Fundamentals of Artificial Neural Network with MATLAB

This is a crash course, meant to catapult you into a world where you start to see things how they really are, not how you think they are. The focus of this course is on logical fallacies, which loosely defined, are simply errors in reasoning. Significantly Improve the Way You Reason and Make Decisions Learn how to recognize bad argumentsBe able to articulate why an argument is badLearn important details on over 100 of the most common logical fallacies Mastering Logical Fallacies Fallacies have been around since the ancient Greek philosophers, and perhaps since the dawn of communication. Since the advent of social media, they seem to be around a lot more. Through mastering logical fallacies, you can not only correct others when they display a lapse in reasoning, but you can prevent yourself from making similar reasoning faux pas. You will be doing your part in making the world a more reasonable place. Unlike other mentions of logical fallacies, the instructor goes into depth discussing many of the cognitive aspects of why we commit these fallacies and why we fall for them, offering academic insight in the world of logical fallacies. Contents and Overview This course contains 92 lectures and over 5 and a half hours of content. Each section concludes with a quiz that will help you remember what has been learned. While this course is written for the layperson, some concepts which may be new to you but play an important role in reasoning are introduced, in section1 we will cover the basics of reasoning, arguments, beliefs, fallacies, rationality, and being a smart-ass. In sections 2–18 we will go over in detail the most common logical fallacies, the variations of those fallacies, psychological reasons behind them, examples, and exceptions. By the end of this course, you should be more confident in your ab

Civil Engineering Courses by Hamid El Darwich: You need a course that tells you everything about Civil Engineering ? it's here. Story of the Course: When I was first year in college, nobody told me what Civil Engineering is about; you know people just say its designing buildings (but nothing specific !!), so I started asking myself: then what is the difference between civil engineering and architecture. Therefore, I had no idea about what I was going to learn in college and I had no idea whether I will like it or not. I think colleges should give their students an overview about what they expect to learn from Civil Engineering. To solve this issue, I decided to create this course to help prospective students decide whether or not they really like civil engineering based on facts that I am going to state. Why to take the course: if you are a high school student or a student from other major considering transfer, then you should take this course because the information here might convince you to become a Civil Engineer. Briefly, what is Civil Engineering: The definition of Civil Engineering – as I see it- is a profession that deals with civilization development. Civil Engineering is the distant cousin of Military Engineering. The first is deals with cities and development, and the latter deals with defending the same city. What are exactly the points covered in this course: I will give an overview about every single course in Civil Engineering Branches. We have 5 Branches in Civil Engineering: Structural Analysis & Design Water & Environmental Transportation Geo-technical

يهدف هذا الكورس الى تعلم اساسيات والادوات المتقدمة فى التصميمم بأستخدام سوليدوركس سيرفيس وفى ما يلى النقاط التى سوف يتم التركيز عليها:Understanding SurfacesSolid-Surface Hybrid ModelingBasics Surface ToolsPlaner SurfaceVolume ScaleIntersection CurveRuled SurfaceOffset and copy SurfaceTrim SurfaceExtend SurfaceUntrim SurfaceDelete Hole SurfaceFilled SurfaceDelete FaceMove Face ToolReplace FaceCutting with SurfaceHybrid modelingRepairing Imported GeometryTypes of surfacesFace curvesBlends and PatchesApplicationsيهدف هذا الكورس الى تعلم اساسيات والادوات المتقدمة فى التصميمم بأستخدام سوليدوركس سيرفيس وفى ما يلى النقاط التى سوف يتم التركيز عليها:Understanding SurfacesSolid-Surface Hybrid ModelingBasics Surface ToolsPlaner SurfaceVolume ScaleIntersection CurveRuled SurfaceOffset and copy SurfaceTrim SurfaceExtend SurfaceUntrim SurfaceDelete Hole SurfaceFilled SurfaceDelete FaceMove Face ToolReplace FaceCutting with SurfaceHybrid modelingRepairing Imported GeometryTypes of surfacesFace curvesBlends and PatchesApplicationsيهدف هذا الكورس الى تعلم اساسيات والادوات المتقدمة فى التصميمم بأستخدام سوليدوركس سيرفيس وفى ما يلى النقاط التى سوف يتم التركيز عليها:يهدف هذا الكورس الى تعلم اس

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 InteractionsYou will find these courses in my Udemy's Profile.And 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 BOLTED CONNECTIONSBut the important thing here is that I am not going to just show you what clicks you need to do to define a bolt.Here we are going to explore each parameter you need to know and calculate to be ensure your bolts have the proper configuration.And, achieve a good behavior of your FEA Simulation models.Throughout the course, you will master the following techniques:

SPSS merupakan salah satu alat yang biasa dipakai oleh para dosen, peneliti, mahasiswa maupun praktisi di bidang ilmu ekonomi, manajemen, bisnis dan akuntansi dalam menganalisis suatu masalah. SPSS bagi akademisi merupakan hal yang wajib untuk dipahami dalam membuat suatu karya ilmiah, terlebih lagi apabila karya ilmiah tersebut menggunakan data kuantitatif.Kursus ini membahas mulai dari langkah awal memulai SPSS hingga membaca dan menganalisis hasil output SPSS, dalam kursus ini juga akan membahas cara-cara untuk mengatasi data yang tidak lolos uji asumsi klasik serta menginterpretasikan output SPSS kedalam suatu narasi karya ilmiah. Lebih lengkapnya berikut materi-materi yang akan dibahas:PendahuluanKeuntungan Dalam Mengikuti KursusPengenalan software SPSSPengenalan tools pada SPSSAnalisis data menggunakan SPSSBagian 1 (Persiapan data)Bagian 2 (Deskriptif responden)Bagian 3 (Uji keabsahan data)Bagian 4 (Uji asumsi klasik part 1)Bagian 5 (Uji hipotesis)Bagian 6 (Deskriptif data)Bagian 7 (Uji asumsi klasik part 2)Mengatasi masalah uji asumsi klasikBagian 1 (Masalah dan solusi uji asumsi klasik)Bagian 2 (Mengatasi masalah uji normalitas)Bagian 3 (Mengatasi masalah uji heteroskedastisitas)Bagian 4 (Mengatasi masalah uji multikolinearitas)Bagian 5 (Mengatasi masalah uji autokorelasi)REFERENSIDuwi Priyatno, Cara Kilat Belajar Analisis Data dengan SPSS 20 (Yogyakarta: ANDI, 2012)Fridayana Yudiaatmaja, Analisis Regresi dengan Menggunakan Aplikasi Komputer Statistik SPSS (Jakarta: Gramedia, 2013)Imam Ghozali, Aplikasi Analisis Multivariate dengan Program IBM SPSS 25, Edisi 9 (Semarang: Badan Penerbit-Undip, 2018)Sihabudin, Danny Wibowo dkk, Ekonometrika Dasar Teori dan Praktik Berbasis SPSS (Jawa Tengah: Pena Persada, 2021)

This Environmental Online Course is recommended for students learning faculty of science (chemistry, physics, biology) or chemical engineering, or interested in environmental chemistry.This course provides an interdisciplinary introduction to our contemporary environmental challenges in a chemical perspective. Central themes are the interaction between life and the environment, energy and energy consumption, air pollution and their effects, water and water pollution, soil pollution, and environmental organic chemistry.The course provides an understanding of how:· knowledge of chemistry is used to understand how pollutants are transported and accumulate in the environment· pollution affects the environment· our demand for energy is an important driver for our local, regional and global environmental problems· knowledge of chemistry can be used to solve environmental problems· conditions in the watershed and climate affect water quality