OpenFOAM from Scratch (Level 1)

This course is designed to guide you from a complete beginner level to being an expert Moodle teacher. I cover both the technical and the teaching aspects, helping you not only to create a course easily, but to create it effectively, engaging your students in the best possible way. If you’re teaching with Moodle and need a little help with any aspect of it, then this course is for you. This course was created using Moodle 2.7 - but even the newest version of Moodle hasn't changed much so it's still applicable. In this course we’ll start by looking at how Moodle works as a website, including how to most easily navigate around the system. This is, surprisingly, pretty difficult for many to get to grips with. Next, we’ll look at the structure of a Moodle course, including a section on busting much of the jargon that tends to confuse matters in the Moodle world. Finally, we’ll explore blocks and how they can be used to enhance a course, adding extra features to make yours and your students’ lives easier. Following introductions, we’ll get into the meat of the course, namely Resources and Activities. I’ll cover the full range of resources, including: Labels, and how they can be used to signpost a course Pages, and their main uses in Moodle Books and how they can guide students through material Files and URLs, and how both can add extra depth to a course Then, we’ll get into the most common activities in use on Moodle, particularly Assignments, Chats and Forums. These are the base elements of creating interactive learning on Moodle and can be used to enhance any online course. This course is a great introduction to teaching effectively in Moodle, but I’m certainly not finished yet. I’ll be expanding this course out to include every aspect of Moodle over the coming months, and I’d appreciate your help in doing so. By that, I just mean your suggestions on what to cover next! Moodle is

"Understanding Nondestructive Testing and Evaluation, NDT/NDE", the newest course from Manufacturing Academy instructor, Garry Pace. Garry is a licensed professional engineer and metallurgist with 25+ years of hands-on experience in the fields of welding, metallurgy and inspection technologies.In this course, you will learn not only the high-level principles of non-destructive testing but also process-level details of how these technologies works and why you may want to use them.In this course, you will learn:The overarching principles of NDT/NDEWhat types of defects are good candidates for NDT, and which ones are notHow to choose the correct NDT technologyThe equipment, process and techniques of the five major processes: Visual Testing, Magnetic Particle Inspections, Eddy Current Testing, Ultrasonic Testing, and Radiography.A "mini dive" into each of the 5 major processes including the physics, practices, and methods behind each.By the end of this course, you will have a very good understanding of NDT/NDE and its major processes. And you will have the foundation of knowledge needed to take the next step into implementing specific NDT technologies.This is an overview class with enough detail (nearly 4 hours of video) to serve two audiences:Quality, process or manufacturing engineers and managers that need to expand their understanding of NDT perhaps to meet a customer requirement or to expand their organization's capabilities in NDT, Quality technicians and aspiring NDT technicians who want to make a career move into the field of NDT/NDE, and need the foundational knowledge to move in that direction.This course, "Understanding Nondestructive Testing and Evaluation, NDT/NDE", will give you:a broad base of technical knowledge,taught by a "hands-on" expert

What This Course Is AboutHypothesis Testing Made Easy is a practical, concept-focused course that helps you understand not just how to perform hypothesis testing — but why each step matters.You will learn how hypothesis testing works as a logical decision-making framework — one that helps us draw conclusions from data while managing uncertainty.And more importantly, you will learn how this framework applies far beyond textbooks.Hypothesis Testing in Everyday LifeFormulating a hypothesis and testing it is not just a statistical exercise — it is a way of thinking.It encourages critical thinking and helps us avoid jumping to conclusions without sufficient evidence.Understanding Errors in Decision-MakingIn both statistics and real life, decisions carry the risk of error.Hypothesis testing teaches us something powerful:While errors are unavoidable, some errors are more serious than others.In particular, we must be more cautious about concluding that something significant exists when it actually does not. This is the essence of Type I error.Consider the following examples:· Convicting an innocent person is worse than acquitting a guilty one.· Buying a product thinking it is high quality — when it isn’t — is worse than missing out on a good deal.· Trusting someone unreliable is riskier than missing a potentially good friendship.Hypothesis testing trains us to minimise such serious errors.It builds caution into decision-making.What You Will GainBy the end of this course, you will:Formulate hypotheses correctlyUnderstand the logic behind null and alternative hypothesesDistinguish between rejecting and retaining the null hypothesisInterpret results without common misconceptionsUnderstand Type I and Type II errors clearlyMost importantly, you will develop clarity

Studying for the SHRM-SCP and not sure where to start? I’ve been there — and I created this course to help people like you pass, just like I did on my first try.With under 10 years of HR experience and zero paid prep tools, I passed the SHRM-SCP through self-study, strategy, and practice. I know what it feels like to second-guess every answer or wonder if you're thinking “strategically” enough. That’s why these practice tests are different.You’ll get 5 domain-based practice tests (30 questions each) plus a full-length 65-question mock exam — all built to simulate the real SHRM-SCP experience. Each question is scenario-based, nuanced, and crafted to challenge your decision-making. Even better? Every answer includes a clear, explanation to help you understand the why.What’s Included:5 practice tests (30 questions each) by key exam themes1 mock exam (65 questions) designed to simulate the real experienceClear, motivating explanations that teach you how to choose strategicallyUnlimited retakes so you can track growth, not just scoresEncouragement from someone who’s been where you are — and passedThese questions are designed to help you build confidence and start thinking like a senior HR partner. You don’t need to be perfect — you need to be thoughtful, strategic, and prepared. Let's get you certified!

The aim of this course is to provide you with a basic understanding of environmental pollution. The course gives insight about the structure of the environment and the different ways in which pollutants can change its composition with regards to how they enter the environment as well as their fate. Furthermore, several phenomena that result from pollution in the 3 key areas of the environment, air, water and soil are explained in more details. These include the formation of photochemical smog and acid rain, biomagnification of chemical pollutants in the soil and water, as well as how air pollution exacerbates the greenhouse effect.

هذه الدوره تقدم أساسيات طرق العناصر والشرائح المحدوده والتي تتضمن حل مسائل أحادية الأبعاد او ثنائية الأبعاد أو ثلاثية الأبعاد. تقدم الدوره شرح لكيفية حل مختلف مسائل الهياكل علي برنامج أنسس. و يقدم المعلم أساسيات طريقة العناصر المحدودة بما في ذلك اشتقاق المعادلة الحاكمة ، وتقريب العناصر المحدودة ، وتقسيم الهياكل الي عناصر ، وتجميع العناصر (structural assembly) beams and trusses وحل نظام المعادلة الخطي. يتم تطبيق الخطوات الأساسية للعنصر المحدود على هياكل احادية الأبعاد . plates and shells كما تم توضيح النظرية الأساسية للصفائح والشرائح خلال الدورة ، تم تطوير العديد من نماذج العناصر المحدودة بما في ذلك نمذجة العناصر المحدودة للقضبان ، والدعامات ، والحزم ، والألواح ، والشرائح، والمواد الصلبة ثلاثية الأبعاد.(beams, trusses, plates, shells, and 3D solids) يركز هذا المقرر الدراسي على ثلاث نقاط رئيسية في تحليل العناصر المحدودة ؛ (1) بناء نموذج مناسب للعناصر المحدودة ، (2) تقارب الشبكة ، (3) التحقق من صحة النموذج ، و (4) فحص النتائج. يتم تطبيق هذه المفاهيم على عدة أنواع من المشكلات مثل الجسور والمباني الفولاذية ومفتاح الربط والمواد الصلبة ثلاثية الأبعاد. بحلول نهاية الدورة سيتمكن الطلاب من ذلك 1. فهم أساسيات طريقة العناصر المحدودة 2. التعرف على أهمية طريقة العناصر المحدودة 3. التعرف على الفرق بين التحليلات التحليلية والرقمية 4. تطوير نماذج العناصر المحدودة باستخدام انسس 5. تعرف على الخطوات الأساسية في بناء نموذج العناصر المحدودة 6. فهم أساسيات عملية الربط 7. بناء نماذج العناصر المحدودة مع اتصالعناصر مختلفه ببعضها 8. تحليل الإطارات الفولاذية 9. اكتشف أهمية التحقق من صحة نموذج العنصر المحدود والتحقق منه.