Jabatan Kejuruteraan Automotif
Fakulti Kejuruteraan Mekanikal, Universiti Teknologi Malaysia
Assoc. Prof. Dr. Kamarul Baharin Tawi, C24-FKM, 07-55 34607, 019-7757328, kamarul@fkm.utm.my
Dr. Abd. Rahim Abu Bakar, C24-312, 07 55-34572, 012-9371480, arahim@fkm.utm.my
SMC 4523 - AUTOMOTIVE DESIGN II (SEMESTER II, 2008/2009)
PLANNER
Client Statement
(Need)
Week
1–3
Problem Definition:1. Clarify Objectives
2. Establish User
Requirements
3. Identify Constraints
4. Establish Functions
Verification
Week
4–8
Week
9 – 10
Week
11 – 12
5. Establish Design Specifications
6. Generate Alternatives
Conceptual
Design
7. Model or Analyse Design
8. Test & Evaluate Design
Preliminary
Design
9. Refine & Optimise Design
Detailed
Design
Week
13 – 14
Final Design
(Fabrication
Specifications &
Documentations)
Design Communication:10. Design Documentations
Week 15
(Presentation
& Report)
Product Design
KBT-D:\106750445.doc-3/7/2016
Validation
1
Jabatan Kejuruteraan Automotif
Fakulti Kejuruteraan Mekanikal, Universiti Teknologi Malaysia
Assoc. Prof. Dr. Kamarul Baharin Tawi, C24-FKM, 07-55 34607, 019-7757328, kamarul@fkm.utm.my
Dr. Abd. Rahim Abu Bakar, C24-312, 07 55-34572, 012-9371480, arahim@fkm.utm.my
PROJECT TITLE:Design & Development of a Formula SAE Car
Objectives
To design and develop a Formula SAE Car based international Formula SAE Car
specification.
Background
This is a problem based learning course. Students will be assigned a group design &
development project to be executed & submitted at the end of the semester. Supervision,
monitoring & continuous assessment of the project will be made through out the semester
be the lecturers. Since this is a design & development project, students are expected to be
creative, pro-active & apply all the relevant fundamental first degree knowledge to solve
the given task. Students are expected to read mechanical engineering design books,
articles, journals, papers, magazines, patents & surf the internet during undertaking this
design project. Students are also expected to carry out the design project systematically &
at the same time document the work accordingly. The outputs will be 3D CAD models
using Solid Works & engineering drawings. Students are encouraged to use engineering
software in the faculty’s computer lab such as ADAMS, Nastran/Patran, etc… to help
them do their engineering analysis. Finally, a group presentation will have to be given
accompanied by a full technical report.
[Formula SAE regulations: (http://students.sae.org/competitions/formulaseries/rules/)]
Scope of Project
i.
ii.
iii.
iv.
v.
vi.
Group project of max. 5 students only.
To redesign and rebuild the following subsystems:- Structure & body, Front
suspension, Rear Suspension, Drivetrain and Steering & Braking System.
Based on the previous (Sem. II Session 07/08) work of SMC 4523.
To produce 3D CAD model with engineering drawing for all designed
components.
To come out with a full technical report.
To give a group presentation of the whole project.
Marking Scheme
i.
ii.
iii.
Project Implementation
a) Log Book
b) Project management
c) Team working
d) Work planning & execution
e) Effort & creativity
f) Problem understanding & solution
Project Report
Presentation
KBT-D:\106750445.doc-3/7/2016
5%
5%
5%
10%
10%
5%
40 %
20 %
2