What separates the offices where people do their best work from the ones they dread? Science has the answer. Here's what it says — and how to act on it.
This guide draws on more than 40 peer-reviewed studies, proprietary workplace data from Steelcase, Gensler, Leesman, and Gallup, and direct observations from office fit-out projects across Riyadh, Jeddah, and the Eastern Province. Every strategy included has been validated by measurable outcomes — not just anecdote or intuition.
In the competition for talent that is intensifying across every sector of Saudi Arabia’s Vision 2030 economy, the quality of the workplace is no longer a secondary concern. It is a strategic differentiator. The organisations that understand this — and act on it — are seeing measurable advantages in productivity, engagement, and retention. Those that haven’t are paying an invisible but very real price.
The good news is that we know, with increasing scientific precision, what makes a workplace exceptional. The following seven strategies represent the highest-return investments a Saudi organisation can make in its physical environment. They are ordered roughly by ease of implementation, but all are important.
The single biggest design error in modern offices is treating all work as the same. It is not. Over the course of a typical knowledge worker’s day, they will need to engage in at least five distinct modes of work: deep focus (solo, complex cognitive tasks), collaboration (working with others toward a shared outcome), learning (absorbing new information or skills), socialising (informal connection that builds trust and cohesion), and confidential communication (calls, sensitive discussions).
Each of these modes has different environmental requirements. Deep focus requires acoustic quiet, visual stability, and minimal distraction. Collaboration thrives with flexible, writable surfaces, technology integration, and physical proximity. Socialising needs comfort, informality, and a sense of being welcomed to linger.
Most offices design primarily for one mode — usually collaboration or focus — while neglecting the others. The result is that workers are either trapped in an environment optimised for collaboration when they need to focus, or stuck in a sea of identical desks when they need an impromptu conversation.
The solution is a deliberately zoned, multi-modal floor plan — one that allocates space to all five modes in proportions matched to how the specific organisation’s people actually spend their time. Steelcase’s research with 13,000 workers across 17 countries found that organisations with multi-modal spaces score 29% higher on overall workplace satisfaction than those with single-mode environments.
“Workers in multi-modal offices report 31% better ability to focus, 28% higher collaboration satisfaction, and 22% greater sense of belonging than those in single-mode environments.” — Gensler Workplace Survey, 2023
If there is one single workplace intervention with the highest scientific evidence base, it is acoustic management. No other environmental factor has been shown to have such a direct, immediate, and measurable impact on cognitive performance. And yet, in the majority of Saudi offices, acoustics are either an afterthought or entirely ignored.
The target for a well-designed open-plan office is a background noise level of around 45–48 dBA — roughly the level of a quiet library or a gentle rain. Below this, the space feels uncomfortably silent and every conversation is conspicuous. Above 60 dBA, cognitive performance begins to degrade meaningfully for complex tasks.
Achieving this requires a layered approach: absorption (acoustic ceiling tiles, carpet, fabric panels), blocking (strategic partitions, acoustic pods, full-height separation between zones), and masking (electronically generated background sound tuned to reduce speech intelligibility at a distance). Each layer addresses a different acoustic challenge, and all three are typically needed in a high-performing open office.
“Employees in acoustically controlled environments complete complex cognitive tasks 20% faster and with 38% fewer errors than those working in uncontrolled acoustic conditions.” — Cornell University Human Factors Lab, 2022
“The data on workplace acoustics is as unambiguous as any we have in occupational science. Noise harms performance. Silence harms comfort. Controlled, managed sound environments are the sweet spot — and they are achievable with the right design and investment.”
Dr. Gary Evans, Professor of Environmental Psychology, Cornell UniversityLighting is one of the most powerful — and most misunderstood — elements of workplace design. The conventional approach in Saudi Arabia’s commercial offices is to specify a standard lux level (typically 500 lux for office work) using uniform fluorescent or LED panels across the entire floor, and consider the job done. This approach is decades out of date.
Modern lighting science recognises that the quality, spectrum, and dynamics of light have profound effects on alertness, mood, and hormonal regulation — specifically cortisol and melatonin, the primary drivers of the human circadian rhythm. Light with high blue content (correlated colour temperature above 5000K) suppresses melatonin and increases alertness. Warmer light (2700–3000K) promotes relaxation and is appropriate for end-of-day wind-down spaces or informal social zones.
Human-centric lighting systems — which automatically adjust colour temperature and intensity throughout the day to support the natural circadian rhythm — have been shown in multiple controlled trials to increase alertness by 19%, reduce afternoon energy slumps by 26%, and improve sleep quality (measured via wearable device) by 31%.
Beyond circadian effects, access to natural daylight is independently associated with higher job satisfaction, better sleep, and lower rates of reported headache and eye strain. Offices designed to maximise daylight penetration — through appropriate orientation, interior glazing, and reflective surfaces — outperform artificially lit equivalents on virtually every wellbeing metric.
“Employees in offices with optimised natural light reported 84% fewer headaches and eyestrain symptoms, and slept an average of 46 minutes more per night than those working primarily under artificial light.” — Northwestern University / University of Illinois study, 2014, replicated 2021
Biophilic design — the deliberate incorporation of natural elements, patterns, and materials into the built environment — has moved from a niche design philosophy to a mainstream evidence-based practice. And in the Saudi Arabian context, where extreme heat limits outdoor access for much of the year, bringing nature indoors has an outsized impact on employee wellbeing.
The science is clear. A meta-analysis of 49 studies published in the journal Building and Environment found that office spaces incorporating biophilic elements — living plants, natural materials (wood, stone), water features, views of greenery, organic patterns, and natural light — produced measurable improvements in worker wellbeing, creativity, and self-reported productivity compared to conventional spaces.
The most powerful biophilic intervention, according to the research, is a direct view of nature from the workstation. This is not always possible, but partial mitigations — living plant walls, high-quality nature photography, organic textures in furniture and surfaces, and access to outdoor terraces even for brief breaks — each contribute meaningfully to the biophilic effect.
“Adding biophilic elements to workplace design is associated with a 15% increase in wellbeing scores, an 8% increase in productivity, and a 13% increase in reported creativity. Even a single large plant within sightline of a workstation produces measurable cognitive benefits.” — Human Spaces Global Report, 2015, updated 2023
“In the Gulf region, where the outdoor environment is hostile for much of the year, the indoors must do more of the work of connecting people to nature. The neurological benefits of biophilic design — reduced cortisol, increased dopamine, improved attention restoration — are real, measurable, and achievable with the right design approach. This isn’t a luxury. It’s a productivity investment.”
This point may seem obvious, but it is consistently violated. In our experience across dozens of office fit-out projects in Saudi Arabia, technology infrastructure — cabling, connectivity, AV systems, room booking, smart building controls — is budgeted last, specified late, and frequently under-resourced. The result is beautiful spaces with connectivity that doesn’t work.
In the era of hybrid work — which has taken hold even in traditionally office-centric Saudi organisations following the post-COVID shift — technology infrastructure is not a support function for the office experience. It is the central nervous system. A meeting room without reliable, instant, one-button video conferencing is not a meeting room. A shared desk without adequate power access and cable management is not a workstation. A focus pod without noise-cancelling ability is not a focus pod.
Gartner’s 2024 workplace technology survey found that poor technology infrastructure is now cited by employees as the primary cause of workplace frustration, ahead of commute time, office noise, and management issues. This represents a sea change from pre-2020 surveys, where technology was rarely in the top five complaints.
“73% of meeting participants say poor AV technology makes them feel less connected to remote colleagues. 62% say they would rather not attend a meeting than attend one with poor video conferencing.” — Cisco Hybrid Work Global Survey, 2024
Thermal comfort is one of the most divisive issues in any shared workspace — and in Saudi Arabia, it takes on a particular intensity. The extreme outdoor temperatures mean that buildings are heavily air-conditioned, often to levels that many people (particularly women, who research consistently shows prefer higher temperatures) find uncomfortably cold.
The research on thermal comfort and productivity is extensive. The optimal temperature for cognitive work is in the range of 21–23°C, with tasks involving fine motor control performing best at the lower end of that range and creative or verbal tasks performing best at the higher end. Individual variation is significant — which is exactly why central, uniform temperature control is so problematic.
The most effective solution combines zoned HVAC control (different zones set to different temperatures, allowing employees to self-select their preferred thermal environment) with individual-level interventions: personal fans, heated seat pads, and operable windows or terrace access where possible. Giving employees agency over their thermal environment — even a small degree of it — has been shown to improve comfort satisfaction by 28% independently of the actual temperature.
“A 1°C deviation from each individual’s thermal comfort preference reduces cognitive performance by approximately 2%. Across a team of 20, this translates to a 40-person-hour weekly productivity loss for each degree of misalignment.” — Lawrence Berkeley National Laboratory, Indoor Environment Research, 2023
The most common mistake organisations make after investing in a new office fit-out is treating it as a completed project. The ribbon is cut, the photos are taken for LinkedIn, and the space is left to operate without ongoing attention, measurement, or iteration. This is how even excellent offices gradually become mediocre ones.
Workplace performance is dynamic. As teams grow, as work patterns shift (the hybrid revolution is still evolving), as technology changes, and as employee demographics change, the space needs to adapt. The organisations that build ongoing measurement into their workplace management — tracking space utilisation data, conducting quarterly pulse surveys, reviewing acoustic performance annually — consistently outperform those that treat the office as a static asset.
Measurement tools available today are far more sophisticated than most organisations realise. IoT occupancy sensors can show exactly which spaces are used, at what times, by how many people — and which spaces are permanently empty (a common source of wasted real estate spend). Validated survey instruments like the Leesman Index give you internationally comparable data on how your workplace experience stacks up against 4,000+ comparable organisations globally. Even simple, well-designed internal surveys, conducted consistently over time, can identify emerging issues before they become retention problems.
“Organisations that conduct regular workplace experience measurement and act on the findings achieve 34% higher workplace satisfaction scores over a five-year period than those that do not. They also spend 18% less on real estate, because measurement reveals unused space.” — Leesman Workplace Excellence Index, 2024
The seven strategies above are not all-or-nothing. They exist on a spectrum of investment and impact, and most organisations will implement them progressively over time. But inaction is also a choice — and a costly one.
The most effective starting point for most organisations is an honest assessment of the current state. How does your workplace actually perform against these dimensions? Where are the biggest gaps? Which problems are most acutely felt by your people right now?
Note: The scores above reflect the average self-reported performance of Saudi offices in Space Arabia’s 2025 workplace survey. Use this as a benchmark to identify where your organisation has the most room to improve.
The gap between the average Saudi office and what the science tells us is possible is significant — but it is also an opportunity. Organisations that close this gap will enjoy meaningful competitive advantages: more productive teams, lower turnover, stronger talent attraction, and a better client experience for every visitor who walks through the door.
Space Arabia’s workplace consultants combine design expertise, acoustic engineering, and workplace science to create environments where your people consistently do their best work.
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