Module 1 – Introduction to Engineering Drawing Lecture 1: Introduction to Engineering Drawing Lecture 2: Introduction to Engineering Drawing Instruments Lecture 3: Types of Lines and Dimension styles Lecture 4: Letter writing style Lecture 5: Writing of Letters and Numbers Lecture 6: Geometrical Constructions Module 2 – Engineering Scales Lecture 7: Introduction to Engineering Scales […]
🌟 Lecture 1.2 – Introduction to CAMD Computer Aided Machine Design and Drawing Hardware, Software, and Industry Standards for 2026 By Dr. Vijay Kumar Karma, IET DAVV, Indore 🔹 Conventional Design Process Recognizing the need of a product Problem definition and specification Synthesis & Geometric Modeling Analysis & Optimization (Engineering Analysis) Design Review & Evaluation
Machine Design is the practical application of mechanics of machinery to the design and construction of machines and structures. It involves applying scientific laws and engineering principles to create efficient, safe, and economical machines.
Module 1 – Introduction to Machine Design and Classifications Lecture 1: Introduction to Machine Design Lecture 2: Introduction to Engineering Materials [Ferrous Metals] Lecture 3: Introduction to Engineering Materials [Non-Ferrous Metals] Lecture 4: Introduction to Engineering Materials [Non-Metals] Lecture 5: Introduction to Engineering Material Properties Lecture 6: Introduction to Stresses in Machine Members Lecture 7:
Lecture 1.1: Introduction to Machine Design Click for video Lecture Lecture 1.2: Introduction to Computer Aided Machine Design Lecture 2: Engineering Materials and Their Properties Lecture 3.1: Manufacturing Considerations in Design Lecture 3.2: Limit Fits and Tolerance (Dmension) Lecture 3.3: Surface Roughness Lecture 3.4: Preferred Series Numbers Lecture 4: Stresses and Factor of Safety Lecture
University libraries provide access to conference proceedings and industry case studies through specialized online databases. These resources can be accessed remotely via library proxy servers by logging in with valid student or faculty credentials.
To perform quick, advanced data analyses, combine core features like Power Query, PivotTables, and dynamic formulas with VBA macros or Office Scripts. Automating repetitive tasks and complex lookups dramatically speeds up data preparation and business insights.
AutoCAD is the industry standard for 2D drafting and 3D modeling, allowing engineers, architects, and drafters to create precise technical drawings digitally. It replaces traditional stencils with exact, scalable geometry and automated tools for annotations, layers, and documentation.
The choice between ANSYS, Abaqus, and COMSOL depends entirely on the nature of your engineering or research project.
All three are history-based parametric modelers, but they are built for entirely different industries, assembly complexities, and corporate scales.
Validating a CAD model or physical calculation requires translating real-world phenomena (voltage, force, pressure, temperature) into clean digital data. Reaching this standard involves mastering the complete signal chain: Sensors/Transducers, Signal Conditioning, Analog-to-Digital Conversion (ADC), and Software Integration.
The tutorials and frameworks below outline how to use AutoCAD for drafting, SolidWorks for 3D engineering design, and how to execute a standard Product Design Workflow. 1. Product Design Workflow (The Industrial Standard) Every manufactured hardware product moves through a structured, iterative layout pipeline. Skipping these phases often leads to costly manufacturing mistakes: 2. AutoCAD
Mathematical modeling and simulations are essential in engineering and science. Here is a comparison of three powerful resources: ### 1. MATLAB: MATLAB is a high-performance language for technical computing. It integrates computation, visualization, and programming in an easy-to-use environment. It is widely used in industry but requires a paid license. ### 2. GNU Octave: Octave
