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Abstract

Objective

Investigate the effects of scheduling task complexity on human performance for novice schedulers creating spaceflight timelines.

Background

Future astronauts will be expected to self-schedule, yet will not be experts in creating timelines that meet the complex constraints inherent to spaceflight operations.

Method

Conducted a within-subjects experiment to evaluate scheduling task performance in terms of scheduling efficiency, effectiveness, workload, and situation awareness while manipulating scheduling task complexity according to the number of constraints and type of constraints.

Results

Each participant (n = 15) completed a set of scheduling problems. Results showed main effects of the number of constraints and type of constraint on efficiency, effectiveness, and workload. Significant interactions were observed in situation awareness and workload for certain types of constraints. Results also suggest that a lower number of constraints may be manageable by novice schedulers when compared to scheduling activities without constraints.

Conclusion

Results suggest that novice schedulers' performance decreases with a high number of constraints, and future scheduling aids may need to target a specific type of constraint.

Application

Knowledge on the effect of scheduling task complexity will help design scheduling systems that will enable self-scheduling for future astronauts. It will also inform other domains that conduct complex scheduling, such as nursing and manufacturing.

Keywords

scheduling computer-supported collaborations analysis and evaluation multivariate analysis

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Human Performance of Novice Schedulers for Complex Spaceflight Operations Timelines

Abstract

Objective

Background

Method

Results

Conclusion

Application

Keywords

Get full access to this article

References

Supplementary Material