Hello! I’m looking into applying for the BSCN program at Keyano for Sept 2027
I would be considered a mature student.
I sent Keyano an email already but just looking to see if any of you may know some answers to my questions while I wait for them to respond to me!

First of all I know on their website mature student entrance requirements are listed separately from the main entrance requirements but do I still need my 30 level math to get in? (ETA: I don’t currently have a 30 level math course, mainly wondering if it would be beneficial to take an upgrading course to get it or if they would even count that course toward my overall average/gpa calculation)

Second, I know that the entry is competitive but I’m wondering if as a mature student I’m placed against students right out of high school or if I’d only be compared to other mature students applying, since I believe the requirements are different?

Any other information anyone can share about applying for school, applying for funding, or tips while in school or preparing for it, would be very much appreciated
Thanks!! ❤️❤️

Hey everyone, I recently accepted a 12-month engineering internship at Suncor Base Plant starting this September and I’m trying to figure out housing in Fort McMurray.

For people familiar with Fort McMurray/Base Plant, what areas would you recommend? and what buildings/property companies should I look into or avoid? I would prefer covered/underground parking for winter.

Would really appreciate any advice. Thank you!

The Petrochemical Tradesman Fucks-Given Transfer Function

An electrical/control-systems model for refinery inspection, maintenance, and repair morale

Thesis

In refinery maintenance, turnaround work, vessel entry, and inspection trades, the Fucks-Given Coefficient is not constant. It fluctuates dynamically with weather, shutdown schedule compression, scaffold quality, hydrocarbon exposure, permit-office friction, coffee saturation, and whether the weld cap was ground flush enough for MT.

Gp(t) is the petrochemical fucks-given signal over time: the available useful caring, craft pride, attention, and willingness to keep grinding, inspecting, documenting, welding, and re-checking without mentally walking into traffic.

Dp(t) is the petrochemical do-not-give-a-fuck load over time: the accumulated drag from night shift, frozen lines, wet gloves, failed RT, paperwork recursion, scaffold crimes, mystery sludge, and Operations asking whether the vessel can be opened sooner.

The governing equation becomes:

f(F) = Gp(t) / Dp(t)

Where:

Gp(t) = [(Tw)(Cs)(Ut + Mt + Rt)(Wr)(Sf)] / (Rf + Hs + Pm)

Dp(t) = [(Bs)(Lo)(Gc)(Ns)] / (Ic + Er + Cf)

Thus:

f(F) = [(Tw)(Cs)(Ut + Mt + Rt)(Wr)(Sf)(Ic + Er + Cf)] / [(Rf + Hs + Pm)(Bs)(Lo)(Gc)(Ns)]

Variable Definitions - Petrochemical Edition

Interpretation of the System

High Performance State: f(F) > 2

·       Coffee is flowing, LOA is real, the shutdown bonus has not been exposed as a myth, and the crew has entered productive sarcasm mode.

·       UT locations are accessible, MT prep is reasonable, RT boundaries are controlled, and weld repairs are passing without becoming a Greek tragedy.

·       Nobody has yet said: “We just need one more spot UT’d.”

Neutral Equilibrium: f(F) = 1

·       The tradesman is functioning mechanically. Compliance remains, enthusiasm has left the site.

·       Observable signs include dead-eyed “copy that,” silent staring at permits, frozen hose-kicking, and asking who signed off the isolation.

·       At this level, the system still performs work, but only because habit and JSA paperwork are carrying the load.

Catastrophic Fucks Collapse: f(F) < 1

·       Usually triggered by opening a vessel that still has pressure, failed RT after rework, rain on night shift, missing scaffold tags, or Operations asking if the job can be hurried up.

·       The inverter can no longer stabilize morale, the capacitor reserves are depleted, and all remaining signal energy dissipates into existential heat loss.

·       At collapse, the only remaining output is paperwork, muttering, and the acoustic signature of a grinder being set down too hard.

Dynamic System Components

Transformer - Tw

Boosts total fucks given through overtime, LOA, per diem, pride, and the visible approach of demobilization. Saturation occurs after 21 consecutive shifts or any 3 AM request that begins with “real quick.”

Rectifier - Gc / System Drag

Converts alternating motivation into unidirectional suffering. Most active during buffing welds for MT, waiting on RT shots, cleaning couplant off elbows, and torqueing flange bolts in sleet.

Inverter - Ic

Synchronizes morale using dark humor, coffee, competent foremen, shared hatred of paperwork, and the spiritual bonding that occurs when everyone knows the plan is bad but legal.

Capacitor Bank - Cf

Stores emergency reserves of caring for hydrotests, rework, failed PWHT, and “quick little repairs.” Discharge accelerates sharply after the phrase “it should only take an hour.”

Three Broad Operating Scenarios Over Time

The graph below shows three broad states: fucks surplus, neutral/mechanical compliance, and catastrophic collapse. The dashed line marks f(F) = 1, where Gp(t) and Dp(t) are equal.

Field-Tested Empirical Rule

f(F) ≈ 0

This condition is approached when all of the following occur simultaneously:

·       rain

·       night shift

·       failed RT

·       leaking blinds

·       scaffold tag expired

·       permit office closed

·       opening a vessel that contains mystery sludge

·       Operations says: “Can you guys hurry up?”