Ask Question, Ask an Expert


Ask Mechanical Engineering Expert

Assignment 1: Product and Engineering Design Review

8 x product engineering and design review; 3 pages per item which must contain a brief description of the product then delve into concepts such as materials selection, manufacturing methods, life cycle analysis, recyclability and overall product appeal.  Focus mainly of consumer items such as iPods, coke bottles, running shoes etc.  Four of the items must be made of multiple parts in which you are to deconstruct/disassemble a sample of the product.

Assignment 2: Product Development Group Assessment

Background: you are a group of engineering designers contracted to design and build a prototype of a low cost foosball table. You must do background research, design and build a prototype for the project investors in nine weeks. Your prototypes must be virtual and physical as a design review will be held in week 5 of the project to assess progress.

Design and construction of a Foosball Table: Must be of regulation size (for you to determine) and contain 11 players per team, the height of the table must be determined but keep ergonomics in mind.

Materials, the bulk of the table must be made from cardboard (or fully recyclable materials) as per online exs, the players can be produced via any means (3D printing will be made available), and all materials must be recycled or have the ability to be recycled.  A ball will be provided for play and evaluation during week 9. Production methods of the prototype are completely up to the group, but remember you are pitching to investors for your design. A group presentation which relates to assignment 2.

The table must be able to support a 25kg weight over one corner of the table and survive a minimum of 3 games of foosball (up to 11 points each game). Ability for the table to meet this must be addressed in the design review and proven.

The report must contain full design review including a justification of all materials used, a review of Design For X principles used in design and build of table (eg. assembly, shipping, repair etc etc). A full list of production and assembly drawings must be included.  A FMEA also must be included and how issues identified where overcome. Also marks will be awarded for style, design, creativity and innovation.  The report must be a professional PDF report submitted to Cloud Deakin.

Cost: 3D printing will be provided up to $50 per team, all other materials needed are to be provided by the teams, and no more than $100 per team should be spent. A budget justification will be needed in final report.

Assignment 3: Individual Performance Related to Group Project

Based on peer review related to assignment 2:

Each group member will carry out a review of the group’s performance and the people in their group. This will be based upon team work, level of personal contribution and overall outcomes. This will be conducted via Cloud Deakin.

Based on individual report related to assignment 2:

This report will look at your personal contribution to the group project, what you learnt, how you overcame problems as well as assessing your level of contribution. This will be conducted via Cloud Deakin.

Based on individual performance related to group presentation and performance:

This will be assessed by a panel looking at your contribution during the project and also performance during project presentations. Aspects such as professionalism, Knowledge and problem solving will be assessed.

Mechanical Engineering, Engineering

  • Category:- Mechanical Engineering
  • Reference No.:- M9416

Have any Question? 

Related Questions in Mechanical Engineering

Infinite bandwidth multiple-access channel find the

Infinite bandwidth multiple-access channel. Find the capacity region for the Gaussian multiple-access channel with infinite bandwidth. Argue that all senders can send at their individual capacities (i.e., infinite bandwi ...

Distributed data compression let z1 z2 z3 be independent

Distributed data compression. Let Z1, Z2, Z3 be independent Bernoulli(p). Find the Slepian-Wolf rate region for the description of (X 1 , X 2 , X 3 ), where

Application standing wave ratio and minima and maxima on

Application: Standing wave ratio and minima and maxima on the line. A line has a characteristic impedance Z 0 = 50 Ω and a load R = 25 Ω. Calculate: (a) The standing wave ratio on the line. (b) If the voltage at the load ...

Application lambda4 transformer a two-wire transmission

Application: λ/4 transformer. A two-wire transmission line has characteristic impedance of 300 Ω and connects to an antenna. The line is long, the antenna has an impedance of 200 Ω and operates at a wavelength of 3.8 m. ...

For a natural gas with a molar analysis of 40 pentanec5h12

For a natural gas with a molar analysis of 40% pentane(C5H12), 35% methane (CH4), and 25% propane (C3H8), determine the enthalpy of combustion, in KJ/kmol of mixture, at 25 Degrees C, 1 atm, assuming water vapor in the p ...

Joint angles and angular speeds are the two basic

Joint angles and angular speeds are the two basic measurements used in the direct (low-level) control of robotic manipulators. One type of robot arm uses resolvers to measure angles and differentiate these signals (digit ...

The power input to a dc shunt motor during rated-load

The power input to a d c shunt motor during rated-load conditions is 100 W. The rotor speed is 2000 r/min, and the armature voltage is 100 V. The armature resistance is 2 Ω and R f = 200 Ω . Calculate the no-load rotor s ...

Noise constitutes a pure stochastic signal and is therefore

Noise constitutes a pure stochastic signal and is therefore "totally non-periodic" (a) Examine the amplitude and phase spectra of noise. Is the spectrum continuous? Do amplitude and phase spectra display stochastic behav ...

Assume that a woman must breathe a constant mass rate of

Assume that a woman must breathe a constant mass rate of air to maintain her metabolic processes. If she inhales and exhales 16 times per minute at sea level, where the temperature is 59°F (15°C) and the pressure is 14.7 ...

Consider the constant-voltage bridge shown in figure

Consider the constant-voltage bridge shown in Figure 4.31a. Suppose that the bridge is balanced with the resistors set according to Now, if the active element R1 increases by δR1, what is the resulting output of the brid ...

  • 4,153,160 Questions Asked
  • 13,132 Experts
  • 2,558,936 Questions Answered

Ask Experts for help!!

Looking for Assignment Help?

Start excelling in your Courses, Get help with Assignment

Write us your full requirement for evaluation and you will receive response within 20 minutes turnaround time.

Ask Now Help with Problems, Get a Best Answer

A cola-dispensing machine is set to dispense 9 ounces of

A cola-dispensing machine is set to dispense 9 ounces of cola per cup, with a standard deviation of 1.0 ounce. The manuf

What is marketingbullwhat is marketing think back to your

What is Marketing? • "What is marketing"? Think back to your impressions before you started this class versus how you

Question -your client david smith runs a small it

QUESTION - Your client, David Smith runs a small IT consulting business specialising in computer software and techno

Inspection of a random sample of 22 aircraft showed that 15

Inspection of a random sample of 22 aircraft showed that 15 needed repairs to fix a wiring problem that might compromise

Effective hrmquestionhow can an effective hrm system help

Effective HRM Question How can an effective HRM system help facilitate the achievement of an organization's strate