Stride Training

This course introduces the student to the concept of block chain and machine learning 

Welcome to our course on Kohlberg's Theory of Moral Development! 

Over the next few weeks, we'll delve into Lawrence Kohlberg's seminal work, exploring how individuals progress through distinct stages of moral reasoning. From the foundational concepts of moral dilemmas to the intricate layers of ethical decision-making, we'll analyze Kohlberg's stages and their implications in various contexts. Through interactive discussions, case studies, and reflective exercises, you'll gain a comprehensive understanding of how moral reasoning evolves across different life stages and cultures. Prepare to challenge your perceptions, deepen your understanding of ethics, and cultivate critical thinking skills essential for navigating complex moral landscapes.

Learning Objectives:

The Learners will be able to -

1. Define Moral Development

2. Identify Stages of Moral Development

3. Explain the Progression of Moral Reasoning

4. Analyze Moral Dilemmas

5. Compare and Contrast Levels of Moral Reasoning

Artificial Intelligence (AI) has the potential to address some of the biggest challenges in education today, innovate teaching and learning practices, and accelerate progress towards SDG 4. However, rapid technological developments inevitably bring multiple risks and challenges, which have so far outpaced policy debates and regulatory frameworks. UNESCO is committed to supporting Member States to harness the potential of AI technologies for achieving the Education 2030 Agenda, while ensuring that its application in educational contexts is guided by the core principles of inclusion and equity.

Course Teacher : Dr. G. Mythili

Introduction

Dear students in this module we are going to discuss about the anatomy of heart with its clinical importance

 The heart is a muscular organ that serves to collect deoxygenated blood from all parts of the body, carries it to the lungs to be oxygenated and release carbon dioxide. Then, it transports the oxygenated blood from the lungs and distributes it to all the body parts^[1]

• The heart pumps around 7,200 litres of blood in a day throughout the body^[2].
• The heart is situated at the centre of the chest and points slightly towards the left.
• On average, the heart beats about 100,000 times a day, i.e., around 3 billion beats in a lifetime.
• An adult heart beats about 60 to 80 times per minute, and newborn babies heart beats faster than an adult which is about 70 to 190 beats per minute.remaining     Remainings details we will in detail in due course.
  

Traditional teaching methods are being replaced by interactive, collaborative learning environments where critical thinking and problem-solving are emphasized. The role of teachers is evolving from transforming knowledge to facilitators of learning, guiding students through a network of information that is accessible at their fingertips. Keeping this new technological development in view, teachers should be prepared to meet the challenges of the future. In this connection, STRIDE is organizing the Short-Term Professional Development Programme: NEP 2020 and Education 4.0 for faculty of Distance Education Institutions in India.

Gives an overall idea about the embedded systems and application development using Arduino.

This is a 4 credit course to Train the students in visual compositions by using various elements of Design and to make them familiar with the meaning and purpose of Architectural design. The duration of the course will be 3 months from August to December.

for information author detail

The Course will be on the fundamentals of Indian Contract Act 1872

This course covers the basics of bioinformatics software and biostatitics tool.

Welcome to the online course "Introduction to Learning Theories". 

This course aims to provide you with a foundational understanding of learning theories and their applications in education and other domains. This course will provide valuable insights into the diverse approaches to learning. This will help you in understanding how people learn.

Antennas and Antenna Theory has always been a fascinating subject for me, and it is this excitement that leads me to present this tutorial. In my life, I have found that once I thoroughly understand a subject, I am amazed at how simple it seems, despite the initial complexity. This I have found true for a wide range of activities, be it riding a motorcycle, learning about antennas, or understanding physical phenomena such as electromagnetics. With that in mind, I endeavor to write this Antenna Theory website in the simplest of all possible manners.

Specifically, consider this statement: Complexity is not a sign of intelligence; simplify. I have found this to a priceless amount of wisdom. In that regard, one need not know the intricacies of Lebesgue integration or complex integrals involving Cauchy residues in order to fully understand Antenna Theory. In fact, most people who focus on the mathematical intricacies of Maxwell's Equations tend to be poor practicing antenna engineers (probably because they try to write code or derive integrals instead of put a product together). The subject of Antennas is best understood intuitively; this is in stark contrast to the methods in University, where complex math pervades every page. I do not think this approach effectively teaches antenna theory. In these pages you will not find rigorous mathematical analysis which only apply in the simplest of antenna cases (and are ultimately artificial for the real world); I will try to state facts and a minimum of math except where necessary. I also try to avoid making things unnecessarily complicated. For instance, VSWR stands for Voltage Standing Wave Ratio, and sounds very complicated. But it is simply a measure of how much power is reflected from an antenna. Avoiding unnecessary complexity is a lifelong goal of mine.

About me:

I am a practicing antenna engineer, with a PhD in antennas and I have worked for many years in defense, university and the consumer electronics field as an antenna engineer. My dissertation in pdf form is available here: Antenna Arrays: Performance Limits and Geometry Optimization.

For more details visit: Programme details

This module will discuss the issues faced by Persons with disability in their living, learning and work environments. The interventions for the same will also be discussed. 

Let us become aware and act!

Concept of water potential, diffusion, osmosis and Imbibition, Energy Flow, Biologically important molecules, Membrane transport and translocation of water and solutes, Photo physiology and photosynthesis, Respiration and lipid metabolism, Respiration and lipid metabolism, Nitrogen fixation, nitrogen and sulphur metabolism, Phytohormones and Sensory photobiology.

For more details visit to Programme details

This is an IPM courses leading the applied part of Entomology

This unit aims to delve into the intricate relationship between languages and folk traditions in the diverse cultural landscape of India. By examining the ways in which language and folk traditions are intertwined, students will gain a deeper understanding of how language shapes and is shaped by the rich tapestry of Indian folk heritage. Through a combination of theoretical discussions, case studies, and creative projects, students will explore the dynamic connection between linguistic expression and the preservation of cultural heritage in the context of India's folk traditions.

The pursuit of global food security and environmental sustainability has spurred notable progress in agricultural technologies such as precision agriculture, genomics and synthetic biology. Precision agriculture leverages real-time data from sensors, drones, and satellites, in order to enhance the efficiency and effectiveness of crop management strategies enabling the farmers to optimise resource efficiency and reduce environmental impact. Furthermore, the incorporation of artificial intelligence and machine learning enables the utilisation of data-driven decision-making processes, hence enabling the timely identification of diseases and the prediction of yield patterns. The introduction of high-throughput sequencing has facilitated the expeditious and economically viable examination of plant genomes, leading to the elucidation of the underlying genetic foundations of favourable characteristics. Genomic editing methodologies, particularly CRISPR-Cas9, are facilitating the precise and focused alterations of crop genomes. Synthetic biology presents a transformative change through the deliberate design and manipulation of biological elements to boost agricultural productivity. This encompasses the advancement of nitrogen-fixing plants, crops that exhibit resilience to climate extremes, and biofortified types that include enhanced micronutrient content. The utilization of microbial interactions within the rhizosphere exhibits potential in facilitating plant growth, diminishing reliance on synthetic fertilizers, and nurturing soil health. The course deals with all the above technologies plus how their Integration presents unparalleled prospects for augmenting agricultural productivity. However, their successful implementation will necessitate interdisciplinary collaboration, regulatory considerations, and equitable access to ensure that next-generation agricultural technologies benefit all stakeholders involved.

Course credits : 4

Credit hours : 120

This online course tries to explain India's 'Cybercrime Victims' difficulties. Cybercrimes, victimology, legal frameworks, and support systems are covered. Participants will learn about Cyber Risks and how to help cybercrime victims.

Participants will be better prepared to help cybercrime victims and raise Cybersecurity awareness and preparation in India after this session.

For more details visit to the Program Link

This course helps to know about different cell components and their functions, it also imparts fundamental knowledge on the structure and functions of the various systems of the human body. It also helps in understanding the physiology of human systems. 

Whether you are self-taught and you want to bridge the gaps for better productivity, or you need to have competence, this course will skill you up with a solid foundation. Spreadsheet software is one of the most ubiquitous software used in all workplaces including corporate sector, industries, academics, business, and stock market. Learning to competently use this software means adding an esteemed asset to your employability portfolio. During pandemic time digital skills jobs have grown and still expanding much faster than non-digital jobs, make sure to spot yourself ahead of the rest by adding Excel skills to your employment portfolio. This course will help students to understanding the way managers use tools to manage the data to formulate and solve business problems.

This is a three credit course having 16 sessions.

For more information visit the website.

The course is a 4 credit course on Fundamentals of Instrumentation Techniques.

Vedic Mathematics is a super-fast way of calculation. There are just 16 Sutras or Word formulas that solve all known mathematical problems in the branches of Arithmetic, Algebra, Geometry, and Calculus. They are easy to understand, easy to apply, and easy to remember.

 Credit:03

Objectives:To enable the learners to explore the power of Vedic Mathematics.

To make learners strong in Numerical Mathematics.

To enable learners to recognize and understand simple techniques of Arithmetic Calculations.

To train learners to use the ideas of Vedic Mathematics in daily calculations and make those calculations with accuracy and speed.

Course Outcomes: By completing this course, the learner will be able to:

generate tables of any number.

perform difficult calculations speedily.

Learn about Matrices and Determinants, Algebraic equations, partial fractions, data visualization.

Applications of Vedic arithmetic and Vedic algebra. 

Enzymes are an important component of the human body and play an important role in health and are also responsible for some disease states. In this course the participants will study about the various aspects of enzymes. their inhibition and modulation of enzymes in disease amelioration and mitigation. It is a 4 credit course for UG students.

For further details visit program details at 

In this 6-credit course, the learners will delve into the intricacies of intelligent systems—from robotics to AI-driven processes—, the transformative power of smart materials that can adapt and respond to environmental stimuli, and the art of advanced architectural engineering design. These elements, when harmonized, promise groundbreaking solutions that are efficient, sustainable, and user-centric.

In this course you will be learning on different advanced networking technologies.

This course carries  3 credits  with  90 credit hours. 

For more details visit to program detailshttps://drive.google.com/file/d/1yModv5PSRIGtO4IE_iuGji61JNg8xOGV/view?usp=sharing

This course is for 2 credits.  Microbiology is study of microorganisms. It is applied subject that trains the students in practical aspects. This course will cover basics on bacteriology and concept of virology and mycology. After completion you are eligible for jobs in Pharma companies

The aim of the project is to provide scientific and computational knowledge related to various techniques associated with biotechnology.

Unit 1                                                                                                           

Introduction to bioinformatics. Objectives, Application and Scopes, IT in biology, bioinformatics resources on NET, Internet, Word wide web, Web Browsers. Biological databases-Primary, secondary database, Bibliographics, GEN BANK, EMBL, DDBJ, SWISSPROT. Search engine-Entrez, SRS Web Server-NCBI, EBI.

Unit 2

Sequence alignment and applications: Local and Global alignment; Scoring Matrices; Homology and related concepts; Dot matrix; general gap, gap penalty. Dynamic Programming methods for global and local alignments; sequence similarity searching tools – FASTA, BLAST; Statistical and biological significance. Multiple Sequence alignment and applications.

Postcolonialism may be defined, following Robert Young, as the perspective provided by theories that analyze the material and epistemological conditions of postcoloniality and seek to combat the continuing, often covert operation of an imperialist system of economic, political and cultural domination. This course will examine, through the lens of postcolonial theories, major literary and filmic texts that, as John McLeod puts it, have been produced by people from countries with a history of colonialism, primarily those concerned with the workings and legacy of colonialism, and resistance to it, in either the past or the present. The course will use postcolonial theories to discuss the ways in which the literary forms of fiction, film and autobiography both depict and question postcolonial realities in nations ranging from India to Nigeria.

Massive Open Online Courses (MOOCs) have become increasingly popular in recent years, offering a convenient and affordable way for learners from all over the world to access high-quality education.  However, designing, developing, and delivering a successful MOOC is a complex task that requires a deep understanding of instructional design, online learning, and technology. Keeping in view the emphasis given to Online Programmes by NEP 2020, the UGC regulations 2020, and SWAYAM, this programme is being organised to cater to the learning needs of teachers and academics for design, development, and delivery of MOOCs.

This 6-day workshop will provide participants with the skills and knowledge they need to design, develop, and deliver their own MOOCs.

The "Fundamentals of Cybersecurity" course is designed to provide a comprehensive introduction to the essential concepts of cybersecurity. This basic-level course is aimed at equipping learners with foundational knowledge and practical skills to understand and address common cybersecurity threats. The course will be delivered as a Massive Open Online Course (MOOC), adhering to UGC regulations 2022.

1.      Course Objectives

·        Basic Cybersecurity Concepts: Introduce fundamental cybersecurity terms, principles, and practices.

·         Identify Common Threats and Vulnerabilities: Learn about various types of cyber threats, including malware, phishing, and ransomware.

·         Implement Basic Security Measures: Gain skills in implementing fundamental security practices to protect digital information.

·         Evaluate Security Policies and Procedures: Understand how to assess and develop effective security policies.

This course, Applied Ethics: Theory and Practice, is a two-credit course of six weeks' duration. It consists of three modules, each containing two units. The course provides an insightful exploration of ethics as it applies to real-world moral dilemmas. Unlike theoretical ethics, applied ethics focuses on practical decision-making in various professional and personal contexts, offering a framework for addressing contemporary ethical issues. Throughout the course, students will delve into both Western and Indian ethical concepts, critically analyze complex moral dilemmas, and assess contemporary societal challenges such as privacy, surrogacy, and environmental ethics.

As a value-added course for undergraduate students, it enhances their ethical reasoning and decision-making skills, preparing them for careers in fields such as law, medicine, business, social work, and public policy. This course lays a strong foundation for understanding the ethical dimensions of modern societal issues, helping students become thoughtful, responsible citizens and professionals.

Learning Outcomes:

• Understand Applied Ethics: Grasp key principles and differences from theoretical ethics.
• Analyze Ethical Decisions: Apply ethical frameworks to real-world dilemmas.
• Explore Indian Ethics: Study Purusharthas and Nishkama Karma in modern contexts.
• Evaluate Ethical Challenges: Examine issues like surrogacy and digital privacy.
• Develop Ethical Values: Reflect on personal ethics to enhance decision-making.

This course is designed for open learning students seeking to enhance their communication skills for academic, personal, and professional success. It covers fundamental aspects of effective communication, including verbal and non-verbal skills, active listening, and persuasive speaking. Students will also explore intercultural communication and digital communication tools. By the end of the course, students will be able to communicate effectively in diverse contexts, making them better prepared for various real-world scenarios. 

1. Key Cybersecurity Terms

2. Principles of Cybersecurity

3. Common Cybersecurity Threats

4. Best Practices for Cybersecurity

5. Risk Management in Cybersecurity

This course is for the graduate level. It's about basic translation understanding. The course examines translation principles, techniques, and obstacles across diverse linguistic and cultural contexts and resolves these issues and challenges. Source and target languages may be similar or dissimilar. The complexity of the translation process varies depending on the language pair. The complexity arises for various reasons, such as sentence structure variations, grammar variations, contextual ambiguity or lexical ambiguity involved within the sentence, writing style variations, uses of phrases or idioms, use of named entities in the sentences, and cultural variations.

It will also help pursue advanced studies in translation, linguistics, or allied disciplines. It will also provide a thorough overview of the translation process and translation-related techniques, technical tools and machine translation. Machine translation is a subfield of computational linguistics that uses computer software to translate text from one natural language to another. Machine Translation has recently been listed among the top ten most challenging technologies.

It helps learners explore various translation approaches, ethical dilemmas, and technological advancements influencing contemporary translation practices. 

The Energy Storage course is a 4 credit course of 12 week duration.

From portable electronics, to vehicles, and power grids, the need for energy storage is ever-present in modern society. But as technology advances and the demand for energy grows, where will human beings turn next? How will these solutions be developed?

This course examines two very important energy storage applications for the future: grid scale electricity and batteries. Learn about the chemistry and materials science behind these solutions, in addition to the economics that influence their development.

This Course is a 2 credit course of 6 week duration. This course is about the advanced pragmatics of learning a language. From this participants can able to understand the context and meaning.

For more information visit www.pragmatics.com

This is a two-credit course of six weeks duration. It is an awareness course for participants who want to enhance their PowerPoint skills.

For more information click here.