A desk is the most common form of standardised work area, and is so common that it is the first kind of working space where children take their lessons with their books in front of them and a teacher at the head of the room. Desks are pieces of furniture with flat or otherwise angled surfaces where people can read, write, or do other work. Desks are the points around which a person's working space is typically organised, and so is the focal point for the arrangement of workstations that may incorporate screens, keyboards, printers, drawers, materiel, or tools. The desk is the starting point for all work that requires focus, repetition, precision, or which can otherwise be done sitting down. Office workers spend the majority of their working day at desks and so the desk as a working area is a key point of intervention in occupational health and safety. Approximately 80 % of office employees report work‑related musculoskeletal disorders (WMSDs), particularly in the neck, lower back, and shoulders, with poorly configured workstations identified as a primary risk factor (Mohammadian et al., 2025).
There are many different kinds of and arrangements of desks to suit many different kinds of work. Simple office desks may have computer screens, a desktop computer or integrated computer, a keyboard, and mouse. More involved office desks may require the positioning of phones, adjustable and rotatable monitors, and potentially even a combination printer-scanner-fax-machine. Desks and workspaces are typically characterised by the work being done there, which informs the tools used in that space and how the work is done; sit‑stand desks, for example, are increasingly adopted to facilitate posture variation and reduce sedentary time where work is done in one area with approximately 61 % of studies examining sit‑stand workstations showing significant behavioural changes such as increased standing time, with evidence of reduced discomfort in many workers (Baker, Chambers & Robertson, 2019). Desks can be formally designed if in an office, or informally arranged as is common where students might study at dining tables. Even the side of a bed can be a desk in an emergency, though beds are much better used for more enjoyable non-occupational activities, like sleeping and doomscrolling.
As the desk is a central element of a worker's working environment, and workers have diverse bodies, work imposes diverse demands, and those demands are met at desks which can all be different, there is never a one-size-fits-all approach to the setup of a desk and workspace. This is even more important when considering workers' need for preference and comfort - workers develop their styles of work over their lives and so may not be amenable to changes in desks, chair height, or equipment into arrangements other than those they have already used or are experienced in using. This can be a good thing where workers can bank on that familiarity to be comfortable in their work. However, where workers develop habits that increase strain or exposure to hazards, those habits might be hard to break and require management, where properly trained workers demonstrate improved workstation habits, report reduced pain in key anatomical regions such as the neck (up to 42 % reduction), and demonstrate more appropriate alignment of monitor, keyboard, and desk relationships (Mahmud et al., 2011).
When considering desk setups, it is important to consider the worker, the work, the workspace, and the workplace more generally. The worker should be consulted regarding desk setup and arrangement so that the final composition of working elements is satisfactory to them. Workers who participate in ergonomic assessments are more likely to adhere to recommended postures and equipment adjustments. The work should thus be considered to make sure that the worker is provided with the tools, convenience, and flexibility to do that work. The workspace outside of the desk, where that workspace is comprised of other tools, workstations, 2D and 3D printers, and other plant, should be controlled with respect to risk and exposure. Lastly, the workplace should contribute information, training, instruction, and supervision to ensure the worker is working comfortably and well, where differences in ergonomic risk are assessable between workers with and without musculoskeletal pain when measured by standard tools such as ROSA, RULA, and REBA (Rodrigues et al., 2017.)
Each workplace is different, with different demands, methods of business, and is staffed by people whose capacities, needs, and risk profiles are different. Managing ergonomic, environmental, and occupational health and safety challenges requires a business to examine and engage with the ecosystem of factors that give rise to risk, and how that risk may affect people. Each workplace is different and so sometimes the same problem will require different solutions. This applies to workers as well - every person is different and so may require different support, supervision, or resources to perform comfortably and sustainably. Under Work Health and Safety law, consultation with the workforce, the control of risk as far as is reasonably practicable, and the provision of information, training, instruction and support to the worker by the workplace, is essential to meet obligations to provide workers with a workplace that is as free of risk as far is reasonably practicable.
In our capacity as consultants, Atlas Physio will explore and scope the business and its needs, examining how exposures, risks, and processes contribute to the hazard ecosystem, best inform the design and arrangement of procedural, policy-based, and practical risk controls. Our solutions are tailored to the needs of those with whom we work, implemented in a simple, sustainable, and supportive fashion, designed to be robust and resilient, and to support the ongoing life of the business as well as the sustainable wellbeing of the workers who undertake the day to day activities of work.
At Atlas Physio, we provide reporting, structured control, and ongoing management of risk onsite, on the road, and wherever work is done. We are open seven days a week, and are happy to offer a brief complimentary discussion to explore the needs of your business and your workers if you are an employer, and your needs if you are a worker. Reach out today to arrange a discussion and take the first step toward managing risk and working safely, supported by expertise that is practical, reliable, and designed to deliver lasting results.
References
Baker, N. A., Chambers, A. J., & Robertson, M. M. (2019). The Effect of Sit-Stand Desks on Office Worker Behavioral and Health Outcomes: A Scoping Review. Applied Ergonomics, 78, p 37-53
Mahmud, N., Kenny, D. T., Md Zein, R., & Hassan, S. N. (2011). Ergonomic Training Reduces Musculoskeletal Disorders among Office Workers: Results from the 6-Month Follow-Up. The Malaysian journal of medical sciences : MJMS, 18(2), 16–26.
Mohammadian, M., Mollahoseini, S., & Naghibzadeh‑Tahami, A. (2025). Musculoskeletal disorders among office workers: Prevalence, ergonomic risk factors, and their interrelationships. Scientific Reports, 15, 45425.
Rodrigues, M. S. A., Leite, R. D. V., Lelis, C. M., & Chaves, T. C. (2017). Differences in ergonomic and workstation factors between computer office workers with and without reported musculoskeletal pain. Work, 57(4), 563-572.