12 Angry Men

City University of Hong Kong

Department of Electronic Engineering

EE3003 Electronic Product Design for BEngECE

Experiment Schedule of EE3003 for Semester A 2007 / 2008

Session Days Time Lab Location+ Lab Supervisors*

L01

L02

L03

L04 Tuesday 13:30 вЂ" 16:20 CPE

AE

GT

DMC HC

QNX

KMW

LFY

+ CPE Control Systems and Power Electronics Laboratory, Room P1404

AE Applied Electromagnetics Laboratory, Room P7822

GT General Teaching Laboratory, Room P1809

DMC Digital and Mobile Communications Laboratory, Room P1803

* HC Prof. Henry S H Chung (Course Examiner) [eeshc@cityu.edu.hk]

QNX Dr. Q XUE [eeqxue@cityu.edu.hk]

KMW Dr. Angus K M WU [eeawueed@cityu.edu.hk]

LFY Dr. L F Yeung [eelyeung@cityu.edu.hk]

Week Date Location Week Date Location

1 4 / 9 / 2007 LT 7 8 23 / 10 / 2007 CPE, AE, GT, DMC

2 11 / 9 / 2007 Canceled 9 30 / 10 / 2007 CPE, AE, GT, DMC

3 18 / 9 / 2007 CPE, AE, GT, DMC 10 6 / 11 / 2007 CPE, AE, GT, DMC

4 25 / 9 / 2007 CPE, AE, GT, DMC 11 13 / 11 / 2007 CPE, AE, GT, DMC

5 2 / 10 / 2007 CPE, AE, GT, DMC 12 20 / 11 / 2007 CPE, AE, GT, DMC

6 9 / 10 / 2007 CPE, AE, GT, DMC 13 27 / 11 / 2007 CPE, AE, GT, DMC

7 16 / 10 / 2007 CPE, AE, GT, DMC 14 4 / 12 / 2007 CPE, AE, GT, DMC

City University of Hong Kong

Department of Electronic Engineering

EE3003 Electronic Product Design

Course aims and objectives

This course aims to introduce students with a clear understanding of the practical design problems of electronic products at an introductory level. The objective is for students to become familiar with the concept of product design, component tolerances, production constraints, safety requirements, and EMC standards are dealt with through a case study.

Intended Learning Outcomes

• Identify and recognize the essential design and production procedures of electronic products.

• Apply fundamental analysis methods and theorems to the solution of the case study.

• Design and implement a prototype for meeting the case study requirements.

• Acquire hands-on experience and problem-solving skills in electronic product design.

• Acquire experience in presenting the design work.

• Form the foundation for the Electronic Product Manufacturing Project, the penultimate part of the industrial training programme run in the summer semester.

Overview of the course schedule

Week 1 - Introduction of the product development cycle and exploration of this EPD course

Week 2 - No laboratory session in the week

Week 3 вЂ" 4 - Submission of product and technical specifications of the starter circuit [Appendix I]

Week 4 вЂ" 6 - Building the starter circuit

Week 7 вЂ" 13 - Designing a test jig and preparations of the bill-of-materials (BOM) [Appendix II] and test plan [Appendix III] for the starter circuit

Week 10 вЂ" 13 - Preparation and submission of the product specification of your own product that will be developed in Semester B [Appendix IV]

Week 14 - Presentation of the prototype of the starter circuit

Your task !

There are two stages in the course. The first stage is in Semester A. Based on a simple circuit shown in Appendix I, the objective of this stage is to let students appreciate the product development cycle. Students are required to go through the procedures of prototyping, PCB fabrication, quality testing, and engineering documentation. The second stage is to let students design their own products, based on a tentative specification given in Appendix II.

Checklist of the assignments

Week Assignments

4 Product and technical specifications of the starter circuit given in Appendix I

6 Demonstration of the functionalities of the starter circuit

13 Demonstration of the functionalities of the test jig for the starter circuit

Submission of the BOM [Appendix II] and test plan [Appendix III]

14 Presentation of starter circuit prototype

Submission of the product specification of your proposed system [Appendix IV]

Budget

Each group has a budget of HK$300.

Appendix I вЂ" Circuit Schematics of the Starter Circuit

Description

The following circuit is a simple burglar alarm circuit.

Copied from http://www.aaroncake.net/circuits/alarm1.asp