Introduction to Optimization Algorithms

في الكورس دا هتتعلم ازاي تصمم دوائر الكترونية من خلال عملاق تصميم الدوائر الالكترونية ألتيوم altium Designer من شركة اوتوديسكمش محتاج اكتر من انك تكون ملم بمادىء الالكترونيات وسيب الباقي علياهتتعلم من البداية خالص ازاي تصمم مخططات الدوائر بشكل احترافي جدا زي ما بنشتغل في السوق بالظبطوازاي تدرج العناصر المطلوبةولو مش موجودة ازاي تقدر تحصل عليها بالداتا الخاصة بيها كاملة سواء الرمز او الفوت برنت او التصميم ثلاثي الابعادهتتعلم قواعد تصميم المخططات من الصفر وهتوصل في النهاية لتصميم مخططات احترافيةبعدها هندخل على مرحلة تصميم البي سي بي ونشوف ازاي ننقل التصميم من مرحلة المخطط لمرحلة الدايرة اللى هنقوم بتنفيذها بطرق تصنيع مختلفة هتعرف قواعد التصميم والتصنيع من الصفر .. هتكتسب مهارات تصميم مختلفة وتحترف الروتنج وتخليق المسارات بين العناصر وفقا لتصميم الدايرة كمان هتقدر تعمل اظهار ثلاثي الابعاد علشان تعرف تسوق لشغلك او توريه للعميل قبل التصنيعوفي النهاية هتكون جاهز للشغل في المجال بعد ما تبذل شوية مجهود في التمرينسواء مهندس في شركة او لشغلك الخاص او فري لانسركل الماتيريالز اللى انت محتاجها هتلاقيها متوفرة في الكورس من اول مكتبات العناصر لحد التصميمات بحيث متتعطلش على حاجةهتشتغل كمان مشروع من الصفر لحد ما تخلصه .. مشروع كامل وكمان هندسة عكسية علشان تعرف تعيد تصميم اي دايرة تشوفها في حياتكمن اول المخطط وانتهاءا بالبي سي بي

This practice test is a part of test series of finite element analysis. This test series is for all level of learners. It will help you understand your level of understanding of basic knowledge and how to apply it for real life problems. Use it for various types of exams like GATE and IES preparations. Also this test series will be useful in attending viva voce and appearing for job interviews. Also it can be used for engineering college level exams for knowledge testing purpose.The test series is on the Introduction to FEA. It includes various topics of Finite Element Analysis course and some basic Physics concept. First being the 2-Dimensional Finite Element Formulations. It includes topics of CST element and various other 4-noded and 8-noded quadrilateral element questions for the test. Concept of Introduction, three node triangular element, four node rectangular element, Natural coordinates and coordinates transformations: serendipity and Lagrange’s methods for deriving shape functions for triangular element must be revisited before attempting the test. Convergence criterion, sources of errors topic questions are also covered here.Hope you find the test useful, enjoy it and look for the other four test series as well! Happy Learning to all FEA learners!

This course will show you the skills that are used by the top Computational Fluid Dynamics (CFD) engineers to separate themselves from the beginners. You will learn how to carry out a mesh sensitivity study correctly using Richardson Extrapolation. This is a technique that is recommended by the Journal of Fluids Engineering and is often not taught in engineering classes. You will also learn how to choose the right RANS turbulence model (k - epsilon, k - omega SST) and how to get the most out of your contour plots and line graphs. These skills will help you produce professional looking journal papers, conference papers, PhD and Masters theses and technical reports, that are significantly better than other scientists and engineers. Worked examples are provided throughout the course, with python code, MATLAB code and Excel spreadsheets provided (you can use whichever language you feel more comfortable with. The MATLAB code and python code is identical). By the end of the course you will be confident and ready to apply the skills in your own CFD calculations. The lessons in this course can be applied to any CFD code, so it does not matter what CFD code you use (Fluent, CFX, OpenFOAM etc.)

DynamicsEngineering mechanics is both a foundation and a framework for most of the branches of engineering. Many of the topics in such areas as civil, mechanical, aerospace, and agricultural engineering, and of course engineering mechanics itself, are based upon the subjects of statics and dynamics. Even in a discipline such as electrical engineering, practitioners, in the course of considering the electrical components of a robotic device or a manufacturing process, may find themselves first having to deal with the mechanics involved. Thus, the engineering mechanics sequence is critical to the engineering curriculum.The primary purpose of the study of engineering mechanics is to develop the capacity to predict the effects of force and motion while carrying out the creative design functions of engineering. The aim of this course is to set a great foundation of dynamics for most of the engineering students.This course is for those students in second year of university who have good knowledge of Statics and Mathematics. Before starting this course you should be with some basic and important subjects, including applied mathematics, physics, and graphics. In addition, these courses serve as excellent settings in which to strengthen problem-solving abilities.In first for chapters that constitute the first part of our course we cover the dynamics of particles. In second part of the course we go and obtain the equations for rigid bodies.Keywords: Mechanical Dynamic Mechanic Dynamic mechanical engineering

This course will help you to design antennas in CST Antenna Design.You can also modify the frequency and use yours also you can change the size of patch and its frequency. After learning this course you will be to design antenna at any frequency range and will learn about the important design tips in CST by use of which anyone can easily design antennas. This course will also help the students who are zero level and want to learn the antennas designing. In this course students would also come to know about the ideas that how to achieve the desired frequency bands by using some trick and tips.You can array, MIMO, and Metamaterial antennasYou can also modify the frequency and use yours also you can change the size of patch and its frequency. After learning this course you will be to design antenna at any frequency range and will learn about the important design tips in CST by use of which anyone can easily design antennas. This course will also help the students who are zero level and want to learn the antennas designing. In this course students would also come to know about the ideas that how to achieve the desired frequency bands by using some trick and tips.If you have any question about this course you can ask me on my email address. I will be there to help

This course is a practical, step-by-step guide to residential and commercial solar PV system design using SketchUp. It focuses on how solar systems are actually modeled, drafted, and presented for real projects—not theory and not sales talk.You’ll learn how to create accurate site plans and 3D solar layouts in SketchUp, then convert those models into clear, professional solar drawings. The course covers the full workflow, including stringing schematics, single line diagrams (SLDs), inverter details, and disconnection point plans.The emphasis is on clarity, accuracy, and industry-style presentation. You’ll understand not just how to draw these plans, but why each drawing exists, what information it must show, and how to keep it readable for installers, engineers, and utilities.By the end of the course, you’ll be able to:Model residential and commercial solar PV systems in SketchUpProduce clean site plans and PV array layoutsCreate stringing schematics based on proper inverter and MPPT logicDraft single line diagrams (SLDs) that clearly show system power flowPrepare inverter detail drawings and disconnection point plansPresent everything as professional, submission-ready drawingsThis course is designed for solar designers, drafters, engineers, electricians, and freelancers who want job-ready solar design skills using SketchUp.If your goal is to create clear, professional solar drawings for residential or commercial projects, this course gives you the exact workflow to do it.