Subject Description Form Subject Code ISE2170/IC2170 Subject Title Appreciation

subject description form subject code ise2170/ic2170 subject title appreciation of manufacturing processes and metrology cred

Subject Description Form
Subject Code
ISE2170/IC2170
Subject Title
Appreciation of Manufacturing Processes and Metrology
Credit Value
4 Training Credits
Level
2
Pre-requisite
ISE2105 or IC2105
Objectives
This subject aims at developing student’s knowledge on technologies
applied in the product development workflow through an integrated
application-oriented learning. The practical use of principles,
operation of different manufacturing processes, measuring techniques
and application of common materials will be involved. It can enhance
student’s recognition of the working principle, process capability
(e.g. accuracy, limitations) and application in order to strengthen
students’ engineering competence.
Intended Learning Outcomes
Upon completion of the subject, students will be able to:
a.
identify working principle and capability of different
manufacturing technologies.
b.
apply proper measuring techniques in different manufacturing
processes
c.
justify appropriate manufacturing processes for specific product
requirements.
d.
collaboratively execute an application oriented training through
group work and discussions and inspires oneself to learn
continuously about current industrial technologies
Subject Synopsis/ Indicative Syllabus
The extent of the training will depend on the nature of the product
that students work on, not all listed activities in Item 3 are likely
to be undertaken for all projects.
1.
Application and Selection of Engineering Materials
2.
Application and Selection of Manufacturing Metrology
3.
Application and Operation of
*
Common Manufacturing Processes for Metal Parts (Casting)
*
Common Manufacturing Processes for Plastic Parts (Injection
Moulding and Rapid tooling)
*
Common Manufacturing Processes for PCBA
*
Processes for Surface Treatment
*
Operation of Common Joining Processes (Sheet Metal and Welding)
*
Operation of Computer-Aided Systems
*
Rapid Prototyping and Production Technologies
*
Reverse Engineering
Teaching/Learning Methodology
Short lectures introduce the principle of different manufacturing
processes and their applications.
Demonstrations provide students with understanding on the operation
procedures of processes involved in the training.
Hands-on activities will be used for students to apply the working
principles that learned in the training.
Assessment Methods in Alignment with Intended Learning Outcomes
Specific Assessment Methods/Tasks
Weighting
(%)
Intended Learning Outcomes
to be assessed
a
b
c
d
1.
Assignment
50



2.
Product Assembly
10

3.
Individual Report
40



Total
100
The assignment is designed to facilitate students to reflect and apply
the knowledge periodically throughout the class.
Product Assembly is designed to facilitate students to show their
group performances, collaboration and problem solving capability.
Written report is designed to facilitate students to show the
recognition and their reflection to the training.
Student Study Effort Expected
Class Contact
Short lectures, Demonstrations, Hands-on Practices and Presentation
120 Hrs.
Other Study Effort
0 Hrs.
Total Student Study Effort
120 Hrs.
Reading List and References
Reading Materials published by Industrial Centre
ISE2170/IC2170: Appreciation of Manufacturing Processes and Metrology
(180124LTC)
24.6.2021 Page | 3