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This course offers a comprehensive understanding of the unified concepts of real-time controls and peripheral interfacing using the 8051 microcontroller. It introduces the fundamentals of real-time embedded systems, focusing on deterministic behavior, timing constraints, and event-driven execution. Students will study how real-time control principles are implemented through the 8051’s architectural features, including timers/counters, interrupt structure, I/O ports, and serial communication modules.The course highlights the practical aspects of designing embedded applications by integrating various sensors, actuators, and external devices with the 8051. Learners will explore interfacing techniques for key peripherals such as LEDs, switches, seven-segment displays, LCDs, ADC/DAC devices, stepper motors, and DC motors. Emphasis is placed on writing efficient assembly and embedded C programs that manage real-time events, ensure accurate timing, and maintain system reliability.Hands-on laboratory sessions strengthen students’ ability to configure hardware, debug programs, and build fully functional real-time control systems. Through mini-projects and guided experiments, learners develop a unified perspective that links hardware features with real-time software design. Upon completion, students will be equipped with the skills necessary to design, implement, and test embedded applications used in automation, robotics, instrumentation, and IoT-based systems. This course will be useful for the students to do project in application oriented areas.

كورس دينامو الانشائي المستوي الثاني هو كورس بيهدف الي تطوير مهارتنا في دينامو وعمل امثلة اكثر تعقيدا عن المستوي الاولالكورس بيركز علي عمل التسليح باستخدام دينامو الكورس هنتعلم فيه ازاي نقسم الفكرة الي اكثر من سكربت دينامو وننجح اننا نعمل كل جزء علي حدي لاكمال الفكرة ككلالكورس كمان هنشوف فيه افكار اكثر عملية وتعقيدا عما سبقDynamo Structure Level 2 course aims to improve your skills in Dynamo by making much more complex examples than level 1The course focus on making reinforcement using DynamoWe will learn in this course how to divide your idea into multiple Dynamo scripts, then start to make each script to complete the whole ideaIn this course, we will make examples much more complex and useful than level 1

Embark on a thorough exploration of Artificial Intelligence (AI) in this meticulously designed course, suitable for both beginners and intermediate learners. Covering a diverse range of topics, it establishes a strong foundation in AI theory and algorithms while also delving into practical applications.Commencing with an overview of AI and its techniques, participants will delve into problem-solving approaches, encompassing both theoretical concepts and real-world implementations. Dive into engaging toy problems like Tic-tac-toe and the Travelling Salesman Problem to gain hands-on problem-solving experience.Detailed lectures will introduce participants to general search algorithms, both uninformed and informed search methods, and adversarial strategies using game theory, including the Mini Max Algorithm. Additionally, the course explores Constraint Satisfactory Problems (CSP) and the pivotal role of intelligent agents in decision-making processes.Understanding knowledge representation is vital in AI, and this course provides comprehensive coverage. From foundational propositional and predicate logic to advanced techniques like knowledge representation using rules, semantic nets, and frames, participants will gain insight into how AI systems store and process information.As the course progresses, participants will delve into uncertainty in knowledge and reasoning, explore machine learning algorithms, and grasp the fundamentals of expert systems. By course completion, participants will possess a firm understanding of AI theory and practical skills applicable to real-world scenarios.Whether you're a student, professional, or enthusiast, this course empowers you with the knowledge and tools to navigate the dynamic field of Artificial Intelligence confidently. Join us on this educational journey and discover AI's potential to revolutionize industries and shape the future.

This course covers information about1- Defining the engineering site.2- The quality of the technical work of the constructional paragraphs.3- Engineering management.4- Financial management.5- Engineering health and safety.6- Communication at the engineering site.7- Risk management.This information was collected from many sources (books and websites) and summarized in order to facilitate finding engineering information that is concise and understandable and useful. The recipient has to expand the search area for accurate engineering information because of its impact on work.The benefit of the abbreviated engineering courses is to limit the information and present it in detailEngineering information is required in our time, which is very present in the labor market, and it has a positive impact on the formation of skills for the engineer. With the passage of time, sufficient experience is formed to become a competent engineer in the labor market.We always see a lack of information among students due to the traditional curricula, so the courses are the solution in covering the lack of information and creating an information base on which the beginner can rely in work, study and research.Attention to the technical and engineering details on the site is very important and students should learn them in the academic stage and for their ease of understandingUsually, students neglect this information, and when entering the labor market, they will be faced with the barrier of work and scrutiny, which generates a negative view of the engineer, and here lies the benefit of learning early before entering the engineering sites.

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 show structural design of a slab with 3m cantilever. First of all we will review and study the architectural plan of the project then we will prepare the structural plan of the slab to import it into ETABS and SAFE using AutoCad. After this we will on the determination of the slab thickness. Also we will check the deflection of the slab on short term deflection and long term deflection with existence of glasses wall so the deflection must be checked well to prevent cracked and glass break. In addition to choose the best material of this project with the necessary reinforcement needed for this flat slab. Finally we draw the structural executive plans of this slab using AutoCAD. We study the need of using drop beam or deep beam and we will the design this beam if necessary using a very important software custom for beam design

Hello aspiring FE exam takers!The Fundamentals of Engineering (FE) exam is generally the first step in the process to becoming a professional licensed engineer (P.E.). It is designed for recent graduates and students who are close to finishing an undergraduate engineering degree from an EAC/ABET-accredited programThis course will give you an idea of the kind of questions asked in the FE Electrical and Computer exam. New questions added weekly! New Sections/topics added monthly! Complete the tests as a practice for the FE exam. Only the free FE exam handbook needed for reference. No extra material necessary.HOW IS THIS COURSE DIFFERENT?1. Unlike other courses that have a fixed set of questions, this course is updated every month! Keep taking, retaking the tests with new questions and sections.2. Each tests has some theoretical and conceptual based questions that give an indication of how well you know your basic concepts.DISCLAIMER: This is a test-only course. Questions may not be directly from past exams, but serve as a practice test to aid in exam preparation.Topics covered include but not limited to:Core mathematicsProbability Electrical materialsElectromagnetic theoryCircuit analysis Linear and Non Linear systemsPower and System electronicsControl Systems and theoryCommunication and Signal processingComputer Networking and SystemsDigital systemsSoftware DevelopmentHardware managementEconomics, EthicsWith over 250 questions currently available and more sections and questions added every month. Get a copy of the NCEES FE Reference Handbook (NCEES Handbook). Use it as you solve the problems in this test series