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Unleash the Power of ChatGPT in Your Classroom:Discover the potential of ChatGPT and its impact on educationMaximize your teaching effectiveness with ChatGPT's capabilitiesAddress risks associated with ChatGPT and implement strategies to mitigate themLearn how students are using ChatGPT and how to help them use it safelyExplore other innovative AI tools that are revolutionizing educationDesigned for all teachers. Not only for the geeky ones.Recently featured by Wired as a top resource for mastering ChatGPT. What you'll learnEverything you need to ace GPT in educationWhether you're a beginner or an experienced user, our comprehensive curriculum is packed with valuable information, helpful tips, and innovative strategies to help you safely and effectively use GPT in your classroom.Best practices for integrating GPT into the classroomYou'll learn the best practices for integrating GPT into your teaching. We'll cover everything, from how to establish policies for using ChatGPT in the classroom, to ensuring that students use GPT responsibly and ethically, even outside the classroom.How to detect plagiarism in students' homeworkYou'll have an overview of different tools and techniques that can be used to detect plagiarism in students' homework. It covers everything from manual checking to using AI-powered tools to detect potential plagiarism and ensure academic integrity.Best AI tools that already impact educationYou'll learn about some of the best AI tools currently impacting education, from personalized learning to intelligent content creation. We'll highlight how these tools can be leveraged to enhance the learning experience for both students and educators.

In this course, you will learn the basics of Articulate Rise 360, along with advanced tips and tricks to create distinctive, high-quality, and engaging courses. While some basic experience with the Articulate Suite is recommended, it is not required.This course is designed for:Educators transitioning into Instructional DesignProfessionals new to the field of e-learning developmentInstructional designers and course creators looking to enhance their skill set and add a creative touch to their coursesBy the end of this course, you will be able to:Navigate Rise 360 and understand how to get an Articulate 360 free trialCreate a new course from scratch with customized themes and settingsEdit and personalize course themes, fonts, and colorsEffectively use pre-built blocks to quickly build structured contentMaximize the potential of interactive blocks, making your courses more engaging and dynamicCombine and sequence blocks to design unique, interactive learning experiencesShare, preview, and gather feedback on your course using Review 360Create microlearning modules and reusable block templates for streamlined course designDuplicate courses efficiently to save time and maintain consistency across projectsThe course will end with a quick assignment to help you put into practice what you've learned in the course. I encourage you to share your projects with other students and to give kind constructive feedback to your fellow course takers. I will be answering questions in the discussion forum so feel free to ask anything along the way!Happy learning!

The STM32G474 microcontroller, a powerful and highly sought-after chip within the STM32 G series, is widely used in the power electronics industry. This course is designed for power electronics engineers who are beginners in embedded systems, providing them with a solid foundation in the functionality of microcontrollers and their integration into power electronics applications.Through clear, approachable explanations, the course covers the key features and peripherals of the STM32G474 microcontroller, helping learners understand its role in real-world applications. The course emphasizes commonly used modules in power electronics: GPIOs (General Purpose Input/Output), timers, Pulse Width Modulation (PWM), and Analog-to-Digital Converters (ADC).The curriculum includes hands-on experiments using the NUCLEO-G474RE development board (priced at just USD 20!), which features the STM32G474RE microcontroller and all its peripherals made accessible through convenient headers for easy experimentation. Learners will gain practical experience through simple, engaging projects, helping them build confidence in applying their knowledge to real-world scenarios.The course is structured to allow learners to set up an affordable home lab for under USD 150, using cost-effective components. The course also introduces STM32CubeIDE, a free tool from STMicroelectronics that simplifies development with auto code generation and detailed register-level configuration of peripheral modules. Learners will explore how to download example projects, access technical documentation, and leverage powerful development tools for optimal learning.By the end of this course, you will have a comprehensive understanding of the STM32G474 microcontroller, be able to design and implement basic power electronics systems, and gain hands-on experience with the NUCLEO-G474RE development board.

iFogSim Simulation Toolkit is another simulator used for the implementation of the Fog computing-related research problem. This course will help you to follow the simulation-based approach of iFogSim and can leverage various benefits like:Testing of services and scenarios in a controllable environment of iFogSim.Optimizing the core system performance issues with the iFogSim simulation engine before deploying on real infrastructure.iFogSim allows simulating the small or large scale infrastructure to evaluate different sets of workload along with the resource performance. This facilitates the development, testing, and deployment of adaptive application provisioning techniques.This course content is designed for researchers who are working on a different set of problems to improve Fog/Edge computing technology. The main emphasis of this course will be on providing a basic understanding of how to configure and utilize the iFogSim simulation toolkit and how to implement well researched proposed solutions for a certain set of problem(s). For Preparing this course following references were used:Cloudsim Project Code from GitHub repository Cloudslab/iFogSimReference link to study material: Harshit Gupta, Amir Vahid Dastjerdi, Soumya K. Ghosh, and Rajkumar Buyya, iFogSim: A Toolkit for Modeling and Simulation of Resource Management Techniques in Internet of Things, Edge and Fog Computing Environments, Software: Practice and Experience (SPE), Volume 47, Issue 9, Pages: 1275-1296, ISSN: 0038-0644, Wiley Press, New York, USA, September 2017.The content for this course is still under development based on the suggestions received from the student community. This course content updates will be supported until January 2021.

Dear students,Welcome to this course "Master the Fundamentals of Probability and Statistics"!This course is designed specially for students who are: doing college-level probability and statistics, taking their IGCSE/GCE A level, the IB HL Math examinations or simply anyone who is interested to learn the basics of probability and statistics.At the end of the course, and depending on which exams you are taking, you will learn most/all of the following:Permutations and CombinationsClassical Probability and Conditional ProbabilityDiscrete Random VariablesBinomial Distribution, Poisson Distribution, Geometric Distribution and Negative Binomial DistributionContinuous Random VariablesCumulative Density FunctionsNormal DistributionsSampling, Central Limit Theorem and Estimation TheoriesHypothesis TestingConfidence IntervalsCorrelations and RegressionAlong the way, there will be quizzes and practice questions for you to get familiarized with the concepts. There may also have bonus lectures which will further enhance your understanding of the topics. If you encounter any problems, please do not hesitate to contact me for more clarifications. I hope that you will find this course useful in your academic and professional pursuit. Enjoy the course! Cheers! ;-)Dr Ling, PhDoo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo oo

How do you get a mathematical model for a system like a rotating wind turbine or a spinning gyroscope that you can later use in other fields, such as control systems?Would you like to know how to analyze satellite motion using angular momentum and how to take advantage of work and energy to deal with complicated objects in a very easy way?Would you like to learn how to take a simple vibrating system and describe its motion using Newton laws and Lagrange?All that and much more, I will teach you here, in the course: Engineering Mechanics: Dynamics part 2 - Mathematical modeling and analysis of rigid bodies.My name is Mark, and in this course, I will make sure that you will be fully equipped to model and analyze rigid bodies mathematically.Knowing how to model rigid bodies is a "must" in engineering.I have 3 control systems courses where I teach advanced controllers for autonomous cars and UAV-s. The basis for building a good controller is to have a good mathematical model.In those courses, when I build those models, I rely heavily on topics taught here, such as inertia matrix (inertia tensor) and rotating frames.For rigid bodies in 2D and 3D, we will cover kinematics, dynamics, work, energy, Lagrange, impulse and momentum.You will get lots of problem solving, but you will also understand the intuition and reasoning behind the concepts.Take a look at some of my free preview videos, and if you like what you see, ENROLL NOW, and let's get started!See you inside!