Introduction to ENSC 305W/440Wwhitmore/courses/ensc305/pdf... · My phone number is 604-319-2709...
Transcript of Introduction to ENSC 305W/440Wwhitmore/courses/ensc305/pdf... · My phone number is 604-319-2709...
Introduction to ENSC 305W/440W 1 of 34
Introduction to ENSC 305W/440W
© Steve Whitmore
January 2016
“We suffer to learn.”
–Aeschylus (c. 525-456 BC)
Introduction to ENSC 305W/440W 2 of 34
Learning Objectives
At the end of this module, you will understand how ENSC 305W/440W is organized and graded.
In addition, you will have started to consider some basic issues related to sanity:
• You are crazy to take these courses
• You are insane to want to be an Engineer
• The course instructors and TAs are also certifiable
• My commitment papers to Riverview Psychiatric Hospital are hanging on my office wall
Introduction to ENSC 305W/440W 3 of 34
Rumours What have you heard about ENSC 440W?
“In my opinion, ENSC 440W has provided me with the opportunity to work more than eight hours after school each day and show up in SFU seven days a week.”
–Patrick Pun, 2000
“The technical and interpersonal communication challenge of working on a project from its inception to full completion makes ENSC 440W one of the most valuable courses that I have taken so far.”
–Veljko Jovanovic, 2000
Introduction to ENSC 305W/440W 4 of 34
Selected Previous Projects The ENSC 305W/440W website has 17 years of projects archived on it.
Search for keywords related to your project.
Be cautious as the documents vary greatly in quality and the
examples rarely match the rubrics.
• Ultrasonic measuring system
• Refreshable Braille display
• Dissolved oxygen sensor (for Environment Canada)
• Solar Panel De-Icer (for BC Hydro)
• Small heart imaging system
• Venipuncture site locator
• Electronic counter-sniper system
• Bacteria classification assistant
• Electronic cat toys/automatic cat feeders (yawn)
• Shopping cart following and/or checkout systems (ad nauseam)
Introduction to ENSC 305W/440W 5 of 34
Just How Crazy is 305W/440W?
Gordon Morrison, David Lee, &
Kevin Maier demonstrating their
Solar Powered Hot Dog Cooker.
Introduction to ENSC 305W/440W 6 of 34
Even More Crazy!Chris Martens, Raul
Fernandes, Reena
Bhullar, and Tania
Kwan demonstrating
their Motorcycle
Headlight System.
Introduction to ENSC 305W/440W 7 of 34
Crazier Yet?
http://youtu.be/dqSeh4C7vZw
Arta Ahrabi, Chakaveh Ahmadizadeh,
Ibrahim Appiah, Wael Jendli, &
Ahmed Medhioub demonstrating their
Smart Bicycle Helmet System.
The Best Crazy Project So Far?
Introduction to ENSC 305W/440W 8 of 34
Faisal Emami, Terry Hannon, Jane Horton, Alex Naylor, Jeffrey Shum, & Mike Thiem:
The ENSC 305W Grow-Op!
Choose a Project that Will Wow Us
The Wow factor is very important when demoing a new
idea/product to those who might consider funding it.
Andrew wants to see something he describes as Sexy.
Being more classically inclined, I want to see what
Aristotle described as Spectacle.
Introduction to ENSC 305W/440W 9 of 34
Introduction to ENSC 305W/440W 10 of 34
Accreditation Issues
ENSC 305W/440W provides the ENSC Senior Design
Project as required by CEAB (Canadian Engineering
Accreditation Board).
ENSC 305W/440W is also certified as the ENSC upper
division Writing Intensive Course as required by SFU.
Both have implications for how these courses are
designed and our expectations for how the assignments
must be completed. Mediocrity is not rewarded.
Introduction to ENSC 305W/440W 11 of 34
Purpose of ENSC 305W/440W
To demonstrate what you have learned over the past 4 years by asking you to undertake a significant design project that expects you to integrate many of the skill sets you have learned:
• Oral and written communication
• Persuading and informing
• Graphic design and human factors
• Critical and creative thinking
• Teamwork and interpersonal skills
• Entrepreneurial and project management skills
• Social, environmental, and ethical concerns
• Engineering design and technical skills
Introduction to ENSC 305W/440W 12 of 34
Method for ENSC 305W/440W Guided by a few lectures on selected topics, you are
expected to simulate a start-up company focusing on the
proposal, research, analysis, design, and development of a
project of interest to you.
Ideally, the project will also meet a social need and will
have the potential for a marketable product.
Initially, you will need to come up with the following:
• A project of interest and merit
• A team of individuals interested in the project
• A company name and logo
• A source of funds
Treat 305W/440W like a ½-time job rather than a course.
Introduction to ENSC 305W/440W 13 of 34
Some Advice for 305W/440W
Look for a problem, then find a solution – GOOD!
Find a technology and then fit it to a problem – BAD!
The key point here is for you to learn a sound approach to
the engineering design process.
Introduction to ENSC 305W/440W 14 of 34
Names and Logos
Introduction to ENSC 305W/440W 15 of 34
How to Contact Me My office is ASB 9870 (I am usually in on Tuesdays and
Fridays – feel free to drop by).
My e-mail address is [email protected] (contact me via e-
mail with questions relating to the course or to set up an
appointment to see me).
My phone number is 604-319-2709 (C). Only for
emergency use.
All course materials are provided on the website:
http://www2.ensc.sfu.ca/~whitmore/courses/ensc305/
Usually posted 1-2 days after the lecture.
Introduction to ENSC 305W/440W 16 of 34
ENSC 440W/305W and TAs Andrew Rawicz ([email protected]) teaches ENSC 440W, but
the two courses are closely integrated and the assignments overlap significantly.
50% of your grades for the two courses combined are based upon documentation (305W-1: 90%; 440W-4: 40%).
Treat the two courses as a single 5 credit course.
TAs provide technical expertise and document/presentation grading: • Jamal Bahari ([email protected]) – Proposals
• Mahssa Abdollahi ([email protected]) – Functional Specs
• Mona Rahbar ([email protected]) – Design Specs
• Hsiu Yang Tseng ([email protected]) – Design Reviews
• Soroush Haeri ([email protected]) – Progress Reports
Introduction to ENSC 305W/440W 17 of 34
Attendance We meet from 08:30-10:20 on Fridays in WMC 3520.
Attendance will be taken. Late arrival will be penalized.
Those currently taking PHYS 421 must attend hour 2 of the lectures.
Attendance to ENSC 305W is mandatory with the following exceptions:
• Only those who are taking an honors option (i.e., must write a thesis)
are required to come to the thesis lecture. Attendance is taken, and
doughnuts/coffee/tea is supplied. Undergrad Assistant attends.
• Everyone is allowed one unexcused absence (not including thesis
lecture). After that, you lose 50% of your professionalism grade for
every absence (3 missed classes = 0). A doctor’s note, etc., is
required. I verify these.
• WHY? Both ENSC 305W and 440W have a limited number of
classes. Your attendance serves as a proxy for professionalism.
Under no circumstances sign in for an absent team member as
academic integrity penalties are applied to both people.
Introduction to ENSC 305W/440W 18 of 34
Topics Covered in ENSC 305W
Time management and team meetings
Creative thinking and the design process
Writing project documents: engineering journals, proposals,
functional and design specifications, test plans, post-
mortems, progress reports, meeting minutes, user manuals
Collaborative writing and listening skills
Dispute resolution and group dynamics
Review of sentence style (via user manuals)
Team oral presentations (Design Reviews and Demos)
Introduction to ENSC 305W/440W 19 of 34
305W ScheduleDate Material/Tasks
Week 1Introduction, Creative Thinking (notes on website)
Guest Speaker: Lukas-Karim Merhi, 305/440 Flashback
Week 2Time Management, Meetings, Proposals, Progress Reports,
Engineering Journals, Rubrics, Teamwork Inventory
Week 3Group Dynamics, Collaborative Writing, Dispute Resolution,
Specifications
Week 4 Listening Skills, User Manuals, Style Review
Week 5 Thesis Proposals and Theses (Honors only). Room & Time TBA.
Reading Break Independent Work
Weeks 6-8 Design Reviews (TBA)
Weeks 9-11 Independent Work
Week 12 Post Mortems, Team Presentations, Course/Instructor Evaluations
Apr 04-Apr 22 Demonstrations (TBA)
Scheduling Design reviews will be scheduled in early February for Late
February meetings.
Demos will be scheduled in March for the April demos. You
will be required to select at least 3 alternative times/dates.
Any demos after April 22 will have a DE recorded for ENSC
305W/440W. If you hope to graduate in the Summer
semester, you must demo before that date.
At the discretion of the instructors, late completion penalties
may apply to demos taking place after April 22, unless
extenuating circumstances are involved.
Introduction to ENSC 305W/440W 20 of 34
Introduction to ENSC 305W/440W 21 of 34
Assignments for 305W/440W
Except for the Engineering Journal, all documents must be submitted as e-mail attachments (in .pdf format) to Steve by the deadlines.
Confidentiality: If you would like your project to remain confidential, you must inform me in January as I will post the documents on the website after the proposals are graded.
Design Review (25 mins) 05% Mid-Late Feb
Written Progress Report (2-4 pages) 05% Mon Mar 28
Professionalism: Attendance/Teamwork Forms 10% Throughout
Engineering Journal (length varies) 10% Throughout
Presentation/demo (1 hour) 10% April
Post-Mortem (8-10 pages + meeting minutes) 10% April
Project Proposal (10-15 pages) 10% Mon, Jan 25
Functional Specifications (15-20 pages) 20% Mon, Feb 15
Design Specifications (15-20 pages) 20% Mon, Mar 07
Test Plans (2-4 pages) P/F Mon Mar 28
A Note about Quantity of Writing Some have complained that 305W/440W has too much
documentation. Not really.
Following the documentation length guidelines means
you produce about 80 pages per team for formal project
documentation = 20 pages per person for a 4 person
team (equivalent to a term paper for a 5 credit course).
You are also required to keep a journal and meeting
minutes (informal docs) and do 2 oral presentations.
Given the limited number of lectures, and the W and
capstone designation, this is not excessive.
Stick to the length/time guidelines and share the
writing tasks!!
Andrew hates long documents. Be concise.Introduction to ENSC 305W/440W 22 of 34
Introduction to ENSC 305W/440W 23 of 34
Grading for ENSC 305W Assignments are graded from A+ (96-100%) to F (0-50%).
Assignments must be submitted on the date they are due;
late assignments will be penalized 5% per day late.
Exception: Each team is permitted one free late
(maximum 3 days), which may only be used for one of the
following: proposals, functional specs, or design specs.
305W uses rubrics and assigns final grades that have an
obvious connection to the assignment weighting.
440W is graded more holistically. The opinions of Andrew,
Steve, and the TAs are used, along with the weighting for
the W component.
Introduction to ENSC 305W/440W 24 of 34
Grading for 305W (cont’d) Academic Honesty Policy: passages, figures, and tables
from external sources must be properly cited in text and
referenced in the document (IEEE or APA format). Place
large excerpts (i.e., standards) in appendices & reference.
1st infraction = 0 on the document and a rewrite;
2nd infraction = recommendation to Director for FD in both
305W/440W.
Most of these docs are team-written and are thus a team
responsibility. If one person plagiarizes, all are held to
account. Review the complete document before submission.
Don’t fake the journal – very easy to catch – you’ll receive a
zero for it.
Introduction to ENSC 305W/440W 25 of 34
Grading for 305W (cont’d) Instructors generally read/scan everything, but . . .
• TAs are assigned to specific docs (Proposal, FS, DS, Progress Reports).
• I grade the Post-Mortems.
• I grade the Engineering Journals.
• We all grade the Demos.
You can consult with any TA about technical matters. A list of TA technical expertise is provided on the website. Please make use of them.
Talk with faculty. They all have a great deal of expertise. Use that expertise
We have about 25 teams (~120 students).
Introduction to ENSC 305W/440W 26 of 34
Grading for 305W (cont’d) An A in 440W and a B- in 305W, or vice-versa, is possible.
Passing grades in 305W and failing grades in 440W are possible (C- minimums for both 305W & 440W are required to graduate).
A’s for some team members and B’s for others also possible.
Rubrics are available on the website for the proposal, functional spec, design spec, design review, progress report, post-mortem, demo, and engineering journal.
These rubrics are part of CEAB’s requirement that ENSC demonstrate specific learning outcomes.
Read the rubrics carefully as the instructors and TA’s will be using them when grading.
Introduction to ENSC 305W/440W 27 of 34
Workload for 305W/440W 13 weeks X 5 credit hours X 4 hours work per credit hour =
260 hrs/person for ENSC 305W/440W:
• Group of 3 = 780 hrs ( 20 person weeks)
• Group of 4 = 1040 hrs ( 26 person weeks)
• Group of 5 = 1300 hrs ( 35 person weeks)
• Croup of 6 = 1560 hrs ( 40 person weeks)
1 person working full-time (40 hrs/wk) works 47 adjusted
work weeks in a year. (The adjustment accounts for 3 weeks
of vacation and 2 weeks of statutory holidays).
Treat 305W/440W like a ½-time job rather than a course.
Introduction to ENSC 305W/440W 28 of 34
Facilities No dedicated space for ENSC 305W/440W.
Do not expect to leave projects under construction in Lab 1
(material gets stolen or damaged).
Teams can send an e-mail to [email protected] requesting a
locker for this semester. I suggest you do this ASAP!
Machine shop is available for use, but you must first meet
with Gary to ensure you know how to use the equipment.
Think Safety! Do not bring flammable materials, chemicals,
or liquids into the labs (including motorcycles).
Do not deface/damage the lab benches or sidewalks (no
glue/razors/spray paint). Do not disassemble lab equipment.
Use some common sense. Think before acting!
Journals (Basic Info) Black, Blue, or Pink pre-numbered, lined, lab book.
Available at SFU bookstore, Staples, or on-line. If you
buy a journal without page numbers, write the numbers
in yourself.
Non-removable pages (no perforations, coil binding, or
loose pages).
Sticker on cover with your name. Write your name, e-
mail, phone number, Team name and Team number.
Can write a note offering a reward for its return if it is
lost.
Entries must be written in pen, not pencil.
10% of your grade.Introduction to ENSC 305W/440W 29 of 34
Introduction to ENSC 305W/440W 30 of 34
HELP – We Are in Trouble Make an appointment to see me if you encounter problems related to
group dynamics. The sooner you contact me, the more likely the
problem can be resolved. Do not wait until week 12 to tell me that
your team is falling apart. We need to know about problems by week
7, at the latest, if we are to have any hope of resolving the problems.
You will be required to complete 2 teamwork evaluation inventories
(.pdfs) during the semester. If there are teamwork difficulties, make
that clear in these forms. I will set up meetings to work on resolving
the problems.
Group problems will happen. Sources of conflict:
• Work sharing (most common = differential grades/failure)
• Leadership (mainly swearing = gales of laughter)
• Design approach (messiest problem = failure/lower grades)
• Personality differences (grinding of teeth = loss of friends)
But 90% of the time things work out fine!
Introduction to ENSC 305W/440W 31 of 34
HELP – We Are in Trouble For technical issues (design, parts selection, etc.), talk with
the TAs and technical faculty. For documentation questions
not covered in lectures or on the website, contact me.
If you encounter a personal crisis (suicidal thoughts, serious
illness, grief, etc.), phone me.
“One thing that we could have done better is project
scheduling. Because we started our brainstorming in
the summer, we fell into a bit of a trap thinking that we
were ahead of the schedule.”
–Erik Haberger, 2001
No one has yet died while taking 305W/440W, but many
have wished that the instructors would do so.
Self-Regulation Self-Regulated Learning describes the process of taking
control of and evaluating your own learning and behavior.
Self-regulation is guided by 3 principles:
1. Metacognition (thinking about your own thinking): understanding
requirements, assessing yourself, planning tasks, applying
strategies and monitoring performance, and reflecting and changing.
2. Strategic action (evaluating personal progress against a standard).
3. Motivation to learn (what do you want from your learning?).
4. Note that professional organizations are self-regulated. It is both a
social and psychological construct. Thus, self-regulation applies to
you and your teams.
Self-regulation is a threshold concept for 305W/440W. If you
don’t understand that, you will inevitably get a lousy grade.
We will guide, but you will decide.Introduction to ENSC 305W/440W 32 of 34
Grade School Metacognition Graphic
Introduction to ENSC 305W/440W 33 of 34
Introduction to ENSC 305W/440W 34 of 34
“We learn to suffer.”
–Sophocles (c. 496-406 BC)
Conclusion
Following Lukas’ presentation, you will be provided
an opportunity to form/join teams if you have not already
done so.
All teams should complete an index card listing all
team members, their options, and their e-mails.
Please designate one of the people as the team
contact with an asterisk (*).