Network Research Highlight: Vocational Interests and Fit

By: Keaton Fletcher

Members of the Work Science Center Advisory Council, Tara Behrend and David Blustein, recently published a groundbreaking study, led by Alexander Glosenberg, in the Journal of Vocational Behavior exploring the fit between individuals’ vocational interests and their current careers across the globe. Vocational interests are essentially common aspects of jobs or careers that may be particularly attractive to individuals. One model, RIASEC (Holland, 1997), breaks these potential interests into Realistic (preference for hands-on tasks), Investigative (preference for scientific inquiry), Artistic (preference for ambiguity), Social (preference for interpersonal interactions), Enterprising (preference for business-oriented activities), and Conventional (preference for data manipulation). A second model, the Octant model (Tracey, 2002), has a similar, though more nuanced break down of vocational interests that is not entirely different from RIASEC. Taken together, these models suggest interests may vary along two dimensions, a preference for data versus ideas and a preference for things versus people. Glosenberg and colleagues used these two models and their combined understanding to explore the nature of vocational interests and person-vocation fit.

Using a final sample of over 63,000 employed individuals from 74 countries/territories, the authors found individuals with higher levels of education are more likely to have a career that fits their vocational interests. This is even more so the case in countries highly individualistic countries and countries with high levels of economic development. Further, the authors found that one of the main models of vocational interests may not hold up as well in less economically developed countries, potentially because work focusing on data and ideas is not as accessible as it is in developed countries.

The Science Behind Uber’s Nudges

By: Brian Hengesbaugh

Behavioral science has long been used by media and advertisers to influence the decision-making of consumers (e.g., pricing items at 99 cents instead of the full dollar). The growing “gig economy,” in which temporary jobs are completed by independent contractors instead of full-time employees, has led employers to look towards behavioral science concepts in an effort to increase their influence over gig workers.

The New York Times article, ‘How Uber Uses Psychological Tricks to Push Its Drivers’ Buttons,’ explains that the Uber drivers’ status as independent business owners leads to significant cost savings for the company, however, a key trade-off is that Uber cannot control the times or locations that the drivers choose to work. This lack of control over drivers’ schedules can lead to the company’s inability to meet customer demand at peak times (e.g., rush hour) and peak locations (e.g., concert venues). In these situations, Uber currently uses a price increase called surge-pricing to reduce customer demand and entice more drivers to get behind the wheel. The challenge is that surge-pricing scenarios are bad for Uber, but good for drivers. When prices increase, Uber is losing potential customers and current customers face longer wait-times between rides – not good for Uber. For the drivers, the price increase leads to greater compensation per ride and shorter wait time between rides, which increases their effective hourly rate – good for drivers. The misalignment of incentives between the company and the drivers, coupled with the lack of control over drivers’ schedules, has lead Uber to explore methods other than surge pricing to influence the decision-making of drivers. Below is an examination of three interventions, and the associated behavioral science concepts, that Uber has used in an effort to influence their drivers.

Intervention: Almost There!

Goal: Extend shift length

Description: When drivers attempt to log-off, the app sends them a message stating that they are only a specific number of dollars short of reaching an arbitrarily set income goal for the day.

Behavioral Science Concept: Loss Framing – Prospect theory states that people are motivated more by the threat of loss than by the potential of equivalent gain (Kahneman & Tversky, 1979). As a result, people are more likely to take risks to avoid losses than to secure gains. The message from the app frames the daily income as a loss relative to the arbitrary income goal and the motivation of loss aversion leads the driver to continue their shift.


Intervention: Forward Dispatch (or Auto-Queuing)

Goal: Extend shift length

Description: Uber pre-loads the driver’s next ride before the current ride has ended.

Behavioral Science Concept: Regret Avoidance – People feel greater regret for bad outcomes that are produced by new actions than for bad outcomes that result from inaction, and therefore exhibit preferences for inaction (Kahneman & Tversky, 1982). By pre-loading the next ride, Uber has created a scenario in which the driver’s inaction results in continuing the shift.


Intervention: New Driver Signing Bonus

Goal: Reduce attrition rate of new drivers.

Description: New drivers are given a financial bonus when they reach 25 rides.

Behavioral Science Concept: Sunk Cost Fallacy – The investment of time, money, or effort produces a greater tendency to continue an endeavor (Arkes & Blumer, 1985). In order to reach 25 rides, the driver will have invested a significant amount of time and effort in the process and will be more likely to continue working as a driver. As the “gig economy” continues to grow employers will continue to explore new ways to use behavioral science to increase control over independent contractors. Clear ethical guidelines must be developed to help companies navigate scenarios in which there is a misalignment of incentives, or an asymmetry of information, between the company and workers.


Kahneman, D., & Tversky, A. (1979). Prospect theory: An analysis of decision under risk. Econometrica, 47, 263-291.

Kahneman, D., & Tversky, A. (1982). The psychology of preference. Scientific American, 246, 160-173.

Arkes, H. R., & Blumer, C. (1985), The psychology of sunk costs. Organizational Behavior and Human Decision Processes, 35, 124-140

Network Research Highlight: Understanding Empathy with Malissa Clark

By: Keaton Fletcher

In a recent review accepted for publication in the Journal of Organizational Behavior, Dr. Malissa Clark (Work Science Center Network Member) and colleagues provide a clearer understanding of the nature and role of empathy in the workplace. Empathy is a complex phenomenon with affective (e.g., experiencing others’ emotions), behavioral (e.g., demonstrating you share another’s internal state), and cognitive (e.g., understanding others’ thoughts) components. People can vary in their trait-levels of empathy, in other words, some people are more empathetic than others, but can also vary moment-to-moment in their empathic state (i.e., I’m more empathetic now than I was this morning).

Clark and colleagues suggest that the proposed link between empathy and improved job performance may be premature; that this relationship may not be as clear as once thought. Specifically, much of the literature confuses empathy (i.e., experiencing the same state as another individual) and sympathy (i.e., understanding, but not experiencing another’s state) sometimes capturing both. So we do not really know if more empathetic people actually are more likely to perform better, or go above and beyond for their colleagues and company. Research does, however, suggest that people view more empathetic individuals as better leaders. There is also promising initial evidence reviewed by Clark and colleagues that suggests empathy may be able to be manipulated. In the remainder of their manuscript, Clark and colleagues outline goals for future researchers on how to improve our understanding of empathy.

Millennial cyberloafing: Why it’s costly & how to approach the problem

By: Jacqueline Jung

With access to technology and the internet nearly ubiquitous in the modern workforce, organizations are struggling with a relatively new phenomenon: cyberloafing. Cyberloafing is the use of technology at work for non-work-related purposes (e.g., checking social media, watching YouTube videos). Cyberloafing may reduce productivity and has been estimated to cost U.S. organizations $85 billion annually (Zakrzewski, 2016). On the other hand, employees born between 1981 and 1995 (i.e., Millenials), grew up with the internet and constant access to technology, and may, to some extent, expect to have this continued liberty at work. The question then remains: how can organizations mitigate the negative effects of cyberloafing while still attracting and retaining millennials, who will soon make up the majority of the U.S. workforce?

For millennials, technology may be viewed as inseparable from communication and entertainment; texting is the standard mode of communication, and sporting events, music, and games can all be accessed through a smartphone (PEW Research, 2009). Millennials also prefer to use the internet to learn new information, more so than their colleagues from previous generations who prefer traditional, structured training (Prosperio & Gioia, 2007). Millennials also do not hold the same work values as other generations–they view work as less important to their identity and place a stronger priority on leisure and work-life balance compared to previous generations (Twenge, Campbell, Hoffman & Lance, 2010). Taken together, this suggests that addressing cyberloafing may be particularly challenging when considering Millennial employees.

Two opposing organizational approaches toward cyberloafing organizations are deterrence and laissez-faire. Deterrence policies limit technology use through stringent monitoring and surveillance, while laissez-faire policies encourage little to no interference or surveillance from the company. 66% of firms claim to monitor Internet use at work (American Management Association, 2008), and while regulation may increase productivity, too much can be counterproductive (e.g., Henle, Kohut, Booth, 2009). Deterrence strategies, such as stringent technology use policies may lead to millennials’ erosion of trust in the organization because surveillance is viewed as an indication of distrust, and millennials view technology as a right that should not be blocked (Coker, 2013). Strict monitoring may also be seen as an encroachment upon Millennials’ desire for work-life balance. Therefore, a zero tolerance for personal technology use may make it difficult to attract Millennials to an organization and may increase turnover intentions among Millenials within the organization (e.g., Henle et al., 2009).

A laissez-faire approach, on the other hand, leaves employees susceptible to the myriad of negative outcomes of technological distractions. Henle and colleagues (2009) suggest that technology may reduce individuals’ attention toward their tasks, and cyberloafing may reduce the amount of time individuals have to complete their tasks, thereby increasing employee stress. Ultimately, employees’ unrestricted access to personal technology use may lead to a decline in organizational performance (Raisch, 2009).

There are viable solutions, however. For example, organizations can establish a clear technology use policy and train millennials as well as their managers on both the benefits and drawbacks of personal technology use at work. When seeking to create this policy, organizations should form an internal committee that includes employees in order to reach an agreed-upon and mutually beneficial stance. This may reduce the likelihood that employees will react negatively to the final policy, since they were a part of its creation (Corgnet, Hernan-Gonzalez & McCarter, 2015). Finally, organizations must provide relevant training on policies and best practices to both employees and managers to ensure standardization and compliance.

References

Coker, B. (2013). Workplace internet leisure browsing. Human Performance, 26(2), 114-125.

Corgnet, B., Hernan-Gonzalez R., & McCarter, M. W. (2015). The role of decision-making regime on cooperation in a workgroup social dilemma: An examination of cyberloafing. Games, 6, 588-603.

“Generations Online in 2009.” Pew Research Center, Washington D.C. (January 28, 2009). http://www.pewinternet.org/2009/01/28/generations-online-in-2009/.

Kim, S. (2018). Managing millennials’ personal use of technology at work. Business Horizons, 61(2), 261-270.

Proserpio, L. & Gioia, D. (2007). Teaching the virtual generation. Academy of Management Learning & Education, 6(1), 69-80.

Raisch, S. (2009). Organizational ambidexterity: Balancing exploitation and exploration for sustained performance. Organization Science, 20(4), 685-695.

Twenge, J., Campbell, S., Hoffman, B., & Lance, C. (2010). Generational differences in work values: Leisure and extrinsic values increasing, social and intrinsic values decreasing. Journal of Management, 36(5), 1117-1142.

Zakrzewski, J. L. (2016). Using iPads to your advantage. Mathematics Teaching in the Middle School, 21(8), 480-483.

Network Research Highlight: Leveraging the Benefits of an Aging Workforce

By: Riley Swab

Rising populations coupled with increased life expectancies have left industrialized nations to deal with a new issue in the workforce. In fact, the U.S. Census Bureau has estimated that by 2035 people over the age of 65 will outnumber children under age 18. As more people live to older ages, they are expecting to work longer before retirement. According to the United States Department of Labor, since 1990 the amount of people over the age of 55 who are working has increased over 10 percent. In response to workers’ increased age, companies must now focus on how to best utilize the unique strengths and the needs of an aging workforce. Companies are vested in ensuring that their employees age optimally, both for the company and the worker’s benefit. With the age of retirement increasing, active aging is becoming more crucial in the context of work as people spend more time working.

According to the World Health Organization, active aging is “the process of optimizing opportunities for health, participation, and security in order to enhance quality of life as people age” (Zacher, Kooij, & Beier, 2018). This optimization requires the efforts of both the aging individual worker and the company who employs the worker. The individual worker seeks to maximize their experience in the workforce as they age and become a senior worker. Meanwhile, the company must actively adapt to the factors that both predict older workers’ success and help them succeed in the workforce. According to a study on active aging in the workforce, a balance of losses and gains is the key to successful active aging. As age increases, physical abilities decline, while accumulated knowledge increases. If a company can successfully leverage these inherent strengths and weaknesses, then they can both boost senior workers’ experiences and the productivity of their workplace. When companies successfully accomplished this balance of losses and gains, workers reported higher job satisfaction. Conversely, when companies required older workers to do physically exerting tasks, focusing on their weaknesses, older workers experienced a decline in job satisfaction and discrimination (Zacher, Kooij, & Beier, 2018).

Successful balancing of declining physical abilities with increasing knowledge and experience leads to higher reports of job satisfaction among older workers, in addition to increasing areas in which older workers can benefit the workforce (Zacher, Kooij, & Bejer, 2018). Acknowledgment of this balance is crucial to the fostering of an inclusive and cohesive workforce.

Overall, this study indicated that increased workers’ age provides significant advantages when companies leverage them well. In a society where discrimination based on age is a socially normalized prejudice, acknowledging the benefits of older workers will require an overall mindset shift. Instead of simply allowing older workers the opportunity to work or trying to manage workers’ aging process, organizations should embrace a perspective that values the accumulated experience and knowledge that comes with age, thereby maximizing both the workers’ and organizations’ outcomes.

References

United States Department of Labor (2018, October 20). BLS Data Viewer. Retrieved from https://beta.bls.gov/dataViewer/view/timeseries/LNS11324230

Vespa, J. (2018, March 13). The U.S. Joins Other Countries With Large Aging Populations [Web blog post]. Retrieved from https://www.census.gov/library/stories/2018/03/graying-america.html

World Health Organization. (2018). Ageing and life-course. Retrieved from http://www.who.int/ageing/ageism/en/

Zacher, H., Koiij, D.T.A.M., & Beier, M.E. (2018). Active aging at work: Contributing factors and implications for organizations. Organizational Dynamics, 47(1), 37-45. https://doi.org/10.1016/j.orgdyn.2017.08.001

What is Agile? A New Technique Companies Are Using to Stay Competitive

By: Catherine Liu

With advances in technology increasing, the need for rapid adaptation and adjustment, many companies, particularly those in the technology sector, have turned toward Agile as a potential solution. In a 2011 study of over 200 IT and business executives, it was found that Agile had a positive, significant correlation with firm performance.

Agile is a mindset developed for software development that emphasizes incremental delivery, team collaboration, and continuous planning and learning. As Agile development becomes relevant to nearly all aspects of the daily workings of companies and not just to areas focused on software development, it is important to understand the core values of Agile methodology. Agile was first developed in 2001 in the Agile Manifesto. The Agile Manifesto established principles that emphasize individuals and interactions over processes and tools, a working product over comprehensive documents, collaborating with customers rather than contract negotiation, and responding to change rather than following a structured plan. Agile was designed to boost the motivation and productivity of teams and to increase the quality and speed that the product is delivered to the market.

Agile focuses on continuous improvement and clear future plans that are malleable based on the situations that arise. Although Agile emphasizes being responsive to change, it does not mean that no planning should be done. Rather, it underscores the importance of continuous planning and revision throughout the project. By continuously planning for the future of the project, the team is able to adapt faster and learn from mistakes that have been made. Agile focuses on the Definition of Done, which is a list of criteria based on project goals which must be met before a section of a product is considered to be completed.

Specifically, Agile teams form when a project is presented. Teams consist of a lead who works on overall project management, team members who work on the technical aspects of the project, and a product owner who helps make a prioritized work item list. Agile projects cycle through a process of (1) reviewing requirements, (2) planning the next steps, (3) designing a the solution, (4) developing the solution, (5) releasing the product for testing , and (6) tracking and monitoring the product’s usage in order to find bugs to fix, before restarting the cycle and reviewing the new requirements of the project based on the bugs found. Lastly, Agile teams typically dissipate when the project is completed, and team members can join other teams.

Agile has been used successfully in companies, such as Apple, Microsoft, IBM, and AT&T and is being adopted into companies that are less technology focused, such as McKinsey & Company. Agile methodologies can be applied to nearly all disciplines, not just to software development. In a 2016 Harvard Business Review article, the application of Agile to multiple sectors such as marketing, human resources, and warehousing is discussed. Agile, when adapted properly, gives companies the ability to revolutionize their productivity, worker satisfaction, and product quality.

Designing the Face of Tomorrow’s Corporate Boards: Gender Diversity and Default Decisions

By Brian Hengesbaugh

Why aren’t there more women on corporate boards? Women constitute 47% of the labor force and 52% of management and professional positions (Bureau of Labor Statistics, 2017). Yet women comprise just 21% of corporate board seats (Catalyst, 2018). 

This dearth of women on corporate boards exists despite what appear to be strong efforts to the contrary. In 2009, the Security and Exchange Commission (S.E.C.) ruled that publicly traded companies need to disclose how diversity factors into the selection process for directors. Moreover, a pair of surveys in 2012 showed that 75% of U.S.-based publicly traded companies had instituted diversity policies, and 80% believed that diversity in the boardroom created shareholder value. It seems that diversity policies and the belief in the importance of diversity is not enough. 

A 2017 article, published by Catherine Tinsley and colleagues, explores the decision making factors that influence corporate board selection. Classic decision making indicates the use of a multi-attribute decision making model to: identify the selection criteria, weight each criterion based on relative importance, and select candidates based on performance against these weighted factors – a process known by I-O Psychologists as mechanical combination. However, these decision aids are infrequently used in practice. HR managers and head-hunters often believe that using their “gut instinct” produces better results. This preference for instinct over analytic tools increases with experience (Camerer and Johnson, 1991).

In the absence of external decision making aids, we regularly rely on rules, known as heuristics, to simplify complex decisions. These mental shortcuts often operate nonconsciously to ease the cognitive burden of a decision. Tinsley posits that the percentage of women on corporate boards may be slow to increase, despite the presence of positive attitudes towards gender diversity, due to the use of a gender-matching heuristic. 

Gender-matching refers to the propensity to match the gender of the incoming candidate to the gender of the board member being replaced. The results of the analysis of archival board data from 2002-2011 for more than 3,000 U.S.-based publicly traded firms showed that a woman is most likely to be selected to join a board when a woman has just left the position. On average, 12.8% of new board members are women. This number drops to 10% when replacing a man, and increases to 23% when replacing a woman – nearly doubling the rate at which women are selected (Tinsley, Wade, Main, & O’Reilly, 2016). 

While the propensity for gender-matching remained robust, Tinsley’s subsequent laboratory studies found that fewer than 10% of participants cited gender-matching as a criteria for board member selection. This indicates that the gender-matching heuristic is primarily operating outside of conscious awareness. 

Further laboratory studies by Tinsley and colleagues sought to understand “what works” to increase the representation of women on boards. These studies examined two factors: (1) highlighting the importance of gender diversity and (2) manipulating the gender composition of the candidate pool. Results showed that priming decision makers by highlighting the urgency of selecting a woman had little impact on improving gender diversity. However, there was a significant increase in the selection rate of women when the candidate pool was comprised of more women than men, suggesting a need to more actively recruit female applicants if gender-diversity is valued by an organization. 

Additional research is needed to explore the nonconscious mechanisms of the gender-replacement heuristic, as well as understand the factors that work to increase the selection of women to corporate boards. Practitioners should explore methods of increasing the female to male ratio of applicants by examining qualities of job ads, recruiters, or company culture that attract women applicants.

Key takeaways:
Women are underrepresented on corporate boards.
Women are most likely to be selected as a new board member when the board member being replaced is a woman.
Increasing the number of women in the candidate pool increases the rate at which women are selected.

References:

Camerer, C. F., & Johnson, E. J. (1991). The process-performance paradox in expert
judgment: How can experts know so much and predict so badly? In W. M. Goldstein & R. M. Hogarth (Eds.), Research on Judgment and Decision Making: Currents, Connections, and Controversies, pp. 342-364. Cambridge, UK: Cambridge University Press. 

Catalyst. (2018, October). Pyramid: Women in S&P 500 Companies. Accessed at 
https://www.catalyst.org/knowledge/women-sp-500-companies (October 2018)

Tinsley, C. H., Wade, J., Main, B. G. M., & O’Reilly, C. A. (2016). Gender Diversity on U.S. 
Corporate Boards: Are We Running in Place? ILR Review, 70 (1), 160-189

US Department of Labor, Bureau of Labor Statistics. (2017, April). Women in the labor force: 
a databook. Accessed at 
https://www.bls.gov/opub/reports/womens-databook/2016/home.htm (October 2018).
 

What is the Ideal Robot Teammate’s Personality?

By: Keaton Fletcher

What kind of robot would you want for a teammate? A recent theoretical paper argued that robot personality will influence individuals’ and teams’ motivation. To better understand robot personality, we must first briefly describe personality traits in humans. The most widely accepted model of human personality captures an individual’s general tendencies and preferences within five primary domains: extraversion (i.e., outgoingness and social dominance), neuroticism (i.e., emotional volatility, anxiety), agreeableness (i.e., politeness and preference for social harmony), conscientiousness (i.e., orderliness, detail-oriented, rule-abiding), and openness to experience (i.e., willingness to experience novel and ambiguous situations or stimuli). Generally speaking, we value high levels of extraversion, agreeableness, conscientiousness, and openness to experience, and low levels of neuroticism.

As robots become more advanced, humanoid, and ubiquitous, an understanding of robot personality in teams should help roboticists design and program the ideal robot teammate. Robert Jr. argued that, just like humans, a robot that appears to be high in all of the Big Five personality traits except for neuroticism, would help keep individuals and teams motivated. A study from 2006 found that simply being humanoid (as opposed to more mechanical) in shape, led to robots being perceived as higher in the Big Five (lower in neuroticism). If Robert Jr.’s theory is supported, this would suggest that when creating teams that incorporate robots, it is better to have a humanoid shaped robot than other designs, because this may help teams and individuals set more challenging goals, work harder and longer to achieve these goals, have a stronger belief that they can achieve these goals, which should ultimately improve performance and satisfaction. That said, as artificial intelligence capabilities increase, there may be ways to program the apparent personalities of robots to be more tailored to the situation, like what is seen in the 2014 movie Interstellar, or, less effectively, in the book series, Hitchhiker’s Guide to the Galaxy. 

Bringing an Ethic of Care to Organizations

By: Hannah Ramil

The Ethic of Care (EoC) rests upon the belief that “an awareness of the connection between people gives rise to a recognition of responsibility for one another, a perception of the need for response” (Gilligan, 1982). In essence, the EoC perspective emphasizes the importance of interpersonal relationships and the needs of others in moral reasoning and moral decision-making.

Previous studies have found that care and compassion in the workplace can enhance commitment to the organization (Lilius, Kanov, Dutton, Worline, & Maitlis, 2012), workplace self-esteem (McAllister & Bigley, 2002), and resilience (Waldman, Carmeli, & Halevi, 2011), and reduce work-based anxiety (Kahn, 2001). Building on these previous findings, Lawrence and Maitlis (2012) proposed the EoC as an underpinning for narrative practices in the workplace. They suggested that narrative story-telling of shared experiences, struggles, and possible futures amongst coworkers can be a vehicle for enacting care in the workplace. For example, when a work team debriefs about a recent performance episode, members can take this time to appreciate and acknowledge one another’s abilities and commitments. This practice can lead to group potency, a shared belief among team members in the general efficacy of the team as a whole (Guzzo, Yost, Campbell, & Shea, 1993; Lester, Meglino, & Korsgaard, 2002).

Carmeli and colleagues (2017) empirically examined the EoC perspective as a corporate culture. Corporate culture is “a set of norms and values that are widely shared and strongly held throughout the organization” (O’Reilly and Chatman, 1996, p. 166). These shared norms and values influence worker attitudes (e.g., job satisfaction and organizational identification) and behaviors (e.g,. task performance and counterproductive work behaviors). Their study focused on how corporate culture may influence workers’ likelihood of engaging in sustainability-related behaviors, such as prioritizing environmental concerns, choosing more sustainable alternatives for products, services, and practices, lobbying, activism, and encouraging sustainable behaviors throughout the company (Carmeli et al., 2017).

In their first study, they found that an organizational culture based on EoC increased employees’ satisfaction with the organization’s sustainability concerns and increased employee motivation to follow through with the organization’s sustainability values. This boosted employee involvement in sustainability-related behaviors. Their second study found that EoC was related to increased employee sustainability-related behaviors. Not only did EoC improve sustainability behaviors, but it also enhanced the employees’ identification with the organization.

For organizations hoping to increase sustainability efforts (e.g., WeWork’s new meatless initiative), establishing a corporate culture founded on an EoC may help employee adherence to initiatives.

Automating Fashion

By: Xinyu Chu

Although automation and robotics has long impacted manufacturing jobs, with recent technological advances, even more traditional office jobs are feeling the change. A New York Times article by Noam Schieber discusses the role automation is playing in the fashion industry. For example, the tasks of a fashion buyer, which typically require intuition about changes in the tastes and preferences of customers in order to predict future fashion trends, are beginning to be supplemented, if not replaced, by artificial intelligence. Machine learning has enabled artificial intelligence algorithms to extract profile information about customers, ranging from the items they put in their wishlists to their search histories or occupations, to make better predictions about which items to stock and recommend. Traditionally fashion buyers work in large groups and each buyer focuses on a specific style of clothing, monitoring the possible changes in trends and customer preferences. With the aid of artificial intelligence, a small group of buyers, or even a sole individual, can handle the job. 

Yet, use of artificial intelligence is not without its limitations. For many personalized fashion companies (e.g., StitchFix), although their algorithms can make better predictions of general trends and for each customer, they still require a human touch to collect the data and interact with customers. Many customers do not know exactly what they want, and, at least for now, it takes the expertise of a human consultant to help determine what sorts of input are most relevant for the algorithms. Left unchecked, artificial intelligence can create problems for organizations. For example, t-shirt company, Solid Gold Bomb, used an unchecked algorithm to create thousands of unique t-shirt designs based on the slogan “Keep Calm and Carry On,” replacing carry on with various phrases. Within these thousands of designs, a subset had a range of offensive phrases that no one from the company saw before uploading the options for purchase. Eventually, the company went bankrupt. A little more of a human touch in the process may have prevented these issues and saved the company.

Rather than completely eliminating employees from the workplace, the introduction of automation may simply change the way in which people work and the types of tasks they need to focus on.