Dansk - English

Short version - Full version


Project 2: Concept Development and Redesign (Fall 2010)

Course code : ME-PRJ2-U1
ECTS Credits : 10 Status : Compulsory
Revised : 13/07 2009 Written : 26/01 2009
Placement : 2. semester Hours per week : 10
Length : 1 semester Teaching Language : English

Objective : To acquire skills in concept development and both technical and industrial design, where the quality of the project work is the main issue.

A student who has met the objectives of the course will be able to:

• Use the basic steps of the product development process in a proper manner.
• Be innovative in developing concepts for the industrial design process.
• Describe a technical problem properly.
• Perform a thorough product design, using topics from the related semester courses.
• Select the optimal materials, using the CES EduPack Materials and Processes selection software.
• Carry out the necessary strength of materials calculations for the main parts of the product.
• Produce technical drawings, including assembly drawing, using SolidWorks.
• Use SolidWorks’ Simulation software to validate the technical aspect of the product.
• Evaluate the safety of the product according to known standards.

Principal Content : The project includes concept development, problem solving, function description, materials selection, brainstorming, and technical drawings, together with design and safety calculations.
Teaching method : Introductory lectures. Project work in small groups, including computer simulations, laboratory exercises, use of internet search engines and case studies.
Required prequisites : ME-PRJ1, ME-IND, ME-CAD.
Recommended prerequisites : ME-PRH1
Relations : ME-SPD, ME-DEM, ME-MEC1, ME-MAT1
Type of examination : Oral examination based on a project
External examiner : External
Marking : 7 step scale
Remarks : This project is closely related to the courses in the 2nd semester. It is primarily for students enrolled in the program “Engineering Design & Industrial Innovation”, offered by the Department of Mechanical Engineering.
Teaching material : Lecture notes on CampusNet.
Responsible teacher : Per Valentin Bigum , pevbi@dtu.dk