The workforce sized against the actual demand of the operation. Shift patterns aligned. Span of control that lets the supervisor coach.
Labor scenario modeling. Shift pattern alignment. Workforce allocation. The capability that takes structural cost out of the operation without taking capability out.
Workforce optimization is a structural question: how the operation's demand profile aligns with the operating model the workforce is sized against. Crew sizes that absorb variability in legacy demand patterns; shift patterns held against contracts that no longer match the operating reality; spans of control that put the supervisor in chase mode rather than coach mode. Proudfoot installs the workforce design that the operating system can sustain.
Where workforce cost leaks.
Workforce cost leaks in 3 places. The crew is sized against peak demand the operation rarely sees, and absorbs variability through standing time at the frontline. The shift pattern was set against a market or operating reality that has shifted; the operation runs the legacy pattern out of inertia. The span of control puts the supervisor in chase mode across a population too large to coach; the operating cadence does not hold; the workforce produces what it can manage rather than what it is capable of.
The structural intervention sizes the workforce against the actual demand profile, aligns shift patterns to operating reality, and right-sizes the span of control to the supervisory cadence the operating system requires.
Three sub-capabilities. One workforce design.
Labour scenario modelling
Demand profile sized accurately; capacity scenarios run against demand bands; the workforce design tested against scenarios before it is installed. The discipline replaces benchmark-driven sizing with operating-reality-driven sizing.
Align shift patterns
Shift patterns sized against demand variability, fatigue management, safety regulation, and operating cadence. The pattern is part of the operating system, not a separate HR construct.
Enhance workforce allocation
Crew sizing, span of control, role design. The supervisor’s span lets the supervisor coach against the 8 Active Management Behaviours rather than chase the variance; the operator population is sized against the capability the role actually requires.
Where workforce discipline runs.
Most visible across:
- Mining: FIFO rotation, fatigue management, shift discipline on twelve-hour cycles, span of control across a dispersed operation.
- Energy and Utilities: field crew sizing, span of control on capital project execution, shift discipline against safety regulation.
- Manufacturing: multi-shift discipline, shift patterns against demand seasonality, crew sizing against changeover cadence.
- Food and Beverage: seasonality-driven shift design, multi-site workforce allocation, frontline supervisor span.
- Aerospace and Defence: certification-bound trades, program-driven workforce design, multi-shift discipline.
- Oil and Gas: turnaround workforce, upstream rotation, downstream shift discipline.
Production. Asset Management. Construction.
Optimize Workforce is most visible across three functions.
Production
Crew sizing against demand; shift discipline on the line.
Asset Management
Maintenance crew sizing; shift design on planned maintenance windows.
Construction
Project crew sizing; span of control on capital project sites.
Workforce design carries across every function the operating system touches; the span of control is the supervisory cadence each function is held against.
The methodology backbone.
The Proudfoot System runs the engagement across 5 phases and 86 steps. The Proudfoot MOS (the 6+4 Element Framework) holds the operating cadence the workforce design is sized against; the 8 Active Management Behaviours (8AMBs) are the supervisory behaviors the span of control is calibrated to; People Solutions runs the change-readiness instruments across the affected workforce; Aerial Mapping structures the executive interview at engagement entry; MOS Critic scores the operating system.
The full methodology lives on the methodology page.
What it looks like when it lands.
FIFO workforce sized against the demand cycle, with the supervisor returned to coach mode.
Shift pattern aligned to fatigue management; span of control restructured to enable supervisory coaching against the 8AMBs profile shift after shift.
Shift pattern realigned to seasonality demand across a multi-site CPG operation.
Crew sizing rebuilt against changeover cadence; the workforce design tested against demand bands before installation.
Field crew sizing rebuilt on a regulated utility, span of control restructured.
Shift design aligned to the capital program schedule and routine maintenance; the span returned to the supervisory cadence the operating system requires.
Talk to our workforce team.
Heavy industry and mining workforce.
Manufacturing workforce.
Five days on the workforce question.
Two senior Proudfoot operators on the priority site for five working days. Proudfoot AI reading the workforce data, the demand profile, and the corpus first, remotely. MOS Critic on the operating system, day-in-the-life-of observation on the supervisor, quantified opportunity hypothesis sized to the workforce design lever.