Abstract. There is a great need for creating cohesive, expert cybersecurity incident response teams and training them effectively. This paper discusses new methodologies for measuring and understanding expert and novice differences within a cybersecurity environment to bolster training, selection, and teaming. This methodology for baselining and characterizing individuals and teams relies on relating eye tracking gaze patterns to psychological assessments, human-machine transaction monitoring, and electroencephalography data that are collected during participation in the game-based training platform Tracer FIRE. We discuss preliminary findings from two pilot studies using novice and professional teams.

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Sandia Labs has corporate, lab-wide efforts to enhance the research environment as well as improve physical space. However, these two efforts are usually done in isolation. The integration of physical space design with the nurturing of what we call "psychosocial" space can foster more efficient and effective creativity, innovation, collaboration, and performance. This paper presents a brief literature review on how academia and industry are studying the integration of physical and psychosocial space and focuses on the efforts that we, the authors, have made to improve the research environment in the Cyber Engineering Research Lab (CERL), home to Group 1460. Interviews with subject matter experts from Silicon Valley and the University of New Mexico plus changes to actual spaces in CERL provided us with six lessons learned when integrating physical and psychosocial space. We describe these six key takeaways in hopes that Sandia will see this area as an evolving research capability that Sandia can both contribute to and benefit from.

This article reviews how psychology research has defined beliefs, values, and attitudes (BVAs); how they relate to each other; and how they may be influenced, especially in the academic setting. The purpose of this article is to (a) describe the nature of and the interrelationships between BVAs, (b) discuss their relevance to the academic environment, and (c) explore how the knowledge and understanding of the role of BVAs may enhance student learning. One area of influence is the nature of a power differential. The presence of a power differential may influence individuals of a lower stratum to alter their BVAs so that they are more closely aligned to their respected superior. One example of this power differential is the professor-student relationship. Focus will be directed to how the BVAs of undergraduate college students may be influenced by the classroom setting as nurtured by the professor.