Instructional Design in Corporate Learning and Development

If you have been a teacher , you probably know by now that "One size fits all" is an absolute myth because each student learns differently. All students have different abilities, different learning styles, and preferences etc. This means that as a teacher, you will need to plan instructions keeping the learner profiles in mind to maximize each student's potential.Differentiated instruction (DI) is an educational approach of customizing instructions to meet the needs of each student. DI ensures best learning engagement for every student and does not necessarily translate to extra work for you. In this course, you will learn the skills necessary to differentiate instructions effectively, in order to optimize individual students' learning. You will learn different strategies to identify individual student's needs and learning styles, and plan instructions accordingly to meet those needs. The course will be taught online using examples, videos presentations with explanations, reading materials, case studies and practice quiz. By the end of this course, you will be equipped to effectively differentiate instructions for individual students and make a significant impact.This course is suitable for in service teachers who wish to enhance their skill sets as well those who aspire to become teachers. Also, parents homeschooling their children will find this extremely beneficial. This course will enable you to effectively manage an inclusive classroom, from the comfort of your home and at your own pace.

In this course, we teach analog electronic communication. Analog modulation and demodulation techniques are explained. The following analog modulation topics are taught: Amplitude modulation, Supressed carrier amplitude modulation, phase modulation, frequency modulation. Different demodulation methods are presented for analog modulation techniques. Power calculations are performed, and noisy analog communication is also considered.

This course is the fourth part of the lecture series on ANSYS Workbench software. It takes you through various modules of ANSYS Workbench like Static Structural, Steady-State Thermal, Transient Structural and Transient Thermal Analysis. Various 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. We start with Static Structural Analysis, how to draw basic geometry using Design Modeler and analyze for in ANSYS Workbench like mobile stand, hydrostatic pressure on tank, bathroom mug, crane hook, combination spanner, mechanical wrench, Allen key, torque wrench, bracket analysis, thick cylinder-pressure vessel, hammer and bottle opener. Second section deals with Steady-State Thermal Analysis. Various numericals are solved for like coffee mug, torus pipe and hollow cylinder.Third section is all about the Transient Structural Analysis of fixed beam, cantilever beam and truss bridge. The procedure for solving such type of problem is explained.Fourth section deals with Transient Thermal Analysis of plane and composite rectangular wall, plane and composite cylindrical wall, composite cylinder with insulation, long fins and cooking spatula.Basic version of this course is available in the previous part of this series ANSYS Workbench Tutorials. Advanced version of the courses are also available namely, Advanced Structural Analysis, ANSYS Workbench Tutorials Part-II and ANSYS Workbench Tutorials Part-III. Join those course to learn the basic concepts of these modules and more.

We all love a good story- whether it’s the latest bestselling fiction book or a cheesy soap. And science is full of stories- stories of discovery, of persistence, of hope. Finding these stories can help take your public engagement to the next level, whatever medium you use to communicate.By the end of the session, participants will:- think of their work as a story to be told, rather than a collection of facts- know what makes a story engaging, and how to use this in their own public engagement- consider the audience when structuring their story- have developed their science story, and adapted it to a range of audiencesWhether at a conference, a science festival or in the pub, all scientists need to be able to talk about their work in an engaging and understandable way. This practical, hands-on session will help scientists develop their communication skills, so they are confident talking to diverse audiences in a range of environments.By the end of the session, participants will:- understand what makes someone an engaging speaker- be confident judging whether props, slides etc are appropriate, and using them thoughtfully- have developed a range of ways to include their audience in a presentation, to make it a two-way interaction- be able to handle some common “difficult” situations and audience interactions- take away a short (2 min) presentation they have developed and practiced during the session

This course aims to provide students with the necessary skills and knowledge to excel in Arduino-based automation systems by using the Tinkercad simulation environment. By combining theoretical knowledge with hands-on experience, students will delve into the core concepts of electronics, Arduino programming, and automation principles. This course will provide students with a comprehensive overview of Arduino automation, including both the hardware and software components. It will start with simple principles and progress to complex projects, guaranteeing a thorough grasp of the subject matter. Tinkercad is a robust application that allows users to create, test, and resolve issues with circuits in a virtual environment. By use this application, you will acquire the skills to effectively visualize and refine your automation initiatives prior to their actual execution.Automation is revolutionizing several sectors and impacting daily life. You will get a comprehensive foundation in programming Arduino. This encompasses the tasks of developing and troubleshooting code, using libraries, and applying logical reasoning to govern your systems. Arduino provides a user-friendly and affordable platform for investigating and executing automation applications. Tinkercad enables users to visually develop, model, and improve their ideas, facilitating safer and more convenient learning and experimentation. Upon completion of this course, you will possess the necessary skills and knowledge to confidently design, construct, and program your own automation systems using Arduino. You will be able to use this specialized knowledge in several sectors, such as home automation and industrial applications.

In this course I will first introduce you the the basics of neoliberal globalization from a progressive point of view and then share some strategies of using this knowledge to read, teach, and write about literature.Most literature is produced within a cultural, political, and economic context and one cannot really teach or write as a progressive teacher or a writer without, at least, a cursory knowledge of the system within which our identities are produced. This course, therefore, aims to focus on the current regime of neoliberal capital and offers knowledge and strategies to function as critically aware citizens and scholars within this system. Here are some of the things you will learn:Basic understanding of neoliberal globalization.The impact of neoliberalism on our identities.Methods of using this knowledge to teach literature and to write about literature.Besides the video lectures, the course includes textual resources, links to longer and more detailed videos, and links to the resources on my website. I am also open to any suggestions that you might have and would incorporate them as and when I revise this course. So, please feel free to reach out to me through the course messaging system with your questions, queries, and suggestions.