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 and Indian Institute of Science Bangalore via YouTube
Overview
Syllabus
Enclosure design for Electronics Equipment Introduction.
noc20 ee01 lec01 Introduction to electronics products.
noc20 ee01 lec02 Examples from real life Parts to system.
noc20 ee01 lec03 Common Simulation of flat prismatic parts.
noc20 ee01 lec04 Common flat parts enclosures.
noc20 ee01 lec05 Real life parts to scale on a graph.
noc20 ee01 lec06 Early First steps.
noc20 ee01 lec07 Top down, outside to internals.
noc20 ee01 lec08 Using a print and fabrication video.
noc20 ee01 lec09 Details of displays and keys.
noc20 ee01 lec10 Improvement on marking and skill.
noc20 ee01 lec11 Mass production in sheet metal.
noc20 ee01 lec12 Prototyping of user interfaces for concepts.
noc20 ee01 lec13 Stacking of equipment to make a system.
noc20 ee01 lec14 Recapitualising a sub system.
noc20 ee01 lec15 Off the shelf enclosures and making a user interface.
noc20 ee01 lec16 Looking around for concepts and integration.
noc20 ee01 lec17 Representation on paper.
noc20 ee01 lec18 Example features of surfaces and solids.
noc20 ee01 lec19 Simple and curved surfaces.
noc20 ee01 lec20 Describing inclined surfaces.
noc20-ee01-lec 21-basics of engineering Drawing.
noc20-ee01-lec 22-introduction to sizing and fits.
noc20-ee01-lec 23-practical mechanical assemblies.
noc20-ee01-lec 24-analogous Mechanical - Electronics detailing.
noc20-ee01-lec 25-Solid modelling.
noc20-ee01-lec 26-Importance of dimensioning.
noc20-ee01-lec 27-ease of editing redesign.
noc20-ee01-lec 28-Dimensioning of electronics components.
noc20-ee01-lec 29-2D flat representation.
noc20-ee01-lec 30-Electronics to Mechanical interfacing.
noc20-ee01-lec 31-complexity of 3D assemblies with wiring.
noc20-ee01-lec 32-illustrative simple design.
noc20-ee01-lec 33-practical detailing.
noc20-ee01-lec 34-rendered on screen.
noc20-ee01-lec 35-Fastenings and hardware.
noc20-ee01-lec 36-fastener representation, deatiling.
noc20-ee01-lec 37-practical detailing.
noc20-ee01-lec 38-round up.
Low cost is the key.
Taught by
IISc Bangalore July 2018
