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INFLECTION POINTS — rapidly shifting the industry’s future direction
Significant changes have accelerated and shifted the FM industry’s future direction. For example, workers no longer need to come to the office to be innovative, collaborative or productive. Digitizing assets and operations provides opportunities to close gaps and develop new services. Several concurrent environmental crises have made us aware of buildings’ massive ecological footprints, which must be reduced, mitigated and remediated. Buildings’ impact on people's health and well-being has amplified facility management’s role in creating cleaner, safer environments. In summation, these inflection points create vast opportunities for those facility managers amenable to developing new mindsets, business models and services.
Workers do not need to come into the office.
The COVID-19 pandemic shifted many knowledge workers into distributed workers. Before the pandemic, the average number of work-from-home (WFH) days doubled every 12 years in the United States. In 2019, approximately 5 percent of all workdays were WFH. Now roughly 30 percent of all workdays are WFH — a sixfold increase corresponding to 30 years of pre-pandemic growth compressed in a little over two years.[1]
Evidence does not support that knowledge workers (approximately 45 percent of the workforce and growing[2]) must come to the office to be innovative, collaborative and productive. Innovation exploded during the pandemic. A recent study by McKinsey & Co. showed that business formation (registrations of new businesses) increased during the pandemic along with patent registrations — filing activities grew across the 150 authorities according to the World Intellectual Property Indicators.[3] These advances “required people collaborating remotely, leveraging technology in different ways, and being bolder with innovation, automation and digitization.”[4] How can facility managers integrate emerging technologies like avatars, avatar-based virtual worlds and persistent video to create digitally integrated physical spaces to transform working environments into places people clamor to use?
Digitizing assets and operations provide opportunities for new business models and services.
Unsurprisingly, the pandemic catapulted many organizations — including FM organizations — into a digital-first orientation.[5] Before the pandemic, studies identified that FM practitioners had relatively low technological knowledge and were complacent about the profession's digital future.[6] The FM industry is now rapidly digitizing assets and operations. Digital technologies are critical for developing solutions for the industry's most vital challenges in occupant health and well-being, pollution control, energy and materials use, and more. Technology uptake is now catching up with other digitally enabled industries. A 2021 assessment of the global PropTech sector identified 2,045 companies in 66 countries that raised US$12.05 billion in funding from 1,809 investors for new technology solutions.[7]
The digitization of the FM industry will enable organizations to reinvent industries, substitute products and services, craft digital businesses, reconfigure delivery models and create new value propositions. The digitization of the FM industry will also transform required skills and competencies. With robots, digital assistants, chatbots, digital avatars, VR/AR headsets and other interfaces, we are amid a cobotic revolution in which workers work alongside machines. As technology automates and augments, technology enables FM organizations and workers to do things that were once impractical, requiring new skills and competencies.[8][9] How will FM operations transform in ways that support individuals' ability to control the information that is shared? What skills and competencies will facility managers need to be successful?
Buildings’ ecological footprint is enormous, and facility managers must reduce its impact.
Buildings’ environmental footprints are massive and need to be reduced. The construction and building sectors are responsible for 33 percent of global resource consumption[10] and 40 percent of global waste.[11] Operations are also a significant challenge as building operations account for 80-85 percent of real estate’s total energy usage.[12] Given that most office environments go unused during working hours,[13] there is much to be done to make operations more sustainable. For example, what can facility managers do to decrease buildings’ greenhouse gas impacts? How can facility managers reduce, narrow and close materials, energy and water flow into and out of the built environment? How can the built environment and surrounding areas restore local biodiversity?
The built environment impacts health and well-being.
The COVID-19 pandemic crystalized how the built environment affects health and well-being in people's minds. People spend 21 hours a day indoors, where concentrations of indoor air pollutants can be two to five times higher than outdoors.[14] However, poor air quality is not the only indoor environmental health challenge.
The built environment can directly and indirectly effect physical, mental and cognitive health. For example, dementia and Alzheimer's patients adjust better to smaller, homier facilities. People living and working in crowded conditions often experience psychological distress; and a lack of access to daylight leads to increased depressive symptoms.[15] What spaces and services can facility managers provide that will improve the quality of the indoor experience and increase occupants' physical, mental and cognitive well-being?
As the above inflection points suggest, the FM industry faces several complex challenges over the coming decade and needs insight, knowledge and thought leadership to move to higher ground. Traditionally, facility management has supported the primary process of an organization by ensuring that the built environment is fit for purpose and by providing services that fulfill end-user needs. These activities have often been completed independently of other support functions.
This approach is no longer sustainable. Facility managers can only develop effective solutions when they consider them holistically, which requires a multidisciplinary mindset. Understanding how one potentially positive solution could negatively affect another is critical. For example, digital technologies could increase the built environment's environmental footprint through increased e-waste and energy consumption through distributed ledger technologies, the Internet of Things, platforms, and virtual and augmented reality concepts.[16]
While the FM industry needs a multidisciplinary mindset to deal with these inflection points, the industry should not forget its long history of innovation. Facility managers should infuse the reshaping and repurposing of the built environment with inventiveness and abundant industry expertise. Through research, we can unlock, understand and use ingenuity and expertise wisely, creating a relevant and trailblazing evidentiary base.
Sources/References
[1] Nick Bloom (2022) The Future of WFH. Stanford Executive Presentation (July).
[2] Nick Bloom (2022) The Future of WFH. Stanford Executive Presentation (July).
[3] “How virtual work is accelerating innovation” (2022). McKinsey & Company (June 6). https://www.mckinsey.com/business-functions/operations/our-insights/how-virtual-work-is-accelerating-innovation
[4] “How virtual work is accelerating innovation” (2022). McKinsey & Company (June 6). https://www.mckinsey.com/business-functions/operations/our-insights/how-virtual-work-is-accelerating-innovation
[5] Jeffrey Saunders (2022), Leading the Digital Transformation. IFMA. (forthcoming).
[6] IWFM, (2018) “Embracing technology to move FM forward”
[7] PropTech Global Trends 2021 Barometer (2021)
[8] WEF, (2022) Digital Transformation of Business
[9] Jeffrey Saunders (2022), Leading the Digital Transformation. IFMA. (forthcoming).
[10] Ellen MacArthur (2019) From Principles to Practices: Realising the value of circular economy in real estate. Acharya, D., Boyd, R. and Finch, O. A Report of Ellen MacArthur Foundation and ARUP.
[11] Ness, D.A. and Xing, K. (2017) Toward a Resource-Efficient Built Environment, A Literature Review and Conceptual Model, Journal of Industrial Ecology, 21(3), 572-592, DOI: 10.1111/jiec.12586.
[12] Sharma, A., Saxena, A., Sethi, M., Shree, V., and Varun (2011) Life cycle assessment of buildings: A review, Renewable and Sustainable Energy Reviews, 15(1), 871-875, DOI: 10.1016/j.rser.2010.09.008.
[13] Ellen MacArthur (2019) From Principles to Practices: Realising the value of circular economy in real estate. Acharya, D., Boyd, R. and Finch, O. A Report of Ellen MacArthur Foundation and ARUP.
[14] EPA (2022). Report on the Environment: Indoor Air Quality. https://www.epa.gov/report-environment/indoor-air-quality
[15] G. Evans (2003) ”The built environment and mental health” Journal of Urban Health (December). https://pubmed.ncbi.nlm.nih.gov/14709704/
[16] European Commission (2022). 2022 Strategic Foresight Report. https://ec.europa.eu/info/strategy/strategic-planning/strategic-foresight/2022-strategic-foresight-report_en