Phnom Penh Layouts for Two Home Workers

A “two-bedroom” label tells you how rooms are marketed; it does not tell you whether a 1200 mm desk can share a wall with a bed and wardrobe, whether the chair can move back, or whether a second worker ends up sitting in the route to the kitchen or balcony. For that reason, the useful starting point is the geometry of the plan rather than the apartment’s headline area or the furniture drawn into a sales rendering.

Each plan below is tested with the same pair of setups: a 1200×600 mm desk plus an 800 mm working zone behind the chair. A position only counts when that footprint does not need to occupy a door swing, built-in storage, a fixed kitchen run or an obvious circulation route. If the second desk works only by giving up the dining area or by turning the second bedroom into a dedicated office, that is treated as a real trade-off rather than hidden behind a simple “fits” label.

This is still a geometry test, not a home-office certification. A dimensioned drawing can show space and conflicts; it cannot establish acoustic separation, internet performance or the daylight and glare at a particular unit. Those questions require different evidence after the floor plan has passed the first test.

A comparison only works if the furniture does not change to suit the result. Every usable drawing therefore receives the same two 1200×600 mm desk rectangles and an 800 mm chair-working zone behind each desk. Those dimensions are an editorial test scenario, not a Cambodian legal minimum and not a claim that this desk size suits every worker. Their purpose is consistency: a difficult plan does not get a smaller desk simply to make it pass.

The test starts from numeric dimensions on the drawing. Urban Village Phase 2 provides dimension strings and separates net from gross area; the four Block E plans used here run from roughly 44 to 56 sq m net. UC88’s official apartment page publishes floor-plan brochures, while reproduced dimensioned unit drawings show the internal arrangement of selected two-bedroom residences. The UC88 examples used here are much larger on gross area, around 113.74–119.03 sq m, but that alone is not the result. Door positions, usable wall lengths and fixed service zones still decide where a desk can go.

We also avoid inventing a clearance figure when the drawing does not dimension the exact gap that remains after a chair is added. In those cases the defensible statement is narrower: the test footprint can be placed without a visible overlap on the scaled, dimensioned plan, while the remaining clearance must be measured on the exact unit plan. That is a more useful distinction than presenting a brochure drawing as if it were an as-built survey.

Loose furniture in the rendering is treated differently from fixed geometry. A bed, sofa or dining table can be replaced or rearranged; a kitchen run, doorway, structural wall, built-in cabinet or balcony opening normally cannot. Those fixed elements are what make two plans with similar headline areas behave very differently once two workstations are introduced.

This is not a project ranking. “Fits” means the two 1200×600 mm desk footprints and 800 mm chair zones can be placed on the dimensioned geometry without an evident clash with fixed elements. The exact unit still needs its own drawing because mirroring, built-ins and door positions can change the outcome.

The easiest false positive is a desk that fits while the chair does not. A 600 mm-deep desk can sit neatly against a wall, yet the 800 mm working zone behind it may fall directly into the route to a door, wardrobe or balcony. That is why the test treats desk and chair space as one working footprint instead of assuming a desk is usable wherever its rectangle can be drawn.

The compact Urban Village E/2B-A and E/2B-B Cozy plans illustrate the trade-off well. At roughly 44–46 sq m net, the second full workstation is less a question of whether 1200×600 mm exists somewhere on the drawing and more a question of what that space used to do. Turn the smaller room into an office and some second-bedroom or guest utility disappears; keep it as a bedroom and the second setup moves into the living area, where it competes with dining or shared living space.

The larger E/2B-A Big and E/2B-B Big drawings make separation easier, but shape still matters. In the B Big plan, the narrower transverse part of the room constrains which way the desk and chair can face; the chair zone needs to open into usable room space, not into a doorway. UC88’s two-bedroom units provide substantially more floor area, yet balcony openings and built-ins still remove apparently convenient wall sections from the workstation calculation.

We do not turn those observations into an invented “minimum passage” number. The available drawings support the geometry and the obvious conflicts, but they do not dimension every residual gap created by a particular chair. For a unit under consideration, that last clearance is better measured on the unit-specific contract drawing or on site.

Two desk footprints only solve the space problem. If both people spend hours on simultaneous video calls, two desks in one living room may pass the geometry test while still producing a poor working arrangement. A floor plan does not tell us the acoustic performance of a wall, so a drawn partition cannot be upgraded into a promise of quiet.

A household with one call-heavy worker and one mostly quiet worker has a different threshold. One closable room plus a second workstation in the living area may be perfectly practical because the two activities are at least physically separated when needed. That observation does not require an acoustic claim; it simply recognises that a door creates a different use pattern from two people sitting in the same room.

Occasional home working changes the calculation again. If schedules rarely overlap, preserving a guest bedroom may matter more than giving the second worker a permanently closed office. Conversely, a plan that only passes by converting the guest room into a full-time office does not meet the needs of a household that must keep that sleeping function.

That is why the same floor plan can produce a different answer for different two-worker households. The compact Urban Village options involve a sharper choice between room functions, while the larger UC88 layouts offer more placement flexibility; neither fact, by itself, establishes privacy or sound isolation.

Sound is the biggest boundary of the drawing. A wall line does not reveal the partition build-up, workmanship, door seals or the amount of speech that will carry between rooms. Two desks in separate bedrooms therefore demonstrate spatial separation only; the claim that two people can take calls without disturbing each other needs evidence from the actual unit.

Connectivity sits outside the drawing as well. A data point, a new building or a generous living room does not tell you which service is installed, where the router will sit or what the wireless signal is like behind a closed door. For two people who rely on video calls, the relevant check is the real connection and signal at the positions where the desks will be used.

Windows matter to geometry because they remove wall space and may be part of the route to a balcony. They do not establish useful daylight. Orientation, floor level, neighbouring buildings, balcony depth and time of day can change glare and brightness significantly, which is why NovAsia treats window orientation as a separate question instead of inferring it from this layout test.

Finally, the 1200×600 mm desk and 800 mm chair zone are comparison assumptions, not a guarantee of personal comfort. UK HSE guidance, for example, treats a sustainable working posture as dependent on the worker, furniture and equipment. That guidance is useful as a reminder of the limit of a floor-plan test; it is not presented here as a Cambodian building or ergonomic standard.

A brochure plan is useful for screening a layout family, but the purchase or lease concerns one specific unit. Mirroring can change which wall is usable, and later specifications may alter a wardrobe, door position or furniture package. A small shift in an opening can remove the wall that appeared to take a desk comfortably on the generic plan. The final check therefore needs the exact unit code, floor/stack and the current dimensioned attachment or specification.

For a completed apartment, direct measurement is stronger than a rendering. Measure the clear wall length for each desk, the depth from that wall to the next fixed obstacle, the full door swing, wardrobe access and the route to the balcony. Put the chair into its working position as part of the check; the missing clearance often appears behind the chair, not under the desk.

An off-plan unit may not yet be available to measure. In that case the useful document is the dimensioned plan or specification tied to the particular unit, together with a clear statement of which built-ins are part of the handover. If the only evidence is a generic image with no reproducible scale, “insufficient data” is more accurate than assuming that the furniture will probably fit.

Only after the geometry works should the household test the questions that the drawing cannot settle: speech through closed doors, connection quality at both work points, and real daylight or glare. Floor level and the unit’s position in the building belong to that separate verification instead of being folded into this desk-placement result.