The Final Lecture - University of...
Transcript of The Final Lecture - University of...
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METR4810 – Mechatronics Team Project 2 Paul Pounds
The Final Lectureor
“Coming up for air!”
30 May 2016
University of Queensland
Paul Pounds
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METR4810 – Mechatronics Team Project 2 Paul Pounds
But first…
Some house keeping
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Calendar at a glance
You are here
Switch toQ and A sessions
Week Dates Lecture Reviews Demos Assessment submissions
1 28/2 – 3/3 Introduction
2 6/3 – 10/3 Principles of Mechatronic
Systems design
Problem analysis
3 13/3 – 17/3 Professional Engineering
Topics
4 20/3 – 24/3 Introduction to Practical
PCB Design
Progress review 1
5 27/3 – 31/4 Your soldering is (probably)
terrible
6 3/4 – 7/4
7 10/4 – 14/4 Progress seminar 25% demo
Break 17/4 – 21/4
8 24/4 – 28/4
9 1/5 – 5/5 50% demo
10 8/5 – 12/5 Progress review
11 15/5 – 19/5 75% demo Preliminary report
12 22/5 – 26/5
13 29/5 – 2/6 Closing lecture Final testing Final report and
reflection
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Lab matters
• Almost at the end!
– Projects submitted!
– Toolboxes handed in!
– Lab cleaned up!
Hopefully, everyone has survived the ordeal.
If not, please let me know after class.
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METR4810 – Mechatronics Team Project 2 Paul Pounds
FAQ Roundup• How is the final demo different from the incremental demos?
– Aside from the mark cap? No different - just the same.
• Will it ever end?
– Yes, on Friday. Then you are free.
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Final report
• Due on Friday
– Really, really soon now!
• Your report must have:
– Max 5 + 1 pages of explanation/writing
– Bibliography/math/sims/figures/budgets/etc. in
the appendices
– Analytics
– Incorporate comments from preliminary report
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• Do not exceed 6 pages of written content
– Go nuts with the appendices for
bibliography/math/sims/figures/budgets etc.
– There is no such thing as too many pictures
– Don’t try to sneak written content into the
appendices – seriously? We won’t read them.
Exception: you may include a short personal
reflection in the appendices, if you wish.
Final report
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Final report
Remember:
• The preliminary report comments are a
guide only, and NOT a foolproof sure-fire
guaranteed way to get 100% on the final.
• You are expected to make changes and
improvements that reflect your continued
development, changes and improvements
made since week 11
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Final report
• Hand in via the assignment slot, in hard
copy by 23:59 pm Friday.
• I’m still happy to sit down with you and go
through your preliminary report comments!
– This is a free, complimentary service, and all
part of our value-added customer service
commitment!
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Final demo schedule• Tuesday 30st
– 14:00-14:30 Setup
– 14:30-15:00 Team 5
– 15:00-15:30 Team 2
– 15:30-16:00 Team 14
• Wednesday 31st
– 13:30-14:00 Setup
– 14:00-14:30 Team 15
– 14:30-15:00 Team 1
– 15:00-15:30 Team 11
– 15:30-16:00 Team 6
– 16:00-16:30 Team 8
– 16:30-17:00 Team 17
– 17:00-17:30 Team 10
– 17:30-18:00 Team 7
• Thursday 1st
– 11:30-12:00 Setup
– 12:00-12:30 Team 13
– 12:30-13:00 Team 9
– 13:00-13:30 Team 16
– 13:30-14:00 Team 12
– 14:00-14:30 Team 4
– 14:30-15:00 Team 3
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Marking schema
• Product demo is 60 per cent of class grade
• This is subdivided into:
– Build quality – 10 marks
– Basic functionality – 25 marks
– Recovered items – 30 marks
– Recovered hull sections – 35 marks
– Bonus object recovery – 10 marks
Totally possible to get 110 marks out of 100.
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Functionality and scoringBasic Functionality 25/25 Points
Return images of the sea floor to surface 10
Locate the wreck of Sir Nils Olav 10
Return image of sail markings to surface 5
Recovered hull sections 35/35 Points
One separate section 10
Two separate sections 15
Three separate sections 20
Two joined sections 25
Two joined sections, one separate section 30
Entire submarine intact 35
Recovered items 30/30 Points
Torpedo 2 each
ICBM 2 each
Reactor module 4 each
Code cipher machine 2 each
Bonus Functionality 10/10 Points
Recover other sunken object 3 or 4
Protip:Passing the class
pretty much
requires you to be able to do
this
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Structure of the final demo
1. Meet at tank 10 mins before slot time
2. Setup and config during 5 min changeover
3. Commence 25 minutes of terror testing
4. Build quality assessment during changeover
5. Fill out PAF and return to tutor
6. Commiserate/celebrate at Red Room
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Build quality
• Marks are given for the quality of fabrication
– Neat and tidy assembly
– Smooth operation of moving parts
– Clean design and professional finish
• Worth 10 per cent of project mark
– Be able to locate code, drawings, etc when asked!
• This will be assessed after your demo
– Try to keep your hardware in one piece
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Build quality
Grade Band Electrical (35) Mechanical (35) Software (20) Finish(10)
Excellent
(85-100%)
Clearly designed and well thought-
out optimised construction, high-
quality of manufacture and defect-
free. Professional-quality work
35 Clearly designed and well thought-out
optimised construction, high-quality
of manufacture and defect-free.
Professional-quality work
35
Tight well-structured code, useful
comments, easy to read and
understand without explanation
20
Beautiful construction,
intuitive and pleasurable to
use
1
0
33 33 18 9
Very Good
(75-85%)
Neatly laid out and ordered,
orderly sensible circuit routing and
layout, high-quality assembly with
few defects
29
Solid construction with no excess or
deficit of material, tightly-toleranced
components, rock-solid assembly,
good materials selection
29 16 8
Good
(65-75%)
Solid design and construction, few
soldering or assembly defects,
indications of methodical layout
design
25
Clear indication of design and care in
construction, well-fitting parts, and
robust assembly, few design or
fabrication problems
25
Comprehendible, organised and
methodical, easy to follow with
minimal effort, could be
maintained without help
14
Straightforward to use,
sensible interface, clean and
appealing, everything in its
place
7
Satisfactory
(50-65%)
Obtuse layout, some suboptimal
design elements, construction
problems or defects but
serviceable
21 Chunky or weak in parts, but not
fragile or bloated, inappropriate
materials, rough fits, unrefined but
serviceable
21 Structured and understandable
with effort, unhelpful variable
names or functions, difficult to
make sense of without explanation
12 Unhelpful markings,
unintuitive interface, poor
attention to detail, unattractive
6
17 17 10 5
Poor
(25-50%)
Shoddy design/construction, low-
quality soldering with a high rate
of defects, unlikely to be reliable
13 Rickety, rough and cobbled together;
poorly fitting and shoddily assembled,
unlikely to be reliable
13 Chaotic and incomprehensible,
impossible to modify or maintain,
even if it works
8
Frustrating, ugly and unusable
4
9 9 63
5 5 5
Very Poor
(0-25%)No attempt made 0 No attempt made 0 No attempt made 0 No attempt made 0
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Exhibition demo
• Groups that recover at least one hull
section, may be invited to present their
work at an exhibition on Friday
• The exhibition is for glory, not marks
– No points will be awarded, no matter how good
or badly you do
But also...
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METR4810 – Mechatronics Team Project 2 Paul Pounds
The METR4810 Trophy
Teams that successfully retrieve the
submarine structurally intact during the 100%
or exhibition demos will receive the coveted
METR4810 trophy
Only 36 have ever been awarded
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METR4810 – Mechatronics Team Project 2 Paul Pounds
And now…
The tables are turned
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METR4810 – Mechatronics Team Project 2 Paul Pounds
SECaTs
• SECats opened last week and will be open
until the end of semester
– You should have gotten an email about it
– Why not take this opportunity to use your
laptop/mobile device to complete it now?
But while you’re doing that…
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METR4810 – Mechatronics Team Project 2 Paul Pounds
SECaTs
• In this class, I have been evaluating you.
– Now is your chance to evaluate me.
• I have been asking you to show me
methodical engineering design.
You should expect no less of me!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
SECaTs
So, in fairness, I would like to present…
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METR4810 – Mechatronics Team Project 2 Paul Pounds
METR4810
An (Abridged) Design Case-Study
The full version would probably be boring.
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METR4810 – Mechatronics Team Project 2 Paul Pounds
The process
1. Specification
2. Research
3. Analysis
4. Implementation
5. Validation
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Specification
What is it I’m supposed to be doing, anyway?
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Design Specification
Codified in the “learning objectives”:1. TEAMWORK
1.1 Be an effective team player.
1.2 Understand your responsibilities in a team situation.
2. DESIGN
2.2 Design an electromechanical and software based product.
2.3 Identify and break down personal and technical problems in product design.
2.4 Implement a complete design cycle.
2.6 Choose appropriate design strategies.
3. PROJECT
3.2 Apply project management skills.
3.4 Produce, implement and devise product plans.
3.5 Deliver a product on-budget and on-time.
4. COMMUNICATION
4.2 Use ICTs for information retrieval and dissemination.
4.4 Write formal reports
4.6 Chair and attend formal meetings.
4.7 Verbally present your design ideas
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METR4810 – Mechatronics Team Project 2 Paul Pounds
The underlying goals
Read between the lines:
Get students to experience doing a real
engineering design project…
… on a challenging problem…
… that requires teamwork to be successful…
… leading to real world social dynamics.
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Why is this hard?
Challenging problems?
Social dynamics?
Team work??
This is a recipe for disaster!
And that’s before I actually try to teach design!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Research and analysis
Lessons and insights from previous classes
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Prior experience
Lessons from METR team projects past:
1. Students are overly familiar with classic
projects – Robocup, Micromouse, etc…
2. Friend-based teams can go
catastrophically wrong
3. PAFs can be unfair and brutal
– “12 Angry Men syndrome”
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Prior experience
5. Product-based courses exhibit boolean
failure modes
– Small errors on the last day are lethal
6. Students rigidly follow design methods
and suggested schedules to their detriment
7. Students never get started early enough
– Even when you tell them to!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Translate into design constraints
• Project must be awesome
– Easy to be motivated by intrinsic drivers
– ie. for the joy of engineering, not just marks!
• The project must be properly scaled
– Suitable to teams of four students with
mechatronics backgrounds
– Tough task, but not impossible (with teamwork!)
• The class structure must reward hard work
– Don’t reward slackers; identify problems early
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METR4810 – Mechatronics Team Project 2 Paul Pounds
The idea
Why not a submarine recovery project?
• Special case of a “closed box” problem
– Limited visibility
– Relies on preassembled systems
– Well-controlled scope
– Special difficulties: water-proofing, teleoperation
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METR4810 – Mechatronics Team Project 2 Paul Pounds
The idea
Big focus on practical elements
• Underwater environment – design challenge
• Dark, gloomy water – vision challenge
• Grasping objects – manipulation challenge
• Shoebox size – tough size constraints
Lots of good disparate problems to tackle!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Comparative analysis
There are many other candidate projects, but I
won’t discuss them here, as they will likely be
used for future years and are TOP SECRET
So… yeah… sub recovery!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Meeting the spec’
Why submarine salvage?
• No reuse of previous project work
• Four clear, independent mechatronics tasks
– Control, gripper, winch, propulsion
• Naturally motivated analysis and integration
• More focus on design, less on fabrication
– Less to build, but plenty to analyse
– Lower time burden and better learning value
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Implementation
Key design subsystems:
1. Sensible assessment
2. Make it challenging
3. Make it fun
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Sensible assessment
Assessments as a de facto project plan
• Design analysis to get you thinking early
• Regular freeform milestones every 2 weeks
• Big milestone in the middle
• Early preliminary report submission to get
you working on report before crisis point
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Sensible assessment
• Reports differentiate students
– Allows good students to survive bad groups
– Safety net options – designed to reduce angst
• Multiple chances for most assessments
– No single assessment is ‘sudden death’
– Recover marks from bad luck failings
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Making it challenging
• Multiple competing objectives
– Must use the synthesis step to find a solution
– Duct-tape approach will not succeed
• Obvious approaches inferior to carefully
reasoned approaches – rewards thinking
• Add challenges to test specific design skills
– Good motion control vs simple robustness
– Light-weight solution vs sophistication
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Making it fun
• Just what makes something ‘fun’ is ineffable
– But years of game design experience help!
• Sense of humour and consistent style
– Little bit quirky, little bit silly, very polished
– A little bit of theatre!
– ‘Look and feel’ modelled on MIT Mystery Hunt
My team didn’t win – we are not surprised!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Making it fun
Several key design features that elicit ‘fun’
• Well-defined objectives
– You know what to do; clear project spec’
– Collaborative puzzle-solving
• Multiple possible solutions – huge variety!
• Difficult but obviously achievable
– Not futile; tangible reward for time put in
– Early pay-off for effort (eg. keeping hull intact)
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Results
How it went down
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METR4810 – Mechatronics Team Project 2 Paul Pounds
My philosophy
• Engineering is the highest, purest and most
noble pursuit of the human experience
– All else is artifice or drudgery
• You are training to be engineers, and this is
a chance to actually practice engineering
• You are not your grade*
• There will be second chances
* They make me assign you a grade
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METR4810 – Mechatronics Team Project 2 Paul Pounds
The good, the bad, and fun details
I did some things well,
other things not so well
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Previous years’ feedback
Main strong points:
• Intellectually stimulating
• Learned a lot in the course
• Incremental PAFs = good
Main weak points:
• Availability of apparatus
• Limited access to apparatus
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METR4810 – Mechatronics Team Project 2 Paul Pounds
This year
Several experimental changes:
• Very difficult design problem
• Very strict lab rules in force
• Tutor only apparatus access
• Post-Q&A coffee sessions
• Very high analysis standards
?
××
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METR4810 – Mechatronics Team Project 2 Paul Pounds
What I think I did well
• Kept it real
– Treated you like Men and Women
• Cared about the stuff that matters
– No stupid nit-picking about stuff
– Told you what to really expect from industry!
• Gave a lot of support
– Regular tutor and coordinator lab presence
– Ran the testing tank, even in our own time
“Let that which does not matter truly slide” – Tyler Durden
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METR4810 – Mechatronics Team Project 2 Paul Pounds
What I think I did well
• Useful experiences, fair grades
– Toy problem, real analysis; no busywork
– Focus on professional practice in industry
• Made time for students
– Made myself available in the lab
– Lots of one-on-one feedback
• Project well-organised, well-balanced
– Very achievable task, but plenty of complexity
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METR4810 – Mechatronics Team Project 2 Paul Pounds
What I think can be improved
Things I can’t change:
• Miserable clash with thesis, CSSE3010
• Accidental injury of workshop staff
• Had to be a disciplinarian about cleanliness
Things I can change:
• Easier student access to testing apparatus
• Better management of machined parts fab
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METR4810 – Mechatronics Team Project 2 Paul Pounds
What you liked
• Incremental demos – well used!
• Apparatus and submarine worked very well
– Delays notwithstanding
• Multimodal lectures (optional attendance)
• Sense of humour (?)
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METR4810 – Mechatronics Team Project 2 Paul Pounds
What you didn’t like
• People left hanging by Doug taking leave
right when machined parts were being done
• Standards were high and feedback frank
– Maybe too harsh?
• The design problem was especially difficult
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Outcome
• This year has run pretty smoothly, all things
considered... with only a few small bumps
• Everyone seems pretty much on the ball
– Most teams seem to have pulled it together
High hopes for testing day!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
…
And now for something completely different
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Behind the scenes
The making of METR4810 2017
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Theme
This year’s theme was one I had in mind from
the very beginning of running this course
Only now, after several successful years under
our belt, do we have the chutzpah to actually
attempt a project as insane as this!
Note to self: Do not run a water project for at least another 4 years
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Theme
• Inspired by the 1974 CIA mission to
recover the K-129: “Project Azorian”
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METR4810 – Mechatronics Team Project 2 Paul Pounds
K-129
• Nuclear missile sub, launched in 1960
• Lost on patrol in February 1968
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METR4810 – Mechatronics Team Project 2 Paul Pounds
The wreck of K-129
• Located to within approximately 5 nm by
hydrophone triangulation of the implosion
• Found at 4900 m by USS Halibut in Aug 1968
– Amazingly after only 3 weeks of searching!!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Project AZORIAN
• Salvage K-192 from under Soviet noses?
• Elaborate cover story of Howard Hughes
and underwater manganese nodule mining
Glomar Explorer
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Recovery concept
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METR4810 – Mechatronics Team Project 2 Paul Pounds
‘Clementine’ capture vehicle
Human
for scale!
Specially developed by Lockheed
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Hughes mining barge
• Clementine was assembled in drydock and
installed underwater for absolute secrecy
– Hughs Mining Barge submerged to allow the
Glomar Explorer to pluck it from above
Hughes Mining Barge
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Position control
• Pipe tether to control descent
• Omni-directional thrusters for lateral motion
• Capture arms for precise recovery
• Whole assembly is gimbaled on bearings!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Partially successful
• Broke support legs during grasping
– Maraging steel is brittle in cold Atlantic water
• Only captured the front of the bow
– Included two nuclear torpedoes and other intel
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Awesome documentary
• Check out the excellent PBS documentary
“Azorian:The Raising of the K-129”
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Who is Sir Nils Olav?
• The mascot (and Colonel-in-chief) of the
Norwegian King’s Guard
– Given as a gift to Edinburgh Zoo, he is given a
promotion every time the King’s Guard visits
– Third penguin to hold the title – Nils Olav III
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Theatrical introduction
• A splashy introduction gets students engaged
– My way of saying “This is gonna be awesome!”
2013 : Showed up in my full academic regalia
– Very popular, great result!
2014 : 3 minute Power Point animated intro
– Surprisingly negative feedback (?)
2015: Aviator glasses and flight jacket, address to recruits
– No one under 30 remembers TOPGUN
2016: Had to be overseas and prerecorded the entire lecture
– I was more sad than the students, I think
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Website theme
• Each year, I hire an artist to help give the
class a sexy, slick theme
– This was inspired by my most favouritest film,
the Hunt for Red October
• Vague idea that the ocean got deeper as you
scrolled down the lecture list
– And got deeper as the semester progressed…
– A metaphor for METR4810?
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Website theme
• Several different concepts explored
Actually an
Akula-class!
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Introductory animatic
• Rendered entirely in Microsoft Powerpoint
– This year’s was the most sophisticated yet!
– Separate 317 animations, excluding transitions
Helpful font called “Red October”
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Introductory animatic
Canvas Background
layer
Descent
layer
Foreground
fog layer
Three layers
of objects
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Introductory animatic
Black mask
layer blinks
Underwater
terrain moves
Bubbles are
circles animated
with the
“funnel” exit
effect
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Introductory animatic
Text is actually
Norweigian for
“All ok” and
“OH NO!”You only get
to see this
much of the
screen
The whole SNO
reactor was
modeled and
rendered in
Solidworks
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Introductory animatic
Easily the most
complex scene
to animate:
51 animations!
Whole sub insta-replaced by a
broken piece, and a bent piece
Wreckage twists
as it floats/sinks
Sinking items fall
straight, floating
items wobble
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Introductory animatic
These are the lyrics to
“Yellow Submarine” and
“Octopuss’s Garden”
“Underwater contact
detected”
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METR4810 – Mechatronics Team Project 2 Paul Pounds
Introductory animatic
• Background music was synchronised to the
animation –lights supposed to turn on in
sync to the drumbeat… only sort of worked
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Introductory animatic
• The SNO that that appears in the intro is
slightly different from the testing version:
Smaller sail
Movie star version
Testing version
Longer hull
Narrower beam
Smaller
torpedoes
Sealed hatches
Thinner dive
planes
Three hull
segments
No vent holes
Smaller text
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Introductory animatic
• In total, the introductory animatic probably
took about 30 hours work
– Probably didn’t help your learning, but was fun!
• The background music is a remix of the
Hymn for Red October (used by permission)
– I listened to so much awful Soviet-era music
trying to find the right mood
– Russians just love brass bands… seriously
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Cutting room floor
Considered much more brutal challenges:
• Had to be fully autonomous
– Far, far too difficult (!)
• Rescuing trapped sailors (a la Kursk)
– Rejected as “too depressing”
• Some sort of undersea menace: “The Kraken”
– Very popular with the tutors
– Questionable educational value
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Final thoughts
This class was never actually
about salvaging sunken submarines
This class was about starting along the path
from being a student to being an engineer.
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The most important truth in your degree
Engineering is the art of the trade-off
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Take-home points
• Think about things analytically, first
• It’s rarely possible to optimise any one
thing without regard for other subsystems
• You need to get along with your fellow
engineers if you want to succeed
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Conclusion
Have to wait until demo day!
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Cast of Thousands
Dozens of people helped make this a success,
but a few deserve particular recognition:
The simply amazing workshop guys:
Keith Lane and Grant Tayles
The always helpful Doug Malcolm
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Vote 1 Paul in 2017
Fun fact: If we don’t get higher than 3.5 on Q8, we don’t get paid!
And now…
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METR4810 – Mechatronics Team Project 2 Paul Pounds Props and Practical Effects
Paul Pounds
Keith Lane
Ian Daniels
Greg Tayles
Michael Eastwood
Finance and Administration Unit
Prof. Stephen Viller
Dr. Surya Singh
Richard Newport
Location and Facilities
Doug Malcolm
Prof. Stephen Viller
Public Relations and Marketing
Izaeel Koh
Casey Fung
Web Design
Hotpot Creative
Chris McKenna
Paul Pounds
Web Administration
Dr. Hanna Kurniawatti
Transportation
Michael Eastwood
No students or penguins were
harmed in the teaching of this class
Supporting Cast
Paul Pounds as Captain
Will Deer as First Mate
Edwin Davis as Political Officer
Iain Rudge as KGB Mole
Prof. Steve Wilson as Acting Course Coordinator
Dr. Michael Kearny as Backup Lecturer
Peter Bleakley as Lab Director 1
Doug Malcolm as Lab Director 2
Dr. Surya Singh as Penguin
Hymn to Red October (Rock Cover) Juanjo Tristán
Camera and Cinematography
Camera 1 Dr. Surya Singh
Camera 2 Michael Eastwood
Key grip Iain Rudge
Gaffer William Deer
Best Boy Edwin Davis
Casting
Prof. Stephen Viller
Set Decoration
Keith Lane
Ian Daniels
Greg Tayles
Stunts
Stunt Coordinator Paul Pounds
Stunts performed by Paul Pounds
Safety Manager Jeanelle Scown
Safety Supervisor Harry Penkeyman
Electrical Safety Dennis Bill
Site Officer Martin Bull
Penguin Wrangler
Dr. Surya Singh
Technical Support Group Manager
Richard Newport
Workshop Unit 1
Keith Lane
Ian Daniels
Greg Tayles
Workshop Unit 2
Peter Bleakley
Dejan Subaric
Doug Malcolm
Makeup and Hair
Styling and grooming Paul Pounds
Cosmetics Paul Pounds
Assistant to Dr. Pounds Surya Singh
Production Management
Prof. Michael Bruenig
Dr. Stephen Viller
Prof. Steve Wilson
Dr. Surya Singh
Assistant Director
Prof. Steve Wilson
CGI and Artwork
Paul Pounds
Chris McKenna
Michael Eastwood
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Special thanks to
Keith Lane
Doug Malcolm
Michael Eastwood
And all the students who made this class fun and
enjoyable!