" Effects of Local Communication and Spatial Position in a Collective Decision-Making Model." In European Conference on Artificial Life (ECAL), pages 154-161, 2017. Served in various other capacities including: NASA Space Grant Committee (2009-Present), Technology Advisory Committee (2013-2019), and Faculty Representative to the Board of Trustees (2017-2018). Served twice on the university committee responsible for faculty rank advancement (i.e., promotion), once as co-chair with the provost. Elected three times to the Faculty Senate by peer faculty.Responsible for recruiting adjunct faculty, managing the departmental budget, scheduling all courses, coordinating with other departments and administration, and leading the quadrennial assessment for all departmental programs and courses. Led the Computer Science and Network Engineering department and its five different degree programs for eight years with as many as 10 adjunct and full-time faculty and 50 enrolled majors in a semester.Languages included Python, Java, C/C++, MIPS assembly, Bash, and SQL. Performed static and dynamic code analysis on student projects to assist in debugging and ensure requirements compliance.Courses were taught using face-to-face, remote, and hybrid modalities and covered topics including: software development, operating system concepts, computer architecture, Linux, algorithms, data structures, database systems, and ethics in technology. Designed, taught, and assessed over 20 different Computer Science courses, consisting of over 150 different course sections.Mentored, advised, and taught students in the Cybersecurity, Computer Science, Software Development, and Network Engineering programs, with over 90% of graduates successfully employed in their field.Software used technologies such as Python, Java, R, Bash scripts, Ant, YAML, and GitHub. Designed, implemented, and maintained software for eight different research projects using concepts that include neural networks, reinforcement learning, fuzzy logic, autonomous agents, and multi-agent systems.As a result of these projects, 10 research assistants were mentored, 17 peer-reviewed research papers were published, and over 25 conference papers were presented across North America and Europe. Led six different research projects with responsibilities including: defining the research questions, roadmap, and milestones designing and performing experiments and creating the data analysis process.Projects had funding in excess of $380,000 and consisted of two National Science Foundation (NSF) research grants and a sabbatical at the Max Planck Department of Collective Behaviour in Konstanz, Germany. Proposed, secured, and managed three interdisciplinary, multi-institution research projects that applied collective movement principles found in nature to teams of autonomous agents.of Computer Science and Network Engineering Southern Nazarene University Developed Python scripts to automate: the extraction, analysis, and visualization of threat intelligence the import and export of research data between platforms and the generation of weekly threat reports to customers.The articles were in the top 10 most read IronNet publications to date. Topics covered included: Log4j, Cobalt Strike, and critical infrastructure.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |