the course — ready for you to modify, extend, and test.Why This Course?Most control system resources either drown you in theory or skip straight to drag-and-drop solutions. This course does both:Derivations where they matter — so you understand the “why.”Simulink implementations — so you can apply the “how” immediately.Bonus advanced topics & continuous updates

Welcome to this course on Getting Started with STM32H753ZI using STM32CubeIDE.This course is designed for beginners who are interested in electronics, embedded systems, and microcontrollers. Our main focus will be on the NUCLEO-STM32H753ZI 144-pin development board, but the knowledge you gain will also apply to other STM32 Nucleo boards. Since the 144-pin Nucleo boards share the same pinout, you can easily follow along with any of them—the only difference lies in the number of available peripherals such as UART, I2C, etc.We will use STM32CubeIDE as our primary development environment and, wherever possible, take advantage of modern tools like AI to accelerate learning and problem-solving. The course starts from the very basics and gradually builds up to more advanced concepts, ensuring you gain both confidence and practical skills. By the end, you’ll be able to program STM32 microcontrollers effectively, and the commands you learn here can be applied across the STM32 family when using STM32CubeIDE.Course OutlineIntroduction to STM32H753ZILecture 1: Overview of STM32H753ZIGetting Started with STM32CubeIDELecture 2: Downloading, installing, and setting up STM32CubeIDENUCLEO-STM32H753ZI ProjectsLecture 3: Blink an onboard LEDLecture 4: Blink three onboard LEDs in sequenceLecture 5: Use the onboard button to control an LEDLecture 6: Connect and blink an external 5mm LEDLecture 7: Use an external button to control an external LEDBy the end of this course, you will have a strong foundation in STM32 programming and hands-on experience with real hardware projects. Whether you’re starting your journey in embedded systems or looking to expand your skills, this course will set you on

Welcome Back to the Finite Element Analysis World!Let me first congratulate you on your interest in improving your level in this fantastic field which will empower your professional career to the next level.As we were reviewing in previous courses, after my years of experience, I could experience all the benefits for different industries when they use the Finite Element Method (FEM) during the development process.They produce better and efficient designs that save time and, most importantly, save MONEY.This is a fact: The demand of FEA professionals is continuously increasing, so we need to encourage people to join us in this field.Therefore, I designed previous courses to take you from a complete beginner in FEA to a confident simulation professional, equipped with all the essential skills. Moving then to more advanced techniques in Contact Interactions and Bolted Connections.You will find these courses in my Udemy's Profile: Finite Element Analysis. SolidWorks Simulation. RealProjectsFinite Element Analysis. SolidWorks Simulation. P2: CONTACTSFinite Element Analysis. SolidWorks Simulation. P3: BOLTSAnd now, we are going to continue exploring more advanced models that will require the use of advanced techniques in FEA.In this specific case, you will learn how to manage with WELDING CONNECTIONSBut the important thing here is that I am not going to just show you what clicks you need to do to define a Weld in FEA.Here we are going to explore each parameter you need to know and calculate to be ensure your welds have th

This course of lithium ion batteries will help you to discover useful knowledge and facts about the batteries that you really need as a learner. In this class, reason of the batteries getting fired will be discussed in detail and methods to overcome this problem. Types of the batteries used in electronics and electric vehicles depending upon their materials and assembly will be analyzed in detail. When batteries will be strong enough for electric vehicles to be suitable for mass adaption and what are the hurdles there to be removed. If you are interested to learn about the operation of the batteries, this course will also give you a simple but comprehensive overview of how batteries work.At the end of this class you will be able to:You will be aware of the basic principles of how batteries work.Be capable to understand vital concepts in batteries such as current, voltage, capacity, efficiency, anode, cathode, electrolyte and many more.Description about different types of batteries and how these are different based on different applications.Understand what lithium ion batteries are and how these are different based on their assembly.Which batteries materials are used by electric vehicle manufacturers.Know some essentials and resources to expand your knowledge on batteries.Future of the batteries for electronics and electric vehicles.The class is composed of video lectures where I give explanation about interesting facts of the battery technologies. This course is arranged and designed in such a way that with each upcoming section you go deeper and deeper into comprehensive knowledge. This course is fairly suitable for the students who are new to the battery world. If you are already advanced in the battery knowledge then you can skip some of the early lectures and go into more advanced sections of the course. Therefore, join the class and advance your knowledge on the battery technology that powers the world. No prior knowledge necessary for this co

Welcome to "Mastering Errors and Distribution: A Comprehensive Guide." In this course, we will dive deep into the fascinating world of errors and distribution, equipping you with the knowledge and skills to handle uncertainties and analyze various statistical distributions effectively.Understanding and managing errors is crucial in any scientific or analytical field. In this course, we will explore the different types of errors, such as systematic, random, and instrumental errors, and discuss how they can be combined and minimized. You will learn practical techniques to quantify and propagate errors in measurements and calculations, ensuring the accuracy and reliability of your results.Significant figures are an essential aspect of reporting measurements and maintaining precision. We will cover the rules for determining significant figures, how to perform calculations with significant figures, and techniques to round off your final results appropriately.Next, we will delve into the concept of standard deviation, a powerful tool for analyzing the spread or dispersion of data. You will learn how to calculate and interpret the standard deviation, identify outliers, and assess the consistency and reliability of your data.Statistical distributions play a vital role in modeling and analyzing various phenomena. We will explore popular distributions, including the binomial and Poisson distributions, their characteristics, and their applications in real-world scenarios. Throughout this course, we will provide clear explanations, real-world examples, to reinforce your understanding of errors and distribution concepts. Whether you are a student, researcher, or professional working with data, this course will enhance your analytical skills and enable you to make informed decisions based on statistical principles.By the end of this course, you will have a solid foundation in error analysis, significant figures, standard deviation, and statistical distributions. You will be equipped

The API 570 Piping Inspector Course is a comprehensive training program designed for professionals responsible for the inspection, maintenance, and integrity of piping systems in industrial facilities. This course is aligned with the API 570 standard, which provides guidelines for the inspection, repair, and alteration of in-service piping systems in various industries such as oil and gas, petrochemical, and power generation.Through this course, participants will gain an in-depth understanding of key principles, codes, and best practices necessary to assess and maintain piping systems effectively. The curriculum covers a wide range of topics, including piping design, materials, welding, inspection methods, corrosion, risk-based inspections (RBI), and the regulatory requirements for safe and reliable piping operation.Upon successful completion of the course, participants will be well-prepared to sit for the API 570 Piping Inspector certification exam, enabling them to validate their expertise as professional piping inspectors.Key Learning Outcomes:Piping Inspection Techniques: Understand the different methods used to inspect piping systems, including visual inspection, ultrasonic testing, radiographic testing, and more.Codes and Standards: Gain familiarity with key industry codes and standards such as ASME B31.3, ASME Section IX, and API 570.Piping Materials and Components: Learn about the types of materials used in piping systems, their properties, and the impact of corrosion and other environmental factors on piping integrity.Corrosion and Failure Mechanisms: Study the common causes of piping failures and corrosion, and how to detect and prevent these issues during inspections.Inspection Documentation: Learn the documentation requirements for inspections, inclu