Project Introduction:
Reverse engineering is the process of taking something apart and analyzing its workings in detail, usually with the intention of understanding its structure, function, and operation. Josh and I selected lights for the car because of the criteria listed in the decision matrix and also what we thought the car was lacking. The car has small headlights, so the driver probably would not have great vision at night with the original lights. We decided the best way to give the drive more light would be to add some off road style lights that provide lots of light.
Reverse engineering Summary:
The first stage of reverse engineering is Visual Analysis. In this stage nothing is taken apart and the object is just observed with eyes. I did exactly this, I observed the car and made guesses to how the individual parts interconnect, as well as recording key aspects of the car.
The second stage is functional analysis, in this stage, a non-destructive functional analysis is performed. First, the product’s purpose is identified. Next, observations are made to determine how the product functions. These observations are recorded in detail with annotated sketches, with all visible components labeled. A hypothesis is devised to describe (in detail) the sequential operation or function of the device using the sketch as a reference. Lastly, the system’s inputs and outputs are listed and a black box model is created. In this stage I made in depth hypothesizes about specific parts of the car and how they function. i also filled in a black box model to further explain the inputs and outputs of the vehicle.
The third and final stage is structural analysis. This is the stage where the object is actually taken apart, the connections of parts and inter-workings are recorded, and anything worth noting is made known. In this stage I disassembled the entire car and recorded observations on specific pieces (For example the axle connector rod).
The second stage is functional analysis, in this stage, a non-destructive functional analysis is performed. First, the product’s purpose is identified. Next, observations are made to determine how the product functions. These observations are recorded in detail with annotated sketches, with all visible components labeled. A hypothesis is devised to describe (in detail) the sequential operation or function of the device using the sketch as a reference. Lastly, the system’s inputs and outputs are listed and a black box model is created. In this stage I made in depth hypothesizes about specific parts of the car and how they function. i also filled in a black box model to further explain the inputs and outputs of the vehicle.
The third and final stage is structural analysis. This is the stage where the object is actually taken apart, the connections of parts and inter-workings are recorded, and anything worth noting is made known. In this stage I disassembled the entire car and recorded observations on specific pieces (For example the axle connector rod).
Define a Problem:
Group Norms: Jeremy completes: 1, 2, 4, 5, 6, and 8. Josh completes: 1, 2, 3, 7, and 8. We will communicate via email and copy and paste group deliverables from each other`s websites.
Generate Concepts:
Ideas: Headlights, trailer, pick-up camper, light bar, crane, rear view mirrors.