Foundations of Engineering

📌 Notes / ScriptDesktop Version: https://docs.google.com/document/d/1lX05hTMYB0WRwDgj-iFY2Up5mZCD3Fhm/edit?usp=drive_link&ouid=100280508896591360428&rtpof=true&sd=trueMobile-Readable Format: https://drive.google.com/file/d/1aLn2_fBrlrOAMEs35si_BN7B9cpzOeuL/view?usp=drive_link---00:00:00 Introduction00:15:09 PART I: FOUNDATIONS OF ENGINEERING00:15:11 What Is Engineering?01:17:06 The Engineering Mindset & Process02:35:35 Models, Mathematics & Data04:07:18 PART II: CORE PHYSICAL DOMAINS04:07:20 Mechanics & Structures05:32:45 Materials & Manufacturing06:51:30 Fluids, Heat & Energy08:20:24 Electricity, Electronics & Information09:32:19 PART III: SYSTEMS, SOFTWARE & SOCIETY09:32:23 Systems, Control & Reliability10:34:24 Design, Ethics & Sustainability11:12:54 Integrated Case Studies & The Future---PART I – FOUNDATIONS OF ENGINEERINGChapter 1 – What Is Engineering?1.1 The Nature & Scope of Engineering 1.2 A Brief History of Engineering 1.3 Engineering Disciplines & Specializations 1.4 Engineers at Work: Roles & Responsibilities 1.5 Engineering Successes & FailuresChapter 2 – The Engineering Mindset & Process2.1 Problem Framing & Requirements 2.2 Concept Generation & Creativity 2.3 Modeling, Assumptions & Simplification 2.4 Experimentation, Prototyping & Iteration2.5 Decision-Making Under Constraints 2.6 Working in Teams & Communicating ClearlyChapter 3 – Models, Mathematics & Data3.1 Physical Quantities, Units & Dimensions 3.2 Mathematical Modeling of Physical Systems 3.3 Data, Measurement & Uncertainty 3.4 Using Computers & Simulation 3.5 Optimization & Trade-Off Analysis 3.6 Engineering Economics & Cost EstimationPART II – CORE PHYSICAL DOMAINSChapter 4 – Mechanics & Structures4.1 Forces, Equilibrium & Free-Body Diagrams 4.2 Stress, Strain & Material Response 4.3 Beams, Columns & Structural Elements 4.4 Dynamics, Vibrations & Stability 4.5 Structural Safety, Factors of Safety & Codes 4.6 Case Studies: Bridges, Buildings & VehiclesChapter 5 – Materials & Manufacturing5.1 Classes of Engineering Materials 5.2 Structure–Property Relationships 5.3 Failure Modes: Fatigue, Fracture, Corrosion & Creep 5.4 Manufacturing Processes5.5 Quality, Tolerances & Mass Production 5.6 Case Studies: Aircraft, Consumer Products & InfrastructureChapter 6 – Fluids, Heat & Energy6.1 Fluids & Flow: Concepts and Applications 6.2 Thermodynamics Basics: Energy, Work, Heat & Efficiency 6.3 Heat Transfer: Conduction, Convection & Radiation 6.4 Power Systems: Engines, Turbines & Renewables 6.5 Thermal Management in Everyday DevicesChapter 7 – Electricity, Electronics & Information7.1 Electric Circuits: Voltage, Current & Power 7.2 Electronics: Semiconductors, Devices & Digital Logic 7.3 Sensing & Measurement Systems 7.4 Communication Systems & Networks 7.5 Embedded Systems & the Internet of Things (IoT) 7.6 Case Studies: Smartphones, Medical Devices, Power GridsPART III – SYSTEMS, SOFTWARE & SOCIETYChapter 8 – Systems, Control & Reliability8.1 Systems Thinking & Architecture 8.2 Feedback & Control Basics 8.3 Reliability, Maintainability & Safety 8.4 Risk, Failure Analysis & Resilience 8.5 Complex Socio-Technical SystemsChapter 9 – Engineering Design, Ethics & Sustainability9.1 The Design Cycle & Requirements Revisited 9.2 Human-Centered Design & Usability 9.3 Ethics & Professional Responsibility 9.4 Sustainability, Life-Cycle Thinking & Climate 9.5 Global Engineering, Policy & Regulation 9.6 Case Studies: Boeing 737 MAX, Deepwater Horizon, Green BuildingsChapter 10 – Integrated Case Studies & The Future of Engineering10.1 Integrated Case Study 10.2 Emerging Fields: AI, Bioengineering, Space & Nanotechnology 10.3 Becoming an Engineer: Learning & Career Paths --------🙏 Support the Channel:🔸 Support via UPI: syllabuswithrohit@upi🔸 Buy Me A Coffee: buymeacoffee.com/SyllabuswithRohit