This article summarizes Sidgman, Brown, and Brazel (2021) which demonstrates that, when multitasking, the performance of audit teams communicating in-person is greater than the performance of teams using computer-mediated communication (discussion boards and chatrooms). In the audit setting, multitasking is unavoidable and pervasive; in-person communication is not always an option. To facilitate multitasking, engagement team communications have extended in-person interactions to computer-mediated communication (CMC) technologies. However, little is known about the performance of multitasking teams under these alternative modes of communication (in-person, discussion boards, and chatrooms). Contrary to expectations, we find that participants' familiarity with, and preference for, chatroom features (similar to text messaging) may have offset the benefits previously attributed to discussion boards (similar to email). This finding is timely, given the pandemic-induced environment of remote and hybrid work, as it informs practitioners on audit teams' multitasking effectiveness while using CMC.

In this article, we summarize a recent study by Sidgman, Brown, and Brazel (2021) that investigated the performance of multitasking audit teams under alternative modes of communication (in-person, discussion boards, and chatrooms) when working on multiple audit clients during the same day.1Sidgman et al. (2021) focused on multitasking through interruptions, as anecdotal evidence indicates that such interruptions are prevalent in the audit setting.

Multitasking is a pervasive and constant feature of modern life (Rosen 2008). Students multitask in the classroom, children and parents multitask in their homes, drivers multitask while driving, and professionals multitask in the workplace. It is common for members of an audit team to be assigned to multiple concurrent engagements (Bhattacharjee, Maletta, and Moreno 2007). Audit team members working on one engagement are frequently interrupted due to the demands of other engagements. In Sidgman et al. (2021), multitasking involves interruptions that redirect the audit team member's attention away from a primary task (e.g., identifying internal control deficiencies for one engagement) to address the demands of a secondary task (e.g., responding to review comments from another audit engagement). This setting contrasts with a multitasking setting in which an individual performs two or more activities at the same time on the same audit engagement.

Research suggests that humans are not mentally capable of effectively multitasking when one task interferes with another (Altmann and Trafton 2002; Anderson et al. 2004; Anderson 2007; Salvucci and Taatgen 2008). Of particular importance is that, when multitasking, if physical or mental cues are not available to recover memory content prior to an interruption, it is difficult to redirect attention back to an interrupted task after having paid attention to an interrupting task. In the accounting literature, studies have observed the negative effects of multitasking through increased decision bias in interrupted tax professionals (Long and Basoglu 2016), and through lower decision quality related to financial analysis (Basoglu, Fuller, and Sweeney 2009) and auditing (Long, McClain, and Searcy 2015; Kim, Mayorga, and Harding 2017; Mullis and Hatfield 2018).

Increasingly, the ability to multitask is facilitated by the proliferation of technologies that extend communication beyond in-person interactions (Aral, Brynjolfsson, and Van Alstyne 2012). In the audit context, communication among multitasking team members is often mediated by computer applications involving email, instant messaging, and other proprietary firm-specific software that have features like those embedded in chatrooms and discussion boards (e.g., Brazel, Agoglia, and Hatfield 2004; Agoglia, Hatfield, and Brazel 2009).

Audit teams that communicate using computer-mediated communication (CMC) should be able to provide and access cues of higher quality (e.g., chatroom logs and discussion board forums) when multitasking and therefore may perform more effectively than teams communicating in-person. CMC increases the efficiency with which information is delivered to all audit team members and enables team members to concurrently share ideas and arguments up to the moment of interruption. In addition, process-structuring features in CMC maintain a written record of all input created by the team members. This written record comprises the issues considered by the team before the interruption of the team's task. Upon resumption of the audit team's task, the written record makes the prior work of the team available when the team's task is resumed (Murthy and Kerr 2003).2

In a multitasking environment that involves in-person communication, a higher sense of accountability and less social loafing are likely to increase the state of alertness and attention of audit team members. Attention levels should rise and mobilize the additional cognitive resources necessary to deal with multiple tasks (Kahneman 1973). In addition, accountability may improve audit team members' capacity to manage interruptions by making more salient the need to make a mental note about what they were doing before turning their attention to the interrupting task (Salvucci and Taatgen 2011). Indeed, Brazel et al. (2004) illustrate that auditors' documentation improves when they feel more accountable to their reviewer/supervisor. The in-person environment is also likely to motivate auditors to prioritize their attention to the most important team task issues to demonstrate that they are making a relevant contribution to the team effort (Adler and Benbunan-Fich 2012). Overall, given the advantages of both CMC (e.g., information access) and in-person (e.g., accountability), it is unclear whether the performance of multitasking audit teams will be better under CMC or in-person.

In addition to in-person communication, Sidgman et al. (2021) explore multitasking performance using two alternative modes of CMC: chatrooms (which have similar features as text messaging) and discussion boards (which have similar features as email). Although both modes of communication share common features such as message broadcasting, push notifications, message records, message searchability, flagging of unread messages, and message sender identification, implementation differences can potentially affect how well each platform supports multitasking. For example, a chatroom's capacity to simultaneously deliver input to and receive feedback from audit team members may provide a communication advantage that is not accessible to teams communicating via a discussion board (Murthy and Kerr 2004). Audit team members communicating using a discussion board must submit their input messages before they are able to review the feedback received.

In contrast, the high capacity to gather, aggregate, share, structure, and evaluate information in discussion boards may provide a communication advantage that is not accessible to audit teams communicating via chatrooms (Murthy and Kerr 2004; Dennis, Fuller, and Valacich 2008).3 With discussion boards, records not only can be organized chronologically but also using threads with headers that identify their content within “forums”; conversely, chatrooms only allow a chronological organization of records. Forums and thread organization allow audit team members to better search, identify and post answers to specific topics, create new topics when new ideas are presented to the group, and discriminate between relevant and irrelevant recommendations. Such organization is likely to have a positive impact on performance when team members are distracted by interruptions and subsequently return to the team task.

Chatrooms and discussion boards also tag messages differently. When two or more auditors in a chatroom are sending messages simultaneously, messages received may not be flagged as unread. If not flagged, a team member needs to scroll the screen to search for unread messages. In contrast, with discussion boards, all unread feedback in any topic, including the topic under which a message is sent, is immediately flagged once a user submits a message.

Murthy and Kerr (2004) suggest that, for the reasons discussed above, it is likely that audit team members communicating via a chatroom experience both information overload and a decreased attention to important messages conveyed prior to an interruption. This should lead to an increased likelihood of missing unread messages when resuming the team task. As such, Sidgman et al. (2021) posit that, when audit team members are multitasking and using CMC, teams using discussion boards will outperform teams using chatrooms.4

To test their predictions, Sidgman et al. (2021) performed an experiment using graduate and undergraduate accounting students assuming the role of first-year auditors. Participants were randomly assigned to teams of three and charged with identifying internal control deficiencies at a hypothetical publicly traded audit client.5 The authors examined the performance of multitasking audit teams under alternative modes of communication (i.e., in-person, discussion board, and chatroom). In the in-person condition, team members sat together at a table and communicated verbally. In the CMC conditions, each team member was assigned a desktop computer in a computer laboratory, with the other team members dispersed throughout the room. This setting simulates the same time/different place scenarios that are common in today's audit environment (Brazel et al. 2004). The researchers used a customized Desire2Learn (D2L) space to implement chatrooms and discussion boards for the teams in the CMC conditions.

The multitasking setting involved activities that required participants to switch audit tasks after relatively lengthy periods of execution. That is, the authors induced multitasking by interrupting all the team members, on two separate occasions, while they performed the primary team task related to the identification of internal control deficiencies. During each of the two interruptions, all of the team members worked individually and independently on secondary tasks that required addressing review comments from a prior engagement. Figure 1 further illustrates the experimental design used in Sidgman et al. (2021).

FIGURE 1

Experimental Design

Figure 1 presents the experimental design described in Sidgman et al. (2021).

FIGURE 1

Experimental Design

Figure 1 presents the experimental design described in Sidgman et al. (2021).

Close modal

Based on a solution set that was reviewed and vetted by practicing auditors, audit team performance was measured as the total number of correct unique internal control deficiencies identified by the team (PERFORM).6 A deficiency identified by a team was deemed correct if it matched a corresponding item on the solution set. After completing their team task, participants individually responded to post-experimental questions that measured several process variables (e.g., accountability, social loafing) that were expected to aid in understanding the results.

As depicted in Figure 2, on average the in-person teams correctly identified 5.47 unique internal control deficiencies, while the CMC teams only correctly identified 4.11. This difference is statistically significant (p < 0.01). Additional analyses found that multitasking audit team members appeared to be more accountable and less inclined to engage in social loafing when communicating in-person.

FIGURE 2

Results for PERFORM

Figure 2 presents the mean values for PERFORM in each of the three experimental conditions reported in Sidgman et al. 2021. PERFORM is measured as the total number of correct internal control deficiencies identified by the teams.

FIGURE 2

Results for PERFORM

Figure 2 presents the mean values for PERFORM in each of the three experimental conditions reported in Sidgman et al. 2021. PERFORM is measured as the total number of correct internal control deficiencies identified by the teams.

Close modal

Team performance was similar using both discussion boards and chatrooms (both PERFORM means = 4.11). This result suggests that the positive attributes of discussion boards identified in prior studies may not carry over to the multitasking audit team setting. Additional analyses revealed that participants' familiarity with, and preference for, chatroom features may have offset the benefits prior studies have attributed to discussion boards (e.g., Murthy and Kerr 2004).7

To further explore the impacts of communication method on audit team performance, Sidgman et al. (2021) conducted an additional experiment that included in-person and CMC teams that completed the study's experimental materials without multitasking/interruption tasks. They observed that PERFORM for the in-person, no multitasking condition was 5.32, which is not statistically different from that observed in the in-person, multitasking condition (5.47). In comparison, PERFORM in the discussion board, no multitasking condition, and in the chatroom, no multitasking condition were 5.55 and 5.37, respectively. These levels of PERFORM are both significantly better than that observed for discussion board and chatroom in the multitasking condition (p = 0.028 and p = 0.058, respectively). These results suggest that in-person communication mitigates the negative effect of multitasking on performance.

The results of Sidgman et al. (2021) extend our understanding of multitasking and communication modes in the audit setting and have implications for practice. Since multitasking in an audit team setting is likely unavoidable, the results of Sidgman et al. (2021) suggest that there are performance advantages to audit team members communicating in-person. However, all communication cannot be in-person. The recent COVID-19 pandemic has created a large demand for communication that relies on CMC (Tysiac 2020). The findings of Sidgman et al. (2021) illustrate that improvements in CMC technologies that enhance accountability and discourage social loafing are needed to reduce the negative impacts of multitasking on audit team performance. These goals could be accomplished, for example, by audit firms encouraging “camera on” interactions to provide the benefits of both in-person and CMC interactions.

Future research could contribute to better understanding the impacts of these technologies. Given the familiarity of current generations with text-like technologies, researchers may want to study how to effectively incorporate the organizational features present in discussion boards/email into chatroom/texting technologies. The continuing evolution of CMC options and functionality suggest the need for continuous study.

In their experiment, Sidgman et al. (2021) chose to interrupt the entire audit team. It may be that disruptions of a single team member are not as problematic in terms of team performance as was discovered by Sidgman et al. (2021). It may also be that the impact of multitasking of some team members is more problematic than others. Participants in the study were all undergraduate students which, for purposes of the experiment, were assigned the role of first-year auditors. It may be that disruptions of more experienced, senior-level auditors have less harmful impacts on team performance. Additional research is necessary to determine if the findings of Sidgman et al. (2021) generalize to other audit settings.

Adler,
R. F.,
and
Benbunan-Fich
R..
2012
.
Juggling on a high wire: Multitasking effects on performance
.
International Journal of Human-Computer Studies
70
(
2
):
156
168
.
Agoglia,
C. P.,
Hatfield
R. C.,
and
Brazel
J. F..
2009
.
The effects of audit review format on review team judgments
.
Auditing: A Journal of Practice & Theory
28
(
1
):
95
111
.
Altmann,
E. M.,
and
Trafton
J. G..
2002
.
Memory for goals: An activation-based model
.
Cognitive Science
26
(
1
):
39
83
.
Anderson,
J. R.
2007
.
How Can the Human Mind Exist in the Physical Universe?
New York, NY
:
Oxford University Press
.
Anderson,
J. R.,
Bothell
D.,
Byrne
M. D.,
Douglass
S.,
Lebiere
C.,
and
Qin
Y..
2004
.
An integrated theory of the mind
.
Psychological Review
111
(
4
):
1036
1060
.
Aral,
S.,
Brynjolfsson
E.,
and
Van Alstyne
M..
2012
.
Information, technology, and information worker productivity
.
Information Systems Research
23
(
3-part-2
):
849
867
.
Basoglu,
K. A.,
Fuller
M. A.,
and
Sweeney
J. T..
2009
.
Investigating the effects of computer mediated interruptions: An analysis of task characteristics and interruption frequency on financial performance
.
International Journal of Accounting Information Systems
10
(
4
):
177
189
.
Bhattacharjee,
S.,
Maletta
M. J.,
and
Moreno
K. K..
2007
.
The cascading of contrast effects on auditors' judgments in multiple client audit environments
.
The Accounting Review
82
(
5
):
1097
1117
.
Brazel,
J. F.,
Agoglia
C. P.,
and
Hatfield
R. C..
2004
.
Electronic versus face-to-face review: The effects of alternative forms of review on auditors' performance
.
The Accounting Review
79
(
4
):
949
966
.
Dennis,
A. R.,
Fuller
R. M.,
and
Valacich
J. S..
2008
.
Media, tasks, and communication processes: A theory of media synchronicity
.
Management Information Systems Quarterly
32
(
3
):
575
600
.
Kahneman,
D.
1973
.
Attention and Effort
.
Englewood Cliffs, NJ
:
Prentice Hall
.
Kim,
S.,
Mayorga
D. M.,
and
Harding
N..
2017
.
Can I interrupt you? Understanding and minimizing the negative effects of brief interruptions on audit judgment quality
.
International Journal of Auditing
21
(
2
):
198
211
.
Long,
J. H.,
and
Basoglu
K. A..
2016
.
The impact of task interruption on tax accountants' professional judgment
.
Accounting, Organizations and Society
55
:
96
113
.
Long,
J. H.,
McClain
G.,
and
Searcy
D..
2015
.
The effects of interruptions on audit efficiency and effectiveness: An exploratory study
.
Working paper, Auburn University and Millsaps College.
Mullis,
C. E.,
and
Hatfield
R. C..
2018
.
The lingering effects of multi-tasking on auditors' judgment quality
.
Contemporary Accounting Research
35
(
1
):
314
333
.
Murthy,
U. S.,
and
Kerr
D. S..
2003
.
Decision making performance of interacting groups: An experimental investigation of the effects of task type and communication mode
.
Information & Management
40
(
5
):
351
360
.
Murthy,
U. S.,
and
Kerr
D. S..
2004
.
Comparing audit team effectiveness via alternative modes of computer-mediated communication
.
Auditing: A Journal of Practice & Theory
23
(
1
):
141
152
.
Rosen,
C.
2008
.
The myth of multitasking
.
New Atlantis (Washington, DC)
20
:
105
110
.
Salvucci,
D. D.,
and
Taatgen
N. A..
2008
.
Threaded cognition: An integrated theory of concurrent multitasking
.
Psychological Review
115
(
1
):
101
130
.
Salvucci,
D. D.,
and
Taatgen
N. A..
2011
.
The Multitasking Mind
.
New York, NY
:
Oxford University Press
.
Sidgman,
J.,
Brown
V. L.,
and
Brazel
J. F..
2021
.
The multitasking audit environment: The effect of alternative modes of communication on team performance
.
Journal of Information Systems
35
(
3
):
155
175
.
Tysiac,
K.
2020
.
Remote auditing comes to forefront during pandemic. Journal of Accountancy (March). Available at: https://www.journalofaccountancy.com/news/2020/mar/remote-auditing-during-coronavirus-pandemic.html
1

Sidgman et al. (2021) use the term “face-to-face” in reference to “in-person” communication. In this manuscript, we use the term “in-person” as online communication can also be “face-to-face.”

2

It should be noted that, in the audit setting, only certain members of a team may be interrupted at any given time (versus the entire team being interrupted simultaneously). Due to the practicalities of performing an experiment with teams and multiple interruptions, Sidgman et al. (2021) interrupted the entire audit team (versus select members). As such, our discussion here describes entire teams being interrupted. However, many of our discussion points would apply to scenarios where only certain team members are interrupted and multitasking.

3

Discussion forums are prevalent in learning management systems such as Canvas LMS, Blackboard Learn, and D2L. These forums are widely used in universities where future auditors are educated.

4

With the advancement of online technologies such as Zoom, Microsoft Teams, and Webex by Cisco, and their increased use during the COVID-19 pandemic, it is likely that the aforementioned differences between discussion boards and chatroom applications are now unnoticed by users as they may move back and forth between these platforms.

5

Given that the participants were all students, each team was a team of peers (versus a hierarchical structure with staff, senior, manager, and partner).

6

The solution set was vetted by two audit partners from a Big 4 firm, as well as a senior manager and an audit senior from a non-Big 4 firm.

7

Statistical analyses (e.g., results from a Generalized Linear Model) documented in Sidgman et al. (2021) confirm that the evidence supports these conclusions.