Coding for kids: Learn to program with Minecraft

This comprehensive Laravel course is designed to take you from absolute beginner to proficient Laravel developer through a structured and progressive journey. Whether you're new to web development or looking to strengthen your backend skills, this course will guide you through Laravel's powerful features and help you build robust web applications with confidence. The course has been divided into three levels:1- Beginner Level2- Intermediate Level3- Advanced LevelAt the beginner level, you'll start by setting up your development environment and learning the core concepts of Laravel, such as routing, controllers, Blade templating, and the MVC architecture. You'll work with forms, validation, and basic CRUD operations using Laravel's elegant Eloquent ORM.As you move into the intermediate level, the course introduces more practical, real-world application features. You'll implement user authentication, authorization using gates and policies, file uploads, database relationships, and build RESTful APIs using Laravel Sanctum or Passport. You'll also get hands-on with advanced Eloquent features, reusable Blade components, and test-driven development with PHPUnit.At the advanced level, you'll explore topics essential for production-ready applications, such as event broadcasting, queued jobs, task scheduling, custom service providers, and performance optimization with caching.By the end of this course, you’ll have the skills to confidently build, secure, and deploy full-featured Laravel applications.

This course not just a tutorial on software ETABS and SAFE but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will design a 4 stories Villa in UAE, within the work we will show you how to select the best type of slab type for this Villa, also how to select the best type of foundation. Also during the design we will show very complicated and challenged topic in the structural design of the Villa for example:1- What type of slab we must choose: Ribbed Slab, Solid Slab, Flat Slab ?2- The largest span which increase the bending moment loads on the beams.3- Check of the short and long term Deflection of the Slabs.4- Select the best type of foundations (Isolated or combined or Raft foundation).5- Design of the swimming pool of the Villa using Sap2000 Software.6- Design of the water tank of the Villa using Sap2000 software.In the structural design of this villa you will learn all the steps that help you to modeling analysis and design of any project in ETABS and SAFE (Import AutoCAD file, create and define grids, define materials, define sections, define loads, Modeling, Analysis of the loads, Design the structural element, export loads from ETABS to SAFE to design slabs, beams and foundation, Export from AutoCAD to ETABS learn the correct method to import AutoCAD file into ETABS.

Dear Students,Control Valves of various designs and applications are encountered nowadays throughout the Refinery, Petrochemical, Chemical, and Process Industry.This course is designed to provide you with a complete understanding of the construction and functioning of control valves. This course will help you understand what happens inside a control valve from a basic physics point of view. The discussion starts with fundamental laws of Physics like the Bernoulies Theorem, the Equation of Continuity, and critical valve phenomena like Cavitation, Flashing, Chocked Flow, etc are discussed. Tips and tricks for avoiding Cavitation and Flashing are also discussed. Control designs like the selection of material, noise calculation, leakage classification are discussed with reference to International Standards like ASME, ASTM, API, etc. Control Valve Characteristics and differences between Installed and inherent characteristics are discussed in detail. Control Valve Sizing is also explained in a very simple yet detailed way.The whole course is full of thumb rules and practical examples. As you go through the course, You will learn the practical knowledge that I have gathered through years of experience.So with no further ado, check out the free preview videos and the curriculum and we look forward to seeing you in the first section.Also remember, as an enrolled student you will have unlimited access to this material and one-on-one instructor support. So feel free to ask us for help in the Q A section when needed. It will be our pleasure to help you and make sure you are learning valuable information with us.Hope to see you there

This Course will bring awareness of importance of python and applications of python in solving engineering problems. We will see some important libraries like SciPy, Numpy, Matplotlib, Pandas etc. used in scientific computation.This course includes Python Programs on Mechanics, Machine Design, Fluid Mechanics, Thermal Science, Heat Transfer, Vibrations, Optimization etc. It has covered various types of plots including line plots and 2D,3D contours plots where we can use this in visualizing engineering data.We will review how to make plots as well as how to make interactive plots, analyze test data and some optimization part.It covers from basic to advanced programs in mechanical fields.It has following sections1. Basic Concepts in Python2.Programs on Mechanics, Machine Design etc.3. Programs on Mechanical Vibrations4. Programs on Fluid Mechanics, Thermal Science and Heat Problems.5. Programs on Engineering Mathematics6. Some Advanced programs like FFT use, Filter, Data Analysis.7. Build Interactive GUI applicationWhat you will learn,- Importance of python in mechanical fields in research and computations.- Basics of Python programs from engineering point of view.- Learn to solve engineering problems.- Make yourself ready for one step ahead.- You can build a project on yourself in your favorite domain.- You will be able to use loops, functions, different libraries, custom functions to solve engineering problems.

'SIMULINK : Beginner Course on MATLAB/SIMULINK'.This course gives a very small entry to MATLAB Software with Coding Interface and a broad Beginning for SIMULINK Interface of MATLAB Software, building great confidence to Design, Develop and simulate any model for any systems.This course is broadly presented in three parts viz,MATLAB Software Interface and coding Introduction.Introduction to SIMULINK Interface.Designing, Developing and Simulating few Applications (PID, Fuzzy Logic Control, 1DOF-2DOF vibration Models, Electric Motor) in the SIMULINK.Each section of the course curriculum consists of theory, actual MATLAB hands-on, an Exercise based on the learning from the respective section with its Solution, and Multiple Choice Questions to give confidence about the learning.Section 1: WELCOME TO THE COURSEIn this Section, Instructor has Welcome the learners with bio, and what learner will be able to at the end of the course.Section 2: INTRODUCTIONIn this Section, an Introduction to the MATLAB Software is given. Default windows that appear in the first start of software are well explained. Also, the Default setting necessary for ease of working and starting with software is demonstrated.Section 3: MATLAB BASIC CODINGIn this Section, basic coding in the Command Window and coding in MATLAB coding file .m files are done and explained with simple examples.Section 4: STARTING WITH SIMULINKIn this Section, Start with the SIMULINK Interface, Windows associated with Simulink Interface, Opening-Saving-Closing of Simulink, with small demonstration is very well explained.Section 5: SIMULINK COMMONLY USED BLOCKSFrom this Section, we start with a complete SIMULINK Interface, here the Simulink blocks such as Constant block, Display block, Gain block, Scope, Floating Scope, Dashb

This course is the fifth part of the lecture series on ANSYS Workbench software. It takes you through various modules of ANSYS Workbench like Design in ANSYS Workbench, Static Structural, Steady-State Thermal, Thermal-Structural Coupled, Modal, Buckling, Transient Thermal and Topology Optimization Analysis. Various numerical are solved to explain various concepts and features of the software and for practice so that expertise can be gained in handling the software. We start with Design in ANSYS Workbench which explains how to draw basic geometry using Design Modeler.Second section deals with Static Structural Analysis. Here we analyze in ANSYS Workbench like Exhaust Valve, Wash Basin, Disc Brake Rotor Design I and II, Piston Head, Piston Ring, Snap Ring, Piston Assembly and Gudgeon Pin. Third section is all about the Steady-State Thermal Analysis. Various numericals are solved for like Exhaust Valve, Wash Basin, Disc Brake Rotor Design I and II, Piston Head, Piston Ring, Connecting Rod, Snap Ring, Piston Assembly and Gudgeon Pin.Fourth section deals with Thermal-Structural Coupled Analysis of Disc Brake Rotor, Piston Head, Snap Ring and Piston Assembly. The procedure for solving such type of problem is explained.Fifth section deals with Modal Analysis of Exhaust Valve, Wash Basin, Disc Brake Rotor Design I and II, Piston Head, Piston Ring, Snap Ring, Connecting Rod and Gudgeon Pin. Sixth section deals with Buckling Analysis of Connecting Rod.Seventh section deals with Transient Thermal Analysis of Disc Brake Rotor, Piston Head and Gudgeon Pin.Last section deals with Topology Optimisation of Disc Brake Rotor.Basic version of this course is available in the previous part of this series ANSYS Workbench Tutorials. Advanced version of the courses are also available namely, Advanced Structu