Tank Farm Layout & Stress Analysis

The objective of the course is to enhance Teaching Skills via engaging the kids through creative classroom practices integrated with engaged learning and tech framework. The campaign is towards making learning fun and entertaining through the productivity model of learning to learn as a hobby rather than a frequent interval in particular. The policy is to catch them young and innocent and make learning happen. The priority targets towards curing ignorance. The objective of the course is to enhance Teaching Skills via engaging the kids through creative classroom practices integrated with engaged learning and tech framework. The campaign is towards making learning fun and entertaining through the productivity model of learning to learn as a hobby rather than a frequent interval in particular. The policy is to catch them young and innocent and make learning happen. The priority targets towards curing ignorance. The objective of the course is to enhance Teaching Skills via engaging the kids through creative classroom practices integrated with engaged learning and tech framework. The campaign is towards making learning fun and entertaining through the productivity model of learning to learn as a hobby rather than a frequent interval in particular. The policy is to catch them young and innocent and make learning happen. The priority targets towards curing ignorance. The objective of the course is to enhance Teaching Skills via engaging the kids through creative classroom practices integrated with engaged learning and tech framework. The campaign is towards making learning fun and entertaining through the productivity model of learning to learn as a hobby rather than a frequent interval in particular. The policy is to catch them young and innocent and make learning happen. The priority targets towards curing ignorance.

INSTART is a 90-hour online comprehensive applied instrumentation training course which helps instrumentation and control students, technicians, and engineers upgrade their skills and learn everything required to get the best job opportunity in this field. The course, you are about to enroll in, was undertaken to give you a clear view of scientific and engineering topics in the field of Instrumentation through detailed examples using hands on demo and provide numerous problems with their solutions. It is worth mentioning that the course consists both theory and workshop sessions so you understand where the knowledge you’ve gained comes to use. The course can be watched 24/7 wherever you are. You can also view it on mobile devices with the Udemy mobile app.The course instructor is Farzad Lotfi, an experienced senior I C engineer/project manager that has worked on more than 15 projects in the steel, chemical, mine, and oil and gas industries and has trained more than 2500 engineers and technicians all over the world.We will be here for you every step of the way. If you have questions about the course content, you can always post your questions or send us a private message. It will be our pleasure to provide assistance and answer your questions.

The widespread use of wearable devices as part of the IoT paradigm contributes to sensitive data being transferred and stored amongst personal devices (tablets, personal computers, smartphones, etc.). Wearable technologies are gaining high interest specially in authentication and medical purposes being engaged in almost all cyber-physical applications.This course discusses and explains important concepts related to Wearable Technology and its implementation in both research and industry applications. After going through this course, you should be able to learn:- The important concepts related to Wearable Technology and human body communication.- Realize the significance of intra body communication for secure wearable technology.- The importance of inter body communication for distant information transfer between wearables.- The applications of the wearable technology in the health and communication field.- Code implementation of one of the wearables' applications.- An overview about the future of wearables. The highest incentive to take this course is to catch up with the increasing interest in wearable technology. You should be able to design, implement, or even understand different wearables' applications as a kind of smart devices that can monitor user's health, wellness, and safety. Simply, you can use the major concepts learned to create your own team to design an enhanced version of the current smart wearables.

This course empowers educators and caregivers to foster emotionally intelligent and supportive environments where both adults and children can thrive. Drawing on research-based practices, it integrates social-emotional learning with behavioral management, offering tools to transform conflict into growth opportunities and strengthen interpersonal connections.Participants will learn to build a foundation of emotional safety and develop skills to navigate challenging behaviors with compassion and consistency. The course emphasizes the importance of self-regulation, providing strategies for adults to model calmness and guide children through emotional challenges. Through practical activities and reflective practices, learners will cultivate a growth-oriented mindset that sees misbehavior not as something to punish but as a teachable moment to build critical life skills.The framework combines neuroscience, developmental psychology, and relationship-building techniques to nurture self-awareness and empathy. By focusing on connection before correction, participants will discover ways to replace traditional discipline approaches with ones that foster cooperation, accountability, and resilience.Ideal for teachers, parents, and caregivers, this course equips individuals with tools to create environments that are safe, connected, and empowering. By the end of the program, participants will have a clear plan to foster meaningful and lasting change in their relationships and communities, supporting long-term emotional and social well-being for all.

In this course, you will delve into the foundational principles of mathematical modeling, a crucial tool for understanding and solving real-world problems. We begin with the process of abstraction, where you'll learn how to distill complex, real-life situations into manageable mathematical representations. This step is essential in simplifying and isolating the core components of a problem, allowing for a clearer analysis.As you progress, the course will guide you through various modeling techniques, helping you translate these abstracted ideas into concrete mathematical frameworks that you can manage. You will explore different types of models, such as deterministic and probabilistic models, and understand when and how to apply them.The course emphasizes the importance of validating models through practical examples and case studies. You will work on real-world problems, learning how to refine and adjust your models to ensure they accurately reflect the situations at hand. By the end of the course, you will not only be able to create mathematical models but also critically evaluate their effectiveness in solving practical problems.Whether you’re new to mathematical modeling or looking to strengthen your skills, this course offers a comprehensive introduction, equipping you with the tools to approach real-world challenges with confidence and precision

The goal of the course is to understand the different aspects that make up a fire alarm system. We'll go over the history of how fire alarm systems came to be, the historical events that shaped how codes changed through the years for fire alarm systems. It is important to understand the different types of fire alarm systems and how to apply the correct type for your project. We’ll go into the code sections that you should be reviewing and understand that, depending on the location of your project, the local Authority Having Jurisdiction (AHJ) may have some code excerpts that go above standard code minimum.We’ll also talk about the different types of sub-systems that you will encounter for various occupancy types, help understand the difference between a temproal-3 pattern fire alarm system and a voice fire alarm system, along with many other components that make a fire alarm system a fire alarm system. The course also touches on the survivability levels of the fire alarm system cabling / infrastructure and the different types of off-site reporting that is required for every fire alarm system.All topics are high level and designed to help point you in the right direction on where to start when designing your fire alarm projects.