ESP32: A Beginner's Guide to IoT and Electronics

Learn the basics to enter into the world of data centers, the fastest growing sector in the design and construction industry. By the end you will know the lingo and more about data centers than 90% of those in the industry. From Google to Microsoft, 5G to blockchain, selfies to self-driving, the internet is expected to become an even bigger part of our lives - and it's all supported by a growing legion of mammoth facilities known as data centers. Our digital footprint grows phenomenally every year and that data passes through, is stored and processed by the contents of these largest of energy intensive buildings on the planet.This course is intended to give you a jump start into the world of data centers. We will cover the many standards, terminology, and acronyms used when talking and walking through these mission critical facilities. In this course we cover:History, types, and sizes - what are the data centers you may see walk intoStandards goals - what are tiers of reliability, what is important to which type of ownerComponents - the equipment systems that support the data centerTerms and acronyms - most common descriptions, definitions, and practicesSecurity, safety more - all of the other major considerations that go into data center

Carbon footprint calculator you to reduce carbon emissions and energy costs all year round. Measure your Carbon Footprint, Get Weekly TipsKeeping you compliant with carbon/energy law Energy Savings Opportunity Scheme (ESOS), Streamlined Energy Carbon Reporting (SECR), TCFD Net Zero Carbon ProcurementTarget Setting robust carbon/energy environmental management ISO 14001, Science Based Targets , Supply Chain FootprintingCarbon Neutrality/Net Zero Carbon to enhance your brands, products services via Quality Assurance Standard approved carbon offsettingCaring for the Climate and Communities with our unique Carbon Offset projects - UK, Americas, GlobalCarbon footprint calculations are explained to those who have keen interest in climate change and little exposure to carbonfootprint calculations.The expected outcome is to understand the logic behind carbon footprint calculatuons used by carbon footprint calculatorIndividual carbon footprint can easily be calculated provided we know what data one needs for the same Emission factor is an important input but more important is user interface of the calculator. Calculations require right questions to be asked and a set of questions related to carbonfootprint calculations are included in the courseQuestions related to house energy use Questions related to transport energy use.Questions on food habitsQuestions on products consumed After finalizing the list of such questions formulas to convert the energy use data to carbon footprint are givenSo if the user travels by car , emission factor for car travel per km per person is given For flight travel similar formulas are explained For electricity used in applicance we need information on the utility and the logic behind this is explained

This course introduce the student to the basics of strength of materials. Topics include: loading statically indeterminate structure. Structure temperature and prestrain effect, shear force and bending moment, axial, shear bearing and bending stress, deflection of beam buckling of columns.the student will also learn how to determine the moment required to produce a given rotation .(rotational stiffness) at one end of the beam when the other side is pinned or fixed by using the required apparatus to carry out the experiment. And the subject matter has been arranged in such a manner that each chapter deal with the definition analysis of problem involved, derivations and application and the knowledge of these streets is essential to the safe design of a machine , aricraft, or any type of structure and most practical structure consist of complex arrangements of many components members. The students will be able to list a symbol , like length, breath, diameter, Dept, length, mass, modular ratio, pressure, radius, distance, thickness, uniformly distributed load, coordinate, area, constant points, complementary energy daimeter, young modulus , shearing force modulus of rigidity , force , second moment of area polar moment of inertia of area , bulk modulus, length , bending moment , radius, torque, strain energy , volume, total weight, coordinate, section modulus

This course offers a full and easily detailed tutorial for one of the most powerful software used nowadays by biggest companies in Power System and Renewable Energy field. With the fast evolution and integration of many renewable energy resources, engineers need to be completed with a lot of software skills. This course covers all the steps to conclude a project from beginner to advanced levels and the most important part is that python language is included as one of the most powerful language used todays in almost every engineering field. In the first sections users will be able to understand the basics steps to create the most simple network system. Also a detailed explanation is made for almost every electrical element used. The difficulty increases in the next steps but a simple and organized explanation is given for almost every lecture. The course is completed by simulating different renewable energy systems like; Hydro, Solar and Wind. Also there is a special dedicated section on fully automation of the software and also exporting the desired results very easily. After completing this course the user will be able to utilize almost every module or feature this software provides and feel very confident while kickstarting a career in Power Systems.

This course is a tutorial made using ANSYS Workbench and ANSYS APDL. It takes you through various types of Beam Analysis using Static Structural Module of ANSYS Workbench and ANSYS APDL. Also numerical on Constant Strain Triangle (CST) elements has been added in this course. 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.This course is the first part of the lecture series on ANSYS APDL software. It takes you through various topics like 3D and 1D beam analysis, Shear Force Diagram (SFD) and Bending Moment Diagram (BMD) of beams and CST element analysis. Various numerical are solved to explain the procedure to solve using software ANSYS. Basic of ANSYS Workbench and Beam Analysis using Finite Element Analysis are the requirement for understanding of this subject.We start with 3D Beam Analysis using ANSYS Workbench. Simply supported beam and Cantilever beam are analyzed for various types of loading.Further, we move to the 1D Beam Analysis for the same numerical as above.Third section deals with SFD and BMD analysis of Beams using ANSYS Workbench.Fourth section is all about the beam analysis using ANSYS APDL and fifth section is the SFD and BMD analysis using APDL.Lastly we study about CST element analysis for three and four nodded triangular elements.

This course not just a tutorial on Robot software 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 15 stories of a residential buildings, within the work we will define and design all types of slabs such as (waffle slab, one way ribbed slab, two way ribbed slab, flat slab and solid slab), foundations, earthquake loads, columns and beams and shear walls + design a swimming pool in Robot