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Induction Generators…, by Prof.Sreenivasa Murthy

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Variable Reluctance (VR) Motors, by Prof.Sreenivasa Murthy

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Induction Generators (contd.’), by Prof.Sreenivasa Murthy

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Switched Reluctance Motor (Contd’), by Prof.Sreenivasa Murthy

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Industry Perspective: Forms of E-Learning, by Prof.Sahana Murthy

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LeD 1.2 Challenges in E Learning, by Prof.Sahana Murthy

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LeD 2.1A: Constructive Alignment, by Prof.Sahana Murthy

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LeD 3.3: Feedback, by Prof.Sahana Murthy

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LeD 4.3B: Modality Principle and Redundancy Principle, by Prof.Sahana Murthy

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LeD 3.2: Contextualized Learning, by Prof.Sahana Murthy

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Visual Communication Strategies for Developing E-Learning Content, by Prof.Sahana Murthy

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LeD 1.3 what is Learner Centric Approach, by Prof.Sahana Murthy

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LeD 4.2A: Selection and Analysis of Effective Technology, by Prof.Sahana Murthy

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LeD 2.2: Promoting Learner Engagement with Content, by Prof.Sahana Murthy

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Industry Perspective: Integrating LC Elements in E-Content, by Prof.Sahana Murthy

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LeD 1.4 Instructional Design in E Learning, by Prof.Sahana Murthy

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LeD 3.4: Collaboration and Peer Learning, by Prof.Sahana Murthy

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LeD 4.1: Brief Recap and What’s Next?, by Prof.Sahana Murthy

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Closing, by Prof.Sahana Murthy

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Course Preview, by Prof.Sahana Murthy

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LeD 3.1: Construct your own Understanding, by Prof.Sahana Murthy

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LeD 4.3D: Segmenting and Personalization Principle, by Prof.Sahana Murthy

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LeD 4.2B: Effective Integration of Technology, by Prof.Sahana Murthy

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LeD 2.3A: Interactive Video, by Prof.Sahana Murthy

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LeD 3.5: Addressing Diversity, by Prof.Sahana Murthy

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Course Format_Learner Centric MOOC (LCM), by Prof.Sahana Murthy

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LeD 2.3B: Learning by Doing (LbD), by Prof.Sahana Murthy

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Industry Perspective: E-Learning Design Process, by Prof.Sahana Murthy

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LeD 4.3C: Coherence Principle, by Prof.Sahana Murthy

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LeD 1.1 E Learning in STEM, by Prof.Sahana Murthy

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