Ever wondered why there are tv shows and movies based on doctors, medical students, lawyers, law enforcers, firemen, soldiers, but none based on engineers so far?
Well, here are some snippets of rejected scripts featuring engineers.
“Grey’s Refinery” – Ending Sequence
(peaceful background music begins)
Joshua stares pensively into his finished design lab report, a satisfied smile crept into his face. Camera zooms out into wider view. A sense of peace and calmness pervades the room while a textbook entitled “Fundamentals of Momentum, Heat and Mass Transfer” lays on the table, and 6 other engineers sit nearby busy discussing their flow-rate and pressure-drop related assignment. Outside the engineering complex, birds chirp and trees sway with the wind.
Narration (Joshua): In the end, things are not as bad as it seems. Despite all that has happened, we have learnt a very important lesson. Designing a heat exchanger is perfectly flexible, and we need not be too conservative in our overdesign. After all, there’s more to life than Chemical Engineering design project 1, such as finding out whether 13 hydrocyclones is economically feasible in the Chemical Engineering project design project 2.
(End credits for GREY’S REFINERY roll)
Scriptwriters have tried to feature engineering students in various movie genres too.
Suspense:
Narrated: you can trust no one near you. not even your best friend.
Stan: Hey, what answer did you get? How long does your designed reactor run ah? I got freaking 600 seconds!
Oon yong: I got 5000000 seconds initially, then I spotted a careless mistake and now I have 30.
Jq: I have 4500 but after changing the conditions now I have 1600.
Student L: I have 900 seconds.
Student C: I tried entering 5 seconds but my program has been running for the past 30 minutes and hasn’t given me the result!
Action:
[The following takes place between 1650 and 1700]
[1650]
Part tech student: Hey! Prof U has finally uploaded his notes! If we can rush to the comp centre and print and run straight to LT 7 we can catch his lecture on time!
Mystery:
(Professor Chen is speaking about boundary layers on turbulent fluid flow. A student suddenly gets up and leave.)
Fluids Student B: Hey why are you leaving?
Fluids Student A: I have no idea what is going on. There’s no point staying behind listening.
Horror:
[Scene 1: Fluids mid-term. Camera zooms in onto the question paper, revealing 5 totally un-doable multiple-choice quesitons.]
[Scene 2: Accident scene. Dead student found on the floor, clutching a piece of scrunched up paper.]
Detective: (picking up the paper) It says here, C.N. 2116 Assignment 7.
Tragedy
[Scene 1]
Prof T: The mid-terms are out. Only 3 guys got full marks! Only 3 guys! I’m so disappointed. Oh, and the number of people who got 0… about a quarter of you all.
[Scene 2]
Design Project Group Leader: Hey it’s Good Friday! We have no lessons! Let’s all meet at PGP at 9 am, and we can start our calculations until night! I got to leave at 5 though, must rush for Easter concert.
Stand-Up Comedy
Prof W: (in a PRC accent) Sometimes the graph looks-a very s-mall. Hence you have to eyeball the charts to get your answer.
Prof W: (in a PRC accent) In the past there are no calculators. Hence engineers use pen and pencil to calculate the correlations.
Prof W: (in a PRC accent) This is known as the knudsen coefficient. Knudsen is pron-anced as “nud-sen” because the “k” in the front is-a silent “k”.
Romance
(7 lost students and a confident-looking student – a regular dean’s lister- gathered in a meeting.)
7 lost souls: I have no idea how to begin the 2125 design project.
Jeffrey: Oh, don’t worry. I have specially created this user-friendly Microsoft Excel file. It has all the equations and correlations linked together. The required iterated cells are highlighted in yellow; the ones to be compared with are highlighted in blue. I have also written down troubleshooting advice for the following 431639990 unforseen scenarios.
7 lost souls: Have I told you I love you?
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A potential emmy-winning series has also been rejected, deemed too horrifying for the casual audience.
Plant M.D.
INT. DESERTED CABIN. DUSK.
Camera zooms into the cabin. An engineer, clad in his Sunday best – university’s orientation T-shirt and shorts, sits at a table, deep in thought. On the table lay his prized possessions, a full collection of different graph papers, a SHARP EL-123 capable of solving matrix equations, and a glass globe of Jurong Island. He scribbles some 3-line equation, and squints.
Engineer: Hmmm. add this… add that… divide here… integrate there…. minus here…. sub into this correlation… hey wait, this is not standard room temperature and pressure, cannot use this.
Camera shifts to the wall. The clock ticks by, and fast forward to 2 hours later.
Engineer: Bingo! This should be it. A reactor capable of condensing 1 millions pounds of propane. My precious……
Engineer submits the Polymath code to his company, looking happy.
(Scary music begins)
CAMERA ZOOMS IN ONTO HIS CODE, WHERE THE ENGINEER HAS LEFT OUT A “MINUS” SIGN IN FRONT OF EQUATION NO. 436.
Cut to two months later.
INT. PLANT. DUSK.
Another engineer sits on a chair, facing the computer. He is doing night shift, and for leisure he is currently trying to figure out an alternative to calculus. A reactor is behind, turned on and running.
Silence.
Noise comes out from reactor. “Ch- ch- ch- ch- ch.”
Engineer sits up, startled.
Engineer: Wh-wh-who’s there?
Noise again.
Engineer gets away from his chair, and follows the source of the noise.
Suspense music builds up, then a “jump scene” music as engineer turns to the other side of the reactor.
Engineer: (heaving a sigh of relief) Ahh…. it’s just a rusty steam valve vibrating!
Engineer turns the valve clockwise slightly, the noise stops. Engineer chuckles, and goes back to his computer.
Noise begins again.
SUSPENSE MUSIC BUILDS UP.
Engineer: (slightly terrified) Err… hello? Who’s there? It’s not funny anymore!
Engineer walks towards the reactor again, and stops short, face frozen in horror. Camera switches to what he’s looking at:
A sign on the reactor that reads “Pressure is 30 times atmospheric pressure. Temperature is not room temperature”
Engineer: (gasps) Oh no! I used the ideal gas equation to calculate the reactor volume! Now it’s gonna blow!
CHASE MUSIC.
Engineer attempts to make a dash to the exit. Unfortunately his latest-designed padlock malfunctions, and the engineer fumbles with the padlock for the next 30 seconds or so.
A sound of a screw dropping is heard.
Engineer looks back.
BLOODCURDLING SCREAM. FADES TO BLACK.