Course Outline
Department
of Electrical and Computer Engineering
North
South University, Bashundhara,
Dhaka, Bangladesh
CSE299
|
Course Number and Title: CSE299 – Junior Design
Credits: 1
SCH
Course Type: Required,
Engineering, Lab
Course
Prerequisite(s): Completion
of at least 60 credit hours including all the major core
courses, math and science courses,
Ethics, Language and Communication related courses.
Instructor(s)-in-charge: Ms. Sharmina Zaman, Senior Lecturer, Room: SAC:1024
Email: sam115fac@gmail.com
Grading policy: (Tentative)
Attendance:
|
20%
|
Beginning of semester
Individual Project proposal and
presentation:
Group Project proposal:
Group Project presentation:
|
5%
5%
5%
|
Weekly design progress:
|
10%
|
End of semester
Project demo:
Project report:
Project presentation:
Technical paper:
|
25%
5%
5%
10%
|
Journal
Regularity:
Quality:
|
5%
5%
|
Total
|
100%
|
Bonus points may be assigned on other
class deliverables
|
Textbook: None
Reference(s):
·
Hyman, Barry, “Fundamentals of Engineering
Design”, 2nd Edition, 2003, Prentice Hall, ISBN-13: 9780130467126 [Available in NSU Library]
·
Dieter, George and Schmidt, Linda C.,
“Engineering Design”, 5th Edition, 2013, McGraw Hill, ISBN-13 9780073398143 [Available in NSU
Library]
The instructor may provide more
learning materials relevant to the topics time to time. In addition, students
will utilize resources available from the worldwide web, device data sheets,
manufacturer application notes, and the NSU Library.
Catalog
Description (Syllabus): Introductory design course to introduce the
basics steps of design project implementation. It will be a multidisciplinary
team work. Each team has to develop a design project, submit a written report
and oral presentation of completed projects. Instructional phase includes (not
limited to): communications, technical report writing, visual aids, design
process etc.
Course Description: This course familiarizes students with the
fundamental principles involved in the design process by doing a real design
that solves a real world problem. Topics include problem identification and
definition, mechanisms of technological problem-solving, design alternatives,
and project planning, implementation, and proper documentation. The influence of
cost, material resources, performance criteria, and relevant ethical and safety
issues will be discussed. All students will work on a design project. Students will be required to keep
a journal of notes detailing their work and how the design process arrives
at the solution.
Journal Policy:
The journal will consist of notes
taken by the student of their work. A portion of the journal could consist of
notes taken during lectures. Another portion of the journal could consist of
notes taken regarding reading assignments from the text. However, the major
portion of the journal should consist of the student’s ideas that the Labs
generate and what you did with those ideas. These ideas should be set off,
starred, asterisked, or otherwise denoted from the rest of the information in
the journal. The journal would consist of a record of how the student’s ideas
progress through the design process. The journal should be kept current;
entries should be dated; and, usually, entries should be made prior to the
student leaving a lab. The journal is to be submitted at the end of the
semester for grading.
Design Project Topics:
• Students
should propose topics of their own.
• Project
topics may also be suggested by the instructor
• The
topics need to be approved by the instructor before the students can begin working
on the projects
• Topics
should be chosen such that the design aspect of the course is fulfilled
• If
possible, project outcomes should include tangible things which can be
showcased in an event.
Student’s Role:
•
Students
will form groups.
•
Each
group will meet the assigned instructor each week during the assigned lab time
(attendance will be taken)
•
Besides
meeting the instructor, the groups should also work on their projects during
the lab time
•
It
is expected that groups will do most of the work at their own free times
outside the assigned lab times.
Instructor’s Role:
• The
instructor will supervise projects on a diverse array of topics, some of which
may be completely out of the instructor’s areas of expertise.
• The
instructor will focus more on project methodology and guide the students
accordingly
• The instructor may give lectures
during some lab times on project development methodologies. Some of the related
topic (but not limited to) would be
-
Creativity
-
Design Process
-
Design Planning
-
How to Write Project Proposal/Reports/Technical
Manuals etc.
Project Proposal:
The project proposal must be written using Microsoft Word
and submitted to the instructor by the due date. The report (6-10 pages) will
consist of:
a)
Description of the problem being solved
b)
Review of existing similar systems
c)
Feasibility study indicating at least two
possible solutions
d)
Solutions adopted and the reasons for that
e)
Detailed diagrams for the complete system and
all subsystems
f)
Explanation of the functioning of the
complete system, and all subsystems
g)
Diagrams drawn using software showing the
layout of the systems
h)
Diagrams drawn using MS Word or MS Visio
showing flow chart for processing
i)
Graphs drawn using MS Excel
j)
Figures and graphs showing inputs and
outputs, as applicable
k)
Tables showing input and output data, as
applicable
l)
Bill of materials required to build the
circuit, and the approximate cost
m)
MS Project charts including Gantt Charts
showing the expected timeline of progress
n)
Bibliography
Project Status Report and Presentation:
At the end of the semester, the current
status of the project will be presented by the group to the entire class using
Power Point slides. This presentation should be between 8-10 minutes, and each
member of the team should present for at least 2 minutes. The slides must be
emailed to the instructor by 11:59 pm the night before. The final status report
(between 10 and 15 pages) will also be due at this time and it should include
the following:
a)
Cover page
b)
Description of the problem solved
c)
Feasibility study indicating at least two
possible solutions
d)
Solution adopted and the reasons for that
e)
Detailed diagrams for the complete system and
all subsystems
f)
Explanation of the functioning of the
complete system, and all subsystems
g)
Figures and graphs showing inputs and outputs,
as applicable
h)
Tables showing input and output data, as
applicable
i)
Bill of materials required to build the system,
and the approximate cost
j)
Suggestions for improvements
k)
Suggestions for future work
l)
Bibliography
Course Policies:
1.
The filenames of all files submitted in Email must begin with group number or student Id and name as
follows:
a.
“Gr 2 – Project Proposal.docx” or “Gr 10 –
Project Proposal Presentation.ppt” or “132945042_Nahid-Akhtar_Homework 1.docx”,
etc.
2.
Academic
Honesty: Students are expected to be honest and forthright in their
academic endeavors. Academic dishonesty
includes cheating, inventing false information or citations, plagiarism,
tampering with computers, destroying other people’s property, or academic
misconduct.
3.
Attendance
Policy: Attendance in classes is integral to the success of a student in
this course. Nevertheless, if a
student needs to miss a class for unavoidable reasons, the student must e-mail the instructor prior to the class period
stating the reason for being absent. In case the student fails to notify
the instructor because of illness or other unavoidable reasons, certification
such as a doctor’s certificate may be necessary to get the absence excused. A
partial unexcused absence may result from the following behaviors:
·
A weak excuse for missing the class for which
a prior e-mail message was sent
·
Coming late or leaving early
·
Disruptive behavior that results in instructor
asking the student to leave for the rest of the period.
Abandoning Course:
Grades F will be recorded for
students who have not fulfilled academic obligations and have not obtained a
grade, and for students who abandon their courses without officially
withdrawing from a course.
Best of luck!
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