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Enclosure design for Electronics Equipment Introduction
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noc20 ee01 lec01 Introduction to electronics products
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noc20 ee01 lec02 Examples from real life Parts to system
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noc20 ee01 lec03 Common Simulation of flat prismatic parts
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noc20 ee01 lec04 Common flat parts enclosures
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noc20 ee01 lec05 Real life parts to scale on a graph
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noc20 ee01 lec06 Early First steps
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noc20 ee01 lec07 Top down, outside to internals
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noc20 ee01 lec08 Using a print and fabrication video
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noc20 ee01 lec09 Details of displays and keys
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noc20 ee01 lec10 Improvement on marking and skill
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noc20 ee01 lec11 Mass production in sheet metal
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noc20 ee01 lec12 Prototyping of user interfaces for concepts
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noc20 ee01 lec13 Stacking of equipment to make a system
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noc20 ee01 lec14 Recapitualising a sub system
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noc20 ee01 lec15 Off the shelf enclosures and making a user interface
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noc20 ee01 lec16 Looking around for concepts and integration
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noc20 ee01 lec17 Representation on paper
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noc20 ee01 lec18 Example features of surfaces and solids
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noc20 ee01 lec19 Simple and curved surfaces
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noc20 ee01 lec20 Describing inclined surfaces
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noc20-ee01-lec 21-basics of engineering Drawing
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noc20-ee01-lec 22-introduction to sizing and fits
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noc20-ee01-lec 23-practical mechanical assemblies
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noc20-ee01-lec 24-analogous Mechanical - Electronics detailing
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noc20-ee01-lec 25-Solid modelling
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noc20-ee01-lec 26-Importance of dimensioning
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noc20-ee01-lec 27-ease of editing redesign
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noc20-ee01-lec 28-Dimensioning of electronics components
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noc20-ee01-lec 29-2D flat representation
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noc20-ee01-lec 30-Electronics to Mechanical interfacing
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noc20-ee01-lec 31-complexity of 3D assemblies with wiring
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noc20-ee01-lec 32-illustrative simple design
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noc20-ee01-lec 33-practical detailing
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noc20-ee01-lec 34-rendered on screen
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noc20-ee01-lec 35-Fastenings and hardware
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noc20-ee01-lec 36-fastener representation, deatiling
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noc20-ee01-lec 37-practical detailing
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noc20-ee01-lec 38-round up
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Low cost is the key
Description:
COURSE OUTLINE: This course teaches registrants on how to make a working prototype of electronic equipment. Typically most courses have a project component. Beyond demonstrating functionality at a breadboard level, converting it to a viable physical model is not covered in Labs at the UG level. An attempt will be made to layout a system and finally make Drawings that can be used for fabrication in a workshop. Component selection, layout and Assembly will be demonstrated; finally to make a working physical prototype.

Electronics Equipment Integration and Prototype Building

NPTEL
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#Engineering #Electrical Engineering #Art & Design #Design & Creativity #Prototyping #Business #Product Design #Engineering Design #Dimensioning #Programming #Web Development #Web Design #User Experience Design #User Interface Design #User Interfaces #Visual Arts #3D Design #3d Modeling #Solid Modeling
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Enclosure design for Electronics Equipment Introduction