Inclusion, Equality and Belonging:

Learn Photo Editing With Photoshop!Design like a pro!Have you ever wanted to edit your own images? In the digital age, we’re surrounded by thousands of images daily, from personal photos, to digital art. Maybe you want to enhance a photo and show it off on social media, or perhaps you want to fix the imperfections in an otherwise perfect snapshot of your life. Perhaps you want to illustrate or design art and logos for personal or commercial use. The possibilities are infinite - when you know what you’re doing. And that’s exactly what we’re here to teach you.In this course, you’re going to learn everything about editing and design in Adobe Photoshop, from creating a new file to exporting the final product. We’ll show you around the workspace and show you the tools, panels and styles that are there to transform your imagination into digital reality. You’ll learn everything from blending, to adjusting colors and focus, to retouching photographs. Finally, you’ll learn how to use Adobe Photoshop for design and illustration.We’ve even included dozens of examples edited on-screen for you to study. That’s why this is the only Photoshop course you’ll ever need to create impeccable digital art and edit photos like a pro!Start editing today!

Fatigue Damage, Random Vibrations and Accelerated Life TestingFatigue damage is one of those engineering topics where mathematics becomes very concrete.A component may survive a single load without any visible problem, but fail after thousands, millions, or even billions of cycles. In many real applications, the loading is not a simple sinusoid. It is random, broadband, sometimes non-Gaussian, and often measured from real operating conditions.This course is about understanding the mathematics behind that process, and how those ideas can be used in vibration testing and reliability engineering.The material is closely connected to my PhD dissertation, Advanced Mission Synthesis Algorithms for Vibration-based Accelerated Life-testing. The dissertation became publicly available after a two-year embargo, because some of the algorithms developed during the research could not be disclosed immediately.During that research activity, I also developed graphical user interfaces in collaboration with companies interested in the project. These tools were created to show how the equations can be implemented in practice to generate vibratory signals for accelerated fatigue testing.The aim of this course is therefore not only to introduce formulas, but to show how mathematical ideas can become engineering tools.What the Course Is AboutThe course introduces fatigue-life estimation tests designed to reproduce, in a shorter time, the fatigue damage that a component would experience during its operational life.This idea is central in accelerated life testing: instead of waiting for the real operating life of a component, we try to design laboratory tests that have the same damage potential as the real environment, but compressed into a shorter duration.To do this properly, we need mathematics.We need to understand stochastic processes, probability distributions, random vibrations, single-degree-of-freedom systems

The global energy transition is more than installing solar panels or wind turbines—it’s about tracking, certifying, and trading clean energy. Renewable Energy Certificates (RECs) are at the heart of this process, enabling renewable energy generation to be recognized, traded, and counted toward compliance with Renewable Purchase Obligations (RPOs).This course is designed to provide a comprehensive understanding of RECs, covering the regulatory framework, market dynamics, trading mechanisms, and global best practices. Whether you are an energy professional, policymaker, sustainability consultant, investor, student, or researcher, this course equips you with the knowledge to navigate the REC market effectively.By the end of the course, you will confidently analyze REC policies, understand compliance requirements, and explore trading opportunities, both in India and internationally.Course Prerequisites:Basic understanding of renewable energy sources (solar, wind, hydro, biomass)Familiarity with energy markets or energy policy is helpful but not mandatoryInterest in sustainability, clean energy, or regulatory complianceWho This Course is For:Energy professionals working with renewable energy projectsPolicymakers and regulatory officials in the energy sectorSustainability consultants and corporate ESG teamsStudents or researchers pursuing energy, environmental science, or policy studiesInvestors and entrepreneurs interested in renewable energy marketsKey Benefits:Gain a deep understanding of REC mechanisms and regulationsLearn how RECs are generated, tracked

This course will take you through all the basics required in order to simulate simple CFD problems using ANSYS Fluent.Geometry preparation will be covered using SpaceClaim.Meshing will be covered using ANSYS mesher.Solving will be covered using ANSYS FLUENT.Post-processing of results will be covered using ANSYS FLUENT.All these software are available inside ANSYS Workbench.CFD helps to reduce the cost of products by saving time and money in prototype testing phase. Rapid prototype testings can be done by using CFD technology to predict the future behaviour of the product. It enables us to foresee any shortcomings in the product and rectify them before the actual manufacturing phase of the product. This is a young technology and can grow substantially in near future.You will be able to draw CAD models using the dimensions of any given geometry. Then you will understand how to mesh the geometry in ANSYS to get appropriate results. Mesh size plays an important role in deciding the accuracy of your results. Assumption of boundary conditions is another important aspect in any CFD simulation. Replication of real-life conditions must be correctly implemented in the CFD boundary conditions. Finally good postprocessing of the results helps you to deliver your results successfully.

Selection of the most appropriate production system is an important step when establishing or expanding an aquaculture activities.Some production systems are suitable for marine environments while others are suitable for freshwater environment.The course give a clear description of aquaculture production system which are intensive, semi intensive and intensive and their characteristics also you will learn their strength and weakness which will give you option to decide what is the best for you to settle fish for food and economyAquaculture production system vary in price of construction some are very expensive while others are not cheap but also are least expensive as you know aquaculture investment need huge capitalThere are difference in management of aquaculture production systems where some need full participation in different activities like feeding while others don't need human operation they can do self managementThe design and structure of aquaculture production system are differ hence they are differ in water intake feeding system, waste management and other parametersI get eager to teach on aquaculture production system because they are beautiful and well understandable with small efforts leads to more understanding In general people know few aquaculture production system hence I see this potential to make people understand on how the productivity differ from one system to In this course also there will be quiz, assignment and test so as to enable you to understand things clear and give you a clear view of your understandingThings are good and beautiful only need your attention where at the end of course you will give out your feedback which will help to make changes on some issues so as to improve the learning processes also to improve other aquaculture course in progress

Description of The CourseThis course titled " STAAD Pro: From Beginner Pro [From ZERO to HERO]" teaches you all the things required for the structural analysis and design of a building. This course, as the title says, doesn't require you to have any prior experience in this software or any other structural design software. It will teach all the aspects of the software from very basic and will take you to the higher levels of the software as the course progresses. The course has been very systematically arranged so that you can best understand the software. Once you complete this course, you will have all the necessary knowledge to do structural design of a building. You can work as a structural designer or can do the structural design of buildings on your own projects.Description of the SoftwareSTAAD Pro stands for Structural Analysis and Design Program. STAAD Pro V8i is the leading Structural Analysis and Design Software from Bentley. The Letter “i” stands for intuitive, interactive, incredible and interoperable. STAAD Pro is the professional's choice for steel, concrete, timber, aluminum, and cold-formed steel design of virtually any structures including warehouse, tower, rames, culverts, tunnel, piles and much more. Bentley sounds V8i is the most complete and noteworthy release in its history, which took a total investment of over a billion dollars and extents across the vast array disciplines with fundamental subject and assignment endures to be Sustaining Infrastructure.