Real estate programming project management assistance

Real estate programming operates within a structured regulatory framework. A standards reference defines the quality of the needs formalisation process, while the 1985 MOP law, codified in the Public Procurement Code, governs public procurement. For an 850 sqm office project, the programme determines nearly 80% of total operating costs over thirty years.

The measurable issues focus on four dimensions:

• Usage performance: a ratio of 8 to 12 sqm per workstation depending on work modes, a common benchmark in the tertiary sector.
• Environmental performance: regulatory trajectory for reducing the energy consumption of tertiary buildings, namely -40% by 2030 under the Tertiary Decree.
• Economic performance: a works budget controlled from the programming phase, limiting site change orders.
• Social performance: regulatory compliance regarding occupational health and safety, with quality-of-work-life requirements integrated from the programming stage.

For the CFO and asset manager: a site change order commonly represents 8 to 15% of the works budget, i.e. 80 to 150 k€ on a mid-sized project. On the projects we support, the budget overruns observed most often originate in insufficiently framed upstream programming. The programme becomes the central contractual tool linking the client, users and the project management team, enforceable in the event of arbitration, and it secures the asset’s market value with respect to the regulatory trajectory for reducing tertiary energy consumption by 2030.

When programming project management assistance is not justified. Contrary to the prevailing project management assistance doxa that prescribes programming as a systematic prerequisite, Kytom considers that below 300 sqm or for a simple refresh without a change of use, the cost of a mission absorbs a disproportionate share of the works budget and the ROI is rarely achieved before 36 months according to our internal simulations. In this case, a lightweight space planning framing is sufficient. Likewise, on a lease expiring in less than 24 months without a confirmed renewal, detailed programming loses its active value since the operating trajectory will not be borne by the client.

The Kytom method in five steps, calibrated over 12 weeks

The method unfolds in five sequenced steps, aligned with NF X50-110.

1. Strategic diagnosis (2 weeks): interviews with executives, the CFO, the HR Director and the Office Manager, audit of the existing portfolio, analysis of 8 to 12 HR-real estate indicators (occupancy rate, sqm/FTE ratios, cost per workstation).
2. User survey (3 weeks): questionnaires distributed to all employees, thematic workshops with a representative panel of 15 to 30 participants.
3. Capacity scenarios (2 weeks): modelling of three quantified hypotheses (status quo, optimisation, transformation).
4. Programme drafting (3 weeks): functional, technical and environmental components, aligned with the market’s environmental and usage-quality reference standards.
5. Validation and handover to project management (2 weeks): target budget, master schedule, risk matrix.

Each deliverable undergoes an internal quality review with double reading. Since 2006, the project management assistance missions accumulated feed an internal documentary base of sector-specific programmatic templates (finance, tech, retail, healthcare), reusable and adaptable to each client.

For the real estate department: the 12-week sequence absorbs Executive Committee validation cycles and fits within the operational window between lease signing and works start-up on a standard office project. Beyond this, delaying the lease commitment generates rent paid without occupancy, a significant cost in tight Île-de-France areas where tertiary rental values weigh heavily on cash flow from the very first weeks.

Limits of the 12-week method. Our reading diverges from the majority project management assistance practice that applies a single template: this schedule is not relevant for heavy industrial projects involving technical processes (data centre, P2/P3 laboratory, high-density trading floors). Programming there requires 18 to 24 weeks owing to HVAC, high-current and Q18-Q19 CNPP compliance constraints. On a standard office floor larger than 5,000 sqm with multiple sites and international governance, the project schedule is also undersized and must be extended to 16 to 20 weeks to absorb the extended Executive Committee validation cycles.

Measured benefits across three horizons: studies, construction, operation

The gains are verified at each phase of the project: in the studies phase, programming reduces back-and-forth with the project management team and shortens the detailed design duration; in the construction phase, it limits change orders and secures compliance with the initial budget; in operation, it supports the tertiary energy reduction trajectory by 2030 and improves employee satisfaction over time.

For a typical project, the programming project management assistance mission generates significant savings on the overall budget, the scale of which depends on the client’s maturity: an identified Executive Committee sponsor, a pre-validated budget and an exhaustive user consultation are the three decisive conditions for maximising gains in the construction and operation phases.

Conditions under which the stated gains do not apply. Unlike a standard project management assistance approach, the absence of an identified Executive Committee sponsor, a pre-validated budget or a complete user survey significantly compromises construction gains and the rapid achievement of return on investment. The programming project management assistance mission generally represents 1.5 to 2.5% of the works budget, i.e. an order of magnitude of 25,000 to 45,000 € excl. VAT for a medium-sized project.