Current Research Topics

Please refer to the guidelines for preparing and submitting a proposal, which can be found here.

OERC Areas of Interest


Productivity has been challenging to measure for knowledge workers, but is important to understand because it gives a measurement that could affect a company’s profitability. Understanding how ergonomic design, setup, or strategies affect productivity can provide the end users and companies with these valuable measures.

How do you get workers to change behavior and make it sustainable? How can you optimize the use of the hardware, software, or real-time exposure for productivity? How can you collect data that is more objective, accurate, and helps to shape behaviors?

The term technology is not limited to current computing devices but includes software, furniture, fitness monitoring/wearable devices, smart buildings, etc., as well as new computing devices and new ways of interacting with technology. How does changing technology affect the ergonomic risks or effects in the office environment? How can technology be used to improve assessment of ergonomic effects, help change worker behavior, or improve outcomes?

The workplace environment is changing and is no longer just a landscape of traditional workspaces (closed offices, cubicles, etc.). People work in many different locations: work, conference rooms, shared spaces, cafes, home, or public transportation. The office environment is not the only place for the ergonomic challenges—they can also occur in healthcare, higher education, and other workplaces.

Demographics and Office Factors
There may be compounding factors in understanding the effects and risks of ergonomics. Some of those include (but are not limited to): age, nationality, office culture, type of work performed, gender, where people work (cubicle, open area, café, hotel, etc.), how they work (standing, sitting), and time of exposures. These are important factors to consider in the design of research.

OERC 2023 Research Topics: 

The OERC has created the following list of Research Priorities for 2023. In each of the priorities, we are interested in understanding the “human factors/ergonomic effects” on productivity and/or behavior for each topic and practical recommendations for applying the research findings. The term effects can encompass both positive and negative effects (benefits/risks).

NOTE: The research priorities are presented in random order.  Position on the list does not indicate importance, and all topics should be considered as of equal interest to OERC.

  1. What are the human factors/ergonomic effects of new display technologies (such as high resolution, curved, high dynamic range, 3D, projective, higher refresh rates, and blue light filters) or the use of multiple displays, very large displays, and display orientation on user performance, comfort, and health outcomes?
  2. What human factors/ergonomic issues need to be considered in workplace design to support new and changing technologies such as collaboration tools, mobile devices, AR, VR, artificial intelligence? What are the effects on the physical environment factors, including lighting and noise requirements, and the associated health, comfort, and well-being issues?
  3. What are the physical and mental effects of working from home, or in a hybrid work environment (combination of remote work with office work), on employee’s well-being and performance? How do remote work programs, Work From Home, virtual offices, or hybrid work affect organizational issues (e.g., communication, teamwork, work organization, psychosocial etc.)? What are the human factors/ergonomics considerations for the design and implementation of new technologies in a Work From Home setting? What valid and reliable tele-ergonomics assessment could be designed and implemented to address the human factors/ergonomics issues in a Work From Home setting?
  4. What are the human factor/ergonomics effects of the latest input technologies or interactive input methods such as gestures, eye-tracking, voice and multi-modal input on performance, comfort, and usability? How will users know which device or modality is the most appropriate for the tasks performed, and how can the user interface be optimized for the selected input method?
  5. What are the human factors/ergonomic effects, e.g., physical, or cognitive, associated with AR/VR devices, especially headsets and controllers? Comfort of headsets and potential effects on circadian rhythms or effects on the eye are of particular interest.
  6. What intervention strategies, for example, in-the-moment-learning, practicing the learned behaviors, etc., are most effective at motivating and sustaining ergonomic behavioral changes in the workplace? Are there principles that might apply to software and associated wearables (which is more easily measured) that could apply more generally to any intervention?
  7. Are there features of office design and/or organizational policies that can reduce symptoms, and enhance worker’s well-being and performance to create a profitable, healthy and sustainable organization? Are there key human factors/ergonomic principles that might apply to effectively design a post-COVID office hybrid work arrangement/program regarding safety, well-being, team, and group work? Field studies with mid to long-term exposure measures are of particular interest.
  8. What are the human factors/ergonomics effects of artificial intelligent (AI) assistants or machine learning (ML) algorithms and what new challenges do they pose to workers? How can data analytics or telemetry from these AI or ML tools be used across user populations to positively impact organizational decision making to reduce physical exposures and increase productivity? How is the data privacy being addressed in companies and what training is effective to best maintain data security?
  9. What macroergonomics interventions are effective on managing and reducing employee’s workload, psychosocial stress, fatigue, burnout, and presenteeism/absenteeism as well as enhancing performance? What programmatic work system mechanisms or approaches could be designed and implemented to better manage and sustain employee’s well-being, health, safety, and performance? Factors such as organizational policies, job design, environmental and social factors, and technology components along with their systematic interactions should be considered in the proposed field study.
  10. What efficiency tools, software, and/or training are effective to reduce risk of injury in knowledge workers by reducing exposure, and/or to increase productivity by allowing users to do more in a fixed period?