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'Recognized as a top instructor by Udemy for high quality academic courses' 'First time on Udemy, courses delivered by Nobel Prize laureates and international academic authorities'If you are as crazy and passionate about true knowledge as our community and believe that true knowledge is true wealth, then our courses are for you. In this masterclass Nobel Prize winner John Nash, one of the most famous scientists of our time, takes us into the heart of the theory of games. Is it possible to build a mathematical model of behavior from a game of chess? An innovative theory for understanding the elaborate strategies that underlie the choices of men. A rational approach that has become a point of reference in many different fields, from economics to psychology to political science. This course is for: Anyone with inquisitive and open mind Everyone interested in science and who would like to learn more about theory of games and its use in different fields Anyone with Interest in science Anyone with true passion for leaning and attaining true knowledge at an affordable price. Attending the course does not need any scientific skill since it is presented in a clear and simple manner Anyone who appreciates and admires the knowledge brought to our race from Nobel Prize laureates' works. With this course you will learn: Over 22 lectures and 1 hour of content! 22 masterclasses and 1 hour and more of content You will learn what the game theory is You will learn how the game theory can be used in everyday life<

Gas Turbine in Power Plants: A Complete Guide to Gas TurbinesGas turbine is one of the most popular turbines used for electric power generation in power plantsYou can simply learn how gas turbine and its auxiliary systems work together in power plants to generate electric power WITHOUT having any prior experience in engineering, as this course is suitable for anyone interested in gas turbine regardless of their backgroundThis course is made to teach anyone, even a complete beginner, how to deal with any main or auxiliary system of gas turbine in power plants. By the end of this course, you’ll be ready to apply for a job in oil and power field, particularly power plants, and make a good impression at an interview, as this course covers every system that you could find in any power plant that use gas turbines.About This CourseIn this course, we’re going to start from STEP ZERO! If you know nothing about machines, electricity, power plants, gas turbines, transformers or generators, don’t worry! Every topic discussed in this course is explained from scratch.This course starts with defining gas turbine, its components, and what each component does, and explains how gas turbines are used in power plants and their configurations, whether single-cycle or combined-cycle power plants. This course also analyzes the Bryton cycle and applies it on gas turbines.This course also explains the basics of electricity and three-phase electric power, preparing you for understanding transformers, generators and induction theory that explains how generators produce electricity.Fuel gas and oil preparation, processing, regulation and filtration are also included in this course. You will go through every step of fuel processing from the supplier to combustion, and you’ll learn about fuel ignition and combustion in detail.This course also covers purging systems, it explains NOx water purging and Nitrogen pu

What others are saying:"Peter brings a wealth of experience from his Ph.D. and presents it in a way that is easily accessible. Focussing on the fundamentals and then drawing those principles through to the final proposal. Especially useful are the real-life examples from his own studies." - Prof Ivan HofsajerGet instant access to a workbook plus worksheets, follow along, and keep for referenceIntroduce yourself to our community of students in this course and tell us your goals Encouragement and celebration of your progress every step of the way: 25% > 50% > 75% & 100%Over 7 hours of clear and concise step-by-step instructions, lessons, and engagement"it just fills in the blank spaces on the proposal I am writing" - Noel L."The instructor is very knowledgeable and clearly cares about his students! I feel like I am in a real classroom." - Kira M."It was a fantastic refresher course on how the postgraduate journey starts and must finish." - Knowledge M."I learned on what needs to be taken into a proposal and what needs to be left out from it." - Minkie M.In this course, you will learn exactly what goes into a research proposal so that your research will be approved and you will have created an excellent groundwork for the rest of your study. The more effort you put into your proposal document, the better prepared you will be for the next stages of your degree. In this course are lessons, assignments, quizzes and much more; not only will you learn how to complete a research proposal but you will also make progress on your own proposal.

Welcome to "Mastering C++ Fundamentals for Proficient Programming". This comprehensive course is designed to take your C++ programming skills to the next level and transform you into an adept programmer capable of tackling complex challenges with confidence.Whether you're a seasoned developer looking to refine your skills or a newcomer eager to dive into the world of programming, this course will equip you with a deep understanding of C++ fundamentals and advanced techniques. Through a combination of theory, hands-on exercises, and real-world examples, you will embark on a journey towards becoming a proficient C++ programmer. Course Highlights:1. Strong Foundation: Lay the groundwork by reinforcing your understanding of core C++ concepts such as variables, data types, operators, and control structures. Establish a robust foundation that will serve as the building blocks for advanced topics.2. Object-Oriented Mastery: Dive into object-oriented programming (OOP) principles, including classes, objects, inheritance, polymorphism, and encapsulation. Learn how to design elegant, modular, and reusable code structures that enhance maintainability and readability.3. Memory Management: Gain a deep understanding of memory management in C++, covering topics such as dynamic memory allocation, pointers, smart pointers, and resource management. Learn how to prevent memory leaks and improve program efficiency.4. Exception Handling: Master the art of handling exceptions gracefully, ensuring your programs remain robust and responsive even in the face of unexpected errors. Learn to implement try-catch blocks effectively to create more reliable software.5. Real-World Applications: Apply your newfound expertise to real-world scenarios, such as developing interactive applications, games, and practical software projects. Experience firsthand how your skills translate into tangible res

Welcome to the Tabtrainer® Certified Series – your advanced training platform for statistical excellence in engineering, research, and quality control.This course gives you hands-on expertise in applying the paired two-sample t-test using Minitab®, based on a real-world R D case from the Smartboard Company. You’ll evaluate two 3D-printed high-performance steels ("Barros" and "Houston") and determine whether their performance differs significantly under controlled testing.You’ll work with real paired data, build hypothesis tests, interpret p-values, confidence intervals, and variance diagnostics, and translate your findings into practical decisions for prototype optimization and material selection.Taught by Prof. Dr. Murat Mola, TÜV-certified Six Sigma instructor and Professor of the Year 2023 in Germany, this course empowers professionals in R D, engineering, and quality assurance to use data meaningfully – with scientific rigor and industrial precision.This course offers an in-depth exploration of the two-sample t-test with paired samples, focusing on practical applications in prototype development and material testing. Participants will engage with a real-world case study from Smartboard Company, which involves analyzing two high-performance stainless steel materials, "Barros" and "Houston," developed for use in advanced 3D-printed skateboard axles.By combining hands-on statistical methods with advanced tools like Minitab, this course empowers participants to conduct accurate hypothesis testing, address complex paired data scenarios, and provide actionable insights for research and development.Learning Objectives:Master the Two-Sample T-Test for Paired Samples: Learn the fundamental differences between the classical t-test and paired t-test, an

Dive into the fascinating world of electroencephalography (EEG) with this comprehensive, beginner-friendly course that transforms complex neuroscience concepts into accessible knowledge. "Brain Waves Decoded" equips you with both theoretical foundations and practical skills to analyze the brain's electrical activity using Python.Starting with the fundamentals of EEG technology and its historical development, you'll quickly progress to hands-on data analysis using Python and the powerful MNE library. The course is thoughtfully structured to guide you through the complete EEG analysis workflow:First, you'll master essential preprocessing techniques to clean raw EEG data, including re-referencing, filtering, and artifact removal using Independent Component Analysis (ICA). These crucial skills ensure your analyses are based on high-quality signals rather than noise.Next, you'll explore three complementary analytical frameworks:Time-domain analysis: Capture the brain's immediate responses to stimuli through Event-Related Potentials (ERPs), learning to interpret components like P300 and N400Frequency-domain analysis: Decode the brain's rhythmic patterns using Fourier transforms and spectral analysis, revealing insights into cognitive states through alpha, beta, and theta wavesTime-frequency analysis: Visualize dynamic changes in neural oscillations using short-time Fourier transforms and wavelet analysis, essential for understanding complex cognitive processesThroughout the course, you'll work with real-world datasets covering diverse applications—from cognitive experiments to sleep studies and motor imagery paradigms—preparing you for practical research scenarios. Each concept is reinforced with intuitive analogies, clear visualizations, and step-by-step code implementations, making complex signal processing accessible regardless of your background.What sets this course apar