Abstract:
During the coronavirus (COVID-19) outbreak, there
was a sharp rise in the number of persons working from home
(WFH), which eventually became the "new normal". The aim of
this study was to fill the gap in detailed quantitative knowledge
regarding space and travel savings as a result of WFH, albeit via
a specific case study. The main objectives were to (i) Identify
relevant issues via a systematic literature review; (ii) Compute
the office space and fuel savings accrued when using hybrid
working techniques; (iii) Explore employee preferences and
attitudes towards WFH after categorizing the employees and
(iv) Seek correlations between responses from the various
employee responses. The findings show that, considering the
reduced number of days of office space usage, 59% of office area
can be saved from WFH. The employees' fuel savings were
calculated for five separate groups of staff. The fuel savings
ranged from 52% to 69% across the groups. The data indicated
that employees are happy to work from home in general, and
that there is potential to save office space. There is also some
evidence that existing social differences across the workforce
may have widened.
Citation:
U. Wijekoon and P. Dias, "Possible Influences of COVID-19 on Infrastructure," 2023 Moratuwa Engineering Research Conference (MERCon), Moratuwa, Sri Lanka, 2023, pp. 36-41, doi: 10.1109/MERCon60487.2023.10355484.