MATLAB/SIMULINK Masterclass - From a Beginner to an Expert

Corso di Meteorologia per Piloti di UAS inerente al syllabus di formazione previsto dal Regolamento Europeo 2019/947 per l'ottenimento di Abilitazione OPEN A2 per Volo a Vista (VLOS) fino a 4 kg in ambito urbano per UAS con marcatura C2, fino a 2kg in ambito urbano per UAS senza marcatura C2.L'esame non è incluso nel prezzo del corso.I contenuti cercano di spaziare in tutti gli argomenti previsti, con un taglio anche verso quelle che possono essere le conoscenze richieste per l'applicazione "Specifica", incluso anche un approfondimento sui Bollettini Meteo. Gli argomenti sono strutturati in modo tale da spaziare dallo studio dell'atmosfera, ai fenomeni ciclonici ed anticiclonici, classificazione delle nubi, misurazione della pressione ed influenza di quota e temperatura sulla rilevazione del dato altimetrico, perturbazioni, precipitazioni, influenza dell'orografia sulla meteorologia, nebbia, bollettini meteo, METAR e TAF.Il corso è pertanto rivolto sia ad utenti interessati alla materia che ad utenti interessati all'ottenimento di abilitazione OPEN A2, che possono sfruttare i contenuti di questo corso per approfondire le tematiche di rispettiva competenza.Contattare il Centro di Addestramento ENAC.CA.APR.043 per ulteriori dettagli relativi all'esame teorico propedeutico al rilascio di Abilitazione OPEN A2.Qualora si decida di procedere con l'esame, la qualifica è valida in tutta l'Unione Europea.

The demand for sustainable and energy-efficient cooling solutions is rising rapidly, and solar-powered air conditioning is emerging as the future of green buildings, smart homes, and commercial applications. This course, “A to Z Design of Solar Photovoltaic Air Conditioning System”, is your complete guide to understanding, designing, and installing solar-powered AC systems from the ground up.Whether you are a student, technician, entrepreneur, or professional, this course will give you practical knowledge of solar photovoltaic integration with air conditioning technology. You will learn manual design calculations, component selection, and system optimization techniques that are essential for real-world solar HVAC projects. By the end of this course, you will have the confidence to design and evaluate solar cooling systems for homes, offices, and industries.What You Will LearnFundamentals of Solar Photovoltaic Air ConditioningSolar thermal energy utilization for cooling applicationsStep-by-step manual design calculations for solar AC systemsSelection and sizing of essential components (PV modules, inverters, compressors, batteries, controllers, etc.)Integration of solar power with conventional HVAC systemsInstallation guidelines, safety measures, and performance optimizationEconomic feasibility and cost-benefit analysis of solar AC systemsPrerequisitesBasic understanding of solar energy or electrical systems (helpful but not mandatory)Interest in renewable energy, HVAC systems, or sustainable designA scientific calculator and enthusiasm to learn!Who This Course is ForEngineering Science Students – who want to strengthen their

Do you want to build a strong foundation in programming and computer science? Start with C Programming—the language that has shaped modern computing!This beginner-friendly course, Basics of C Programming, is designed to take you from absolute beginner to writing your own C programs with confidence. Whether you’re a student, aspiring software developer, or someone preparing for coding interviews, this course will equip you with the skills you need to understand not only C syntax, but also the logic and problem-solving mindset that programming requires.What You’ll Learn:How to set up and use a C compiler.Fundamentals: variables, data types, operators, and control statements.Functions and modular programming.Arrays, strings, and pointers (the heart of C).Introduction to structures and file handling.Writing, compiling, debugging, and executing programs step by step.Why Take This Course?Beginner-friendly: No prior programming knowledge required.Hands-on learning: Every concept is explained with examples and live coding.Problem-solving focus: You’ll learn to think like a programmer, not just memorize syntax.Solid foundation: Mastering C makes it easier to learn advanced languages like C++, Java, and Python.Who This Course is for:Students new to programming.Engineering and computer science learners.Professionals seeking to refresh their coding basics.Anyone curious about how software works at its core.By the end of this course, you’ll not only be able to write and debug C programs, but you’ll also have developed a strong foundation in programming logic that wil

The subject of this video class is control systems. I believe you are aware that the control system plays a crucial role in the electrical panels. That means without a control system, the electrical panel is nothing. So I am explaining here about control systems, how it is designed and why they are required.In electrical panels, there are different types of equipment installed and each of which requires separate controls for operation.The main circuit breaker of the MSB is an air circuit breaker, which requires a control system. Controls are used for the protection of over-current, short circuit and earth fault relay.Control circuits are important in all types of electrical equipment. Each device has its own planned logic, which utilises different types of control components.Control circuits are very simple, but it would be complicated if you do not know how they work. Understanding the control schematic diagram properly will make the control system easier.In all control systems, only one phase line is used for the circuits, which will be very low voltage. The voltage normally used for the control circuit is AC or DC below 60 volts, which is very useful for maintenance, as it is not harmful to humans.In this video, I am explaining what control circuits are, how they work and how the control system is designed. Moreover, I have to understand the fact that each control has its own logic. So that if we know the logic of the controls, it will be easy to understand the control system.

Are you ready to dive into the fascinating world of FPGA design? This time you will be learning UART communication in a fun and practical way. Welcome to "Learn FPGA Design with VHDL : Image transfert with UART", a hands-on course that combines digital design, communication protocols, and creativity!This course is perfect for students, engineers, and enthusiasts eager to enhance their FPGA skills and explore the practical implementation of UART. Through engaging lessons and a real-world project, you'll design a communication system between a computer and an FPGA board.An image will be transferred from PC to FPGA via UART pixel by pixel. The colors of each received pixel by FPGA will be inverted then sent back to computer. Python will be used to open the serial link between PC and FPGA and convert exchanged bytes into displayable PNG image.Here’s what you’ll gain:Strong Fundamentals: Understand UART protocol.Hands-On Experience: Implement a fully functional image transfer project via UART on FPGA.Practical Knowledge: Learn VHDL and follow the whole FPGA design flow from specification to on-board testing.With clear explanations, and detailed demonstrations, this course ensures you build confidence and proficiency in FPGA design. Whether you're a beginner or looking to level up your skills, this course offers a fun and rewarding experience.As usual, I am going to share everything I know about the topic and give you my tips as a senior hardware engineer.---Limited-time discount for learners:Use this instructor coupon to get the course at the lowest price: A39F086DCF7413B2E634

Adaptive Neuro-Fuzzy Inference Systems (ANFIS) represent a paradigm shift from classical statistical methodologies, providing a superior alternative to techniques like regression. The allure of ANFIS lies in its capacity to transcend traditional boundaries and offer a robust mathematical framework for problem formulation and resolution. The breadth of applications for ANFIS is vast, encompassing diverse domains that make comprehensive enumeration challenging. Noteworthy sectors where ANFIS finds prominent application include engineering, biology, medicine, energy, water resource management, natural disaster prediction, and nutrition sciences.This educational collection delves into one of the most renowned neuro-fuzzy systems, showcasing ANFIS as a powerful tool for problem-solving. Its significance is underscored by the presence of related articles in prestigious publications like Nature and Science, attesting to its recognition within the scientific community. ANFIS is unique in its amalgamation of artificial neural networks and fuzzy systems, harnessing the learning capabilities of neural networks and the inference capabilities of fuzzy systems synergistically. By enrolling in the ANFIS Mastery Tutorial Series, participants not only gain a profound understanding of this innovative methodology but also acquire the practical skills to implement ANFIS models effectively.Upon completion of the course, participants will possess the expertise to translate their newfound knowledge into tangible solutions, empowering them to address complex problems in their respective fields. Moreover, they will be equipped to contribute to the academic discourse by producing high-quality articles based on the ANFIS technique, fostering advancements in diverse domains through the fusion of artificial intelligence and fuzzy logic.