What you'll learn
Build 3D electromagnetic models using cylindrical, arc, and rectangular geometries with precise material and boundary settings.
Simulate real-world magnet behavior including force, flux density, and field direction under static and transient conditions.
Design and analyze electromagnets with customizable coil configurations, core shapes, and current inputs to evaluate force output.
Use band definition to simulate motion such as rotational, translational and simple harmonic movement in motors, actuators, and generators.
Perform advanced parametric sweeps to study how variables like air gap, number of turns, and current magnitude affect system performance.
Animate simulation results to visualize magnetic field evolution and rotating systems dynamically over time.
Bridge simulation with experimental data by comparing simulated results with real-world measurements, enabling design validation.
Real workshop for magnetic shield design and study effectivness of different shape of magnetic shields such as standard and slits shield
Requirements
Basic understanding of electromagnetics
No prior experience with ANSYS Maxwell required
Fundamentals of electrical circuits
Basic 3D geometry concepts
A computer with ANSYS Maxwell installed
Commitment to learning and practice
Description
Unlock the Power of Electromagnetic Design with ANSYS MaxwellIn today's technology-driven world, electromagnetic design is at the core of countless innovations-from electric vehicles and renewable energy systems to medical devices, industrial automation, and aerospace applications. Understanding how magnetic fields interact with materials and motion is critical for engineers, researchers, and designers across disciplines.This comprehensive, hands-on course takes you from the foundations to advanced simulation techniques using ANSYS Maxwell-one of the leading software tools in electromagnetic field analysis. Whether you're a student, researcher, or industry professional, this course equips you with practical skills to design, simulate, and optimize magnetic systems with confidence.You'll explore how to build and analyze permanent magnets, electromagnets, and dynamic systems involving force, torque, and motion. Through step-by-step simulations, you'll learn to create realistic 2D and 3D models, assign materials, apply excitations, and extract valuable results like induced voltage, magnetic flux, and electromagnetic force.Why Take This Course?Essential for Academic ResearchGain simulation expertise that supports thesis work, research papers, and lab experiments in electrical machines and magnetic field modeling.Critical for R&D ProfessionalsLearn how to simulate and optimize real-world magnetic systems used in sensors, motors, transformers, and actuators.Foundational for Electric Engineering StudentsDevelop a competitive edge with simulation skills that bridge theory and real-world applications, preparing you for academic and industrial success.Applicable Across IndustriesRelevant for those working in automotive, energy, robotics, biomedical devices, aerospace, and more.By the end of this course, you'll have the ability to simulate electromagnetic systems from scratch, troubleshoot real design problems, and translate electromagnetic theory into applied engineering design.Join now and start building the skills that power the future of electric and magnetic technologies!
Who this course is for
Electric power engineers specified in machine design
Researchers in electric machines design
Engineering students and graduates
Professionals in R&D departments
Academic researcher
Electric machine designers
Freelancers or technical consultants
Beginners to ANSYS Maxwell
Makers and innovators Homepage:
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The AZ-204 Developing Solutions for Microsoft Azure exam is designed to test your ability to participate in all phases of development, including gathering requirements, design, development, deployment, security, maintenance, performance tuning, and monitoring. In this course, Azure Developer Associate (AZ-204): Certification Essentials, you'll get an introduction to the exam. First, you'll explore the exam prerequisites and intended audience. Next, you'll learn how to prepare for the exam, including important tips for success. Then, you'll also learn how to prepare for exam day. Finally, you'll learn what comes after the exam, including re-sit and renewal requirements. When you're finished with this course, you'll have the skills and knowledge of the AZ-204 exam needed to begin your journey in preparing for the Azure Developer Associate certification. Homepage:
What you'll learn
The names of guitar parts and guitar anatomy
How to tune the guitar
How to read chord charts and guitar tabs
How to play basic neck chords Requirements
Guitar (acoustic or electric) and a guitar pick
No music sight reading knowledge required Description
Are you ready to start your guitar journey? This comprehensive beginners course is designed to equip you with essential skills to play confidently, even if you've never picked up a guitar beforeWhat You'll Learn In The CourseThis comprehensive course covers everything you need to start playing with confidence:Guitar Basics & Foundations- Anatomy of the guitar- Types of guitars- Proper posture, hand positioning, and finger techniques- How to change guitar strings- How to tune your guitar by ear and with a tuner- How to use a guitar pick- How to use a metronome- How to read guitar tabs and chord charts- Understanding and using a capoMastering Chords & Strumming- Essential neck chords (C, G, D, E, A, Am, Em, Dm, F)- Strumming essentials- Smooth chord transitions and building finger strength- Tips for smooth chord transitions and rhythm masteryWho Is This Course Perfect For?- Absolute Beginners with no prior experience- Aspiring guitarists who've struggled to learn on their own- Anyone looking to build a solid foundation- Aspiring guitarists ready to play their first songs- You want expert guidance from a professional guitaristStart your guitar journey today and make music a lifelong passion. Buy the course today and unlock your musical potential ! Overview
Section 1: INTRODUCTION
Lecture 1 Introduction
Lecture 2 What To Bring To The Lesson
Section 2: GETTING STARTED
Lecture 3 Anatomy Of The Guitar
Lecture 4 Types Of Guitars
Lecture 5 Holding The Guitar
Lecture 6 Stringing The Guitar
Lecture 7 Tuning The Guitar
Lecture 8 Holding A Pick
Section 3: GUITAR ESSENTIALS
Lecture 9 Guitar Tablature
Lecture 10 The C Major Scale
Lecture 11 Chord Diagrams/Charts
Section 4: BASIC NECK CHORDS
Lecture 12 E Major Chord
Lecture 13 C Major Chord
Lecture 14 G Major Chord
Lecture 15 A Major Chord
Lecture 16 Chord Transition/Changes D major - E major - A Major
Lecture 17 Chord Transition/Changes G major - C Major - D major
Lecture 18 E Minor Chord
Lecture 19 A Minor Chord
Lecture 20 D Minor Chord
Lecture 21 Chord Transition/Changes A Minor - C Major
Lecture 22 F Major Chord
Lecture 23 Strumming Pattern 1
Section 5: PRACTICE TOOLS & SECRETS
Lecture 24 Using A Guitar Capo
Lecture 25 The Metronome
Lecture 26 Handling Finger Pain
Lecture 27 When To Move On
Section 6: END OF COURSE
Lecture 28 Final Words
Beginner,Singers, Composers/Song writers
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What you'll learn
BMW s1000r Body Disassembly Teaching
Understand the disassembly and installation sequence of the vehicle body
You can take care of your car at home by yourself
Help you repair your car more quickly Requirements
Basic hands-on ability Description
We conducted real car disassembly teaching for popular motorcycles in the market After studying, you can help yourself maintain and repair your motorcycle at home Motorcycle disassembly, maintenance, and repair teaching We have focused on capturing the decomposition process of the motorcycle without missing any details, which can help you better understand your motorcycleWe will start with the exterior components of the vehicle, such as the outer shell, fuel tank, handlebars, etc., and then explain the goal of major maintenance. We will demonstrate the disassembly and assembly of the air filter, throttle valve, spark plug to help you complete your own operation. We will also replace the front and rear brake pads and disassemble the wheelsFinally, I hope this is just the beginning of allowing you to disassemble and assemble your motorcycle at home. It's a fun thing to keep your motorcycle in its best condition. And he can help you save a lot of maintenance costs. You can even go help your friends around youIf you have any good suggestions after reading my courses, you can leave me a message. I will help you solve any problems that were not introduced in my video as soon as possible. Please leave me a message and I can assist you Overview
Section 1: BMW s1000r Body Disassembly Teaching
Lecture 1 shell-disassembly
Lecture 2 dismantling-of-fuel-tank
Lecture 3 dismantling-of-intake-chamber
Lecture 4 removal-of-throttle-valve
Lecture 5 spark-plug-replacement
Lecture 6 installation-of-throttle-valve
Lecture 7 installation-of-intake-chamber
Lecture 8 air-filter-replacement
Lecture 9 fuel-tank-installation
Lecture 10 shell-installation
Lecture 11 front-installation
Lecture 12 front-disassembly
I like motorcycles，Friends who hope to repair and maintain their motorcycles at home by themselves,There are basic repair tools available
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Learn to build a competitive visually compelling web portfolio to get noticed by employers and prospective clients.
What you'll learn
Learn to craft a visually compelling and strategically structured portfolio that attracts employers, recruiters, and clients.
Identify and fix common mistakes that weaken your portfolio's impact.
Discover the key elements that make your portfolio stand out in competitive creative industries.
Master the art of storytelling through case studies that showcase your design process and problem-solving skills.
Learn how to position yourself as a thought leader and creative problem-solver rather than just a service provider.
Understand what hiring managers, creative directors, and clients look for in portfolios across architecture, graphic design, UX/UI, and other creative fields.
Learn the dos and don'ts of showcasing personal projects, collaborations, and client work.
Optimize your portfolio for both desktop and mobile viewing to ensure seamless user experience.
Leverage social media and personal branding to drive traffic to your portfolio and boost visibility.
Gain access to portfolio templates and step-by-step guidance to streamline your design and content creation process.
Requirements
Basic level of experience using graphic formatting software required such as PowerPoint, Adobe, or Word required.
Description
Your Portfolio is Your Golden Ticket, But is it Getting You in the Door?Here's the deal: your portfolio isn't just a collection of pretty pictures, it's your ticket to landing dream projects, scoring top clients, and making a name for yourself in the creative world. But if it's not getting recruiters to call, clients to say "yes," or opportunities to roll in, then it's not doing its job.As an architect and creative director, I've hired and mentored designers, strategists, and visionaries while managing some of the world's biggest brands at a global marketing agency. And let me tell you-most portfolios miss the mark. They focus on the wrong things, bury the good stuff, and, worst of all, fail to tell the story that actually sells you.I created this course because I've seen firsthand what works and what doesn't when it comes to getting hired, getting clients, and standing out in a competitive industry.In this course, I'll show you:Why a stunning portfolio isn't enough and what actually gets you noticed.The most common mistakes creatives make (and how to fix them).How to craft a compelling narrative that positions you as a must-hire.What recruiters, clients, and creative directors REALLY want to see.How to design a portfolio that makes people say, "We NEED to work with this person!"Software & ToolsA computer (Mac or PC) with internet accessWeb browser (Chrome, Firefox, or Safari recommended)Portfolio platform account (choose at least one):Wix, Squarespace, Adobe Portfolio, or Webflow (free trials or free plans available)Design software (optional but recommended):Canva, Adobe XD, PowerPoint, Figma, or Photoshop for designing layout and imagesMaterials to PrepareYour bio or artist/designer statementAt least 3-5 finished projects or samples of your work (images, PDFs, or videos)Any relevant certifications, resume, or awards you'd like to highlightA professional headshot or photo (optional, but ideal for the About section)Mindset & ExpectationsBe ready to reflect: You'll define your goals and target audience early in the courseCuriosity + consistency: We'll walk step-by-step, so no experience needed, just commitmentOpenness to feedback: You'll be encouraged to self-critique and iterate your portfolio for best resultsForget the tired, cookie-cutter advice you've heard before. This isn't about just looking good it's about getting results. If you're ready to build a powerful, strategic, and opportunity-magnet of a portfolio, let's make it happen. Your dream career is waiting let's go get it.
Who this course is for
Designers, Creatives, Freelancers, and Developers looking to land a Design job, who want to land their next big project. Homepage:
Learn about the critical value a highly skilled AI Focused cloud solutions architect can bring to an organization and it
What you'll learn
Define AI, ML, and Deep Learning (DL) and their key differences.
Explain common AI/ML use cases and applications across various industries.
Describe different types of machine learning (supervised, unsupervised, reinforcement learning).
Define and differentiate between Generative AI, Predictive AI, Agentic AI, and others.
Articulate the benefits of AI/ML solutions for businesses.
Identify potential challenges and limitations of AI/ML adoption.
Explain the importance of data in AI/ML solutions
Identify key players in the AI/ML market (cloud providers, technology vendors, etc.).
Recognize standard AI/ML tools, platforms, and frameworks.
Stay updated on emerging trends and advancements in AI/ML.
Requirements
Anyone that has 1 year of cloud computing experience would be an ideal candidate for the certification
Description
(Beginner/Intermediate) Ready to architect the future with AI in the cloud? Buckle up for Certified Cloud AI Solutions Architect (CCASA), a dynamic and hands-on journey into the core of artificial intelligence and machine learning, specifically tailored for the power and scalability of cloud environments.Forget dry theory - we'll dive headfirst into the exciting world of AI, demystifying the nuances between AI, ML, and the magic of deep learning.You'll explore a universe of real-world applications, from revolutionizing healthcare to transforming finance and beyond, gaining a practical understanding of how these technologies are reshaping industries.Ever wondered how machines learn? We'll unravel the mysteries of supervised, unsupervised, and reinforcement learning, equipping you with the knowledge to choose the right approach for any challenge. And as the AI landscape evolves at lightning speed, we'll chart the course through cutting-edge concepts like Generative AI, Predictive AI, and the intriguing potential of Agentic AI.But it's not just about the "what" - it's about the "why." You'll learn to articulate the compelling value proposition of AI/ML solutions, identifying the tangible benefits they bring to businesses while also navigating the potential pitfalls and the critical role of data.Finally, we'll navigate the bustling AI/ML ecosystem, pinpointing the key players, familiarizing you with essential tools and platforms, and ensuring you stay ahead of the curve with the latest trends and breakthroughs.CCASA isn't just a course; it's your launchpad to becoming a sought-after cloud AI architect, capable of designing and implementing intelligent solutions that drive innovation and transform businesses. Are you ready to build the future, one intelligent cloud solution at a time?Note: This course is Course One of Three Course for the CCASA certification.Course 1- Domain 1 - AI/ML FundamentalsCourse 2 - Domain 2 - Solutions Development and ProposalsCourse 3 - Domain 3 - Customer Relationship ManagementExpected Learning OutcomesAt the end of the course, the learners will be able to be acquainted with the following.1.1 Core Concepts:? Define AI, ML, and Deep Learning (DL) and their key differences.? Explain common AI/ML use cases and applications across various industries.? Describe different types of machine learning (supervised, unsupervised, reinforcement learning).? Define and differentiate between Generative AI, Predictive AI, Agentic AI, and others.1.2 AI/ML Value Proposition:? Articulate the benefits of AI/ML solutions for businesses.? Identify potential challenges and limitations of AI/ML adoption.? Explain the importance of data in AI/ML solutions.1.3 AI/ML Landscape:? Identify key players in the AI/ML market (cloud providers, technology vendors, etc.).? Recognize standard AI/ML tools, platforms, and frameworks.? Stay updated on emerging trends and advancements in AI/ML.Who should take this course and certification exam.? Anyone that is in a Solutions Architect or presales role or who may want to become AI/ML Aware.? Anyone that has 1 year of cloud computing experience.? Anyone that wants to prove they are competent in AI/ML focused technical cloud solutions should consider obtaining the CCASA certification.? Anyone who wants to learn more about, AI/ML cloud computing architecture, solutioning and cost management.
Who this course is for
Anyone that is in a Solutions Architect or presales role or who may want to become AI/ML Aware
Anyone that wants to prove they are competent in AI/ML focused technical cloud solutions should consider obtaining the CCASA certification.
Anyone who wants to learn more about, AI/ML cloud computing architecture, solutioning and cost management Homepage:
In the rapidly evolving world of AI, ensuring data privacy and optimizing performance are critical challenges for developers using advanced models like Claude. In this course, Claude Security and Cost Optimization, you'll learn to balance data protection with performance efficiency.
First, you'll explore the best practices for data privacy and protection, including how Claude handles user data and ensures privacy. Next, you'll discover how to optimize Claude's performance, focusing on improving speed and cost-efficiency. Finally, you'll learn how to implement prompt caching, reduce latency, and scale Claude implementations while managing resources effectively.
When you're finished with this course, you'll have the skills and knowledge of Claude needed to ensure secure, high-performance AI applications in your projects. Homepage:
What you'll learn
Introduction to Python: History, Features, Advantages, Syntax & Frameworks | Get Started with Python Programming
Setting Up Python on Windows, macOS, and Ubuntu Linux, Understanding Python Versions and Installation Guide for Beginners
Understanding Python Variables: Indentation, Naming, Types, Local & Global Variables, and Deleting Variables
Python Strings: Slicing, Modifying, Concatenating, Formatting & String Methods
Python Operators: Arithmetic, Comparison, Logical, Identity, Bitwise & Operator Precedence
Python Data Structures: Lists, Tuples, Sets, Dictionaries & Indexing Explained
Python Conditional Statements: if-else, Nested if, Short-Hand, AND/OR/NOT Explained
Python Functions & Loops: For, While, Break, Continue, Yield, Return & Nested Loops
Python Arrays: Accessing, Looping, Deleting Elements & Array Methods Explained
OOP in Python: Classes, Inheritance, Polymorphism, Encapsulation & More
Python Recursion: Recursive Functions, Binary Search, Base Case & Stack Overflow Explained
Python Modules, Packages & File Handling: Read, Write, Delete Files & More Explained
Python Matplotlib: Pyplot, Lines, Grid, Subplot, Bars, Piechart & Histogram
Essential Python Examples: Key Programs and Practical Applications Explained
Requirements
Anyone join this course
Description
This course is for Complete Python Course: From Beginner to Advanced | Master Python Programming Step-by-Step. This course describes the following:Introduction to Python: History, Features, Advantages, Syntax & Frameworks | Get Started with Python ProgrammingSetting Up Python on Windows, macOS, and Ubuntu Linux, Understanding Python Versions and Installation Guide for BeginnersUnderstanding Python Variables: Indentation, Naming, Types, Local & Global Variables, and Deleting VariablesPython Strings: Slicing, Modifying, Concatenating, Formatting & String MethodsPython Operators: Arithmetic, Comparison, Logical, Identity, Bitwise & Operator PrecedencePython Data Structures: Lists, Tuples, Sets, Dictionaries & Indexing ExplainedPython Conditional Statements: if-else, Nested if, Short-Hand, AND/OR/NOT ExplainedPython Functions & Loops: For, While, Break, Continue, Yield, Return & Nested LoopsPython Arrays: Accessing, Looping, Deleting Elements & Array Methods ExplainedOOP in Python: Classes, Inheritance, Polymorphism, Encapsulation & MorePython Recursion: Recursive Functions, Binary Search, Base Case & Stack Overflow ExplainedPython Modules, Packages & File Handling: Read, Write, Delete Files & More ExplainedPython Matplotlib: Pyplot, Lines, Grid, Subplot, Bars, Piechart & HistogramEssential Python Examples: Key Programs and Practical Applications ExplainedThis comprehensive Complete Python Course takes you from a complete beginner to an advanced Python programmer. Whether you are just starting or looking to refine your skills, this course covers all essential topics, including variables, data structures, loops, functions, OOP (Object-Oriented Programming), file handling, and advanced concepts like decorators, generators, and modules.Learn Python through hands-on coding examples and real-world projects, making it easier to grasp and apply what you've learned. The course also covers best practices in Python programming and introduces popular libraries like NumPy, Matplotlib, and Pandas, crucial for data science and machine learning.By the end of the course, you'll have a solid understanding of Python, enabling you to confidently tackle Python coding challenges, build projects, and solve problems efficiently. Whether for job interviews, personal projects, or academic pursuits, this course equips you with the tools to excel in Python programming. Start mastering Python today with step-by-step lessons and unlock endless opportunities in the world of programming!
Who this course is for
Who wants to learn about Complete Python Course: From Beginner to Advanced Homepage:
Streamline Your Path to LEED Net-Zero Energy Certified Projects
What you'll learn
Master the LEED Certification Process for Net-Zero Projects
Implement a Centralized System for Resource Management
Develop and Execute Strategic Action Plans
Monitor Progress Using KPIs and Real-Time Dashboards
Confidently interpret LEED terminology, categories, and compliance requirements.
Avoid common pitfalls and inefficiencies in the certification journey.
Communicate sustainability goals and certification plans to stakeholders effectively.
Build a repeatable, scalable workflow for future LEED-certified projects.
Requirements
No prior experience required. Open to beginners, professionals, and experts. A basic understanding of construction or sustainability is helpful but not necessary.
Description
Unlock the potential to achieve LEED certification and net-zero energy goals in your construction projects with the Comprehensive Net-Zero Toolkit for LEED Certification. This fully digital program provides an all-in-one solution to streamline every phase of the LEED certification process. With step-by-step guidance, you'll consolidate resources, plan strategically, and execute efficiently, minimizing errors while ensuring your project meets every sustainability and energy requirement.Designed for architects, engineers, project managers, and sustainability consultants, this toolkit is specifically tailored to help professionals working on new construction projects navigate the complex and often overwhelming process of achieving LEED certification. From initial planning to ongoing sustainability, each module empowers you with practical, actionable strategies to optimize your project's efficiency and energy performance.What You'll Learn:How to consolidate and organize your resources for LEED certificationEffective project planning and risk assessment strategiesHow to implement standardized practices, manage timelines, and reduce errorsHow to track progress using KPIs and real-time dashboardsContinuous improvement strategies to ensure long-term sustainabilityWith templates, checklists, and cheat sheets provided, this toolkit makes LEED certification achievable without the need for expensive consultants or confusing scattered resources. Priced at just $197, this course will guide you from start to successful certification, empowering your projects to be more efficient, sustainable, and industry-leading.
Who this course is for
Architects, engineers, and project managers involved in new construction Sustainability consultants aiming to streamline LEED certification Construction professionals seeking net-zero project guidance Students and beginners interested in green building practices Professionals transitioning into sustainable design or energy-efficient construction Anyone overwhelmed by the LEED process and looking for a simplified, actionable system Homepage:
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Designing scalable cloud applications can be challenging-especially when you're trying to balance simplicity, performance, and maintainability. In this course, Designing Serverless Architectures with Azure Functions, you'll learn to architect robust serverless solutions using event-driven and microservice-style patterns. First, you'll explore how to build stateless, event-driven functions that scale dynamically and respond to high-throughput scenarios. Next, you'll discover how to integrate Azure Functions with services like Event Grid, Cosmos DB, and Storage Queues to build resilient workflows. Finally, you'll learn how to apply architectural best practices for monitoring, scaling, reliability, and securing your serverless applications in production. When you're finished with this course, you'll have the skills and knowledge of Azure Functions architecture needed to design modular, scalable, and cloud-native applications. Homepage:
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