Postdoc: Multiagent Optimization & Game Theory

The Chronicle Of Higher Education, Inc.; Colorado Springs (CO); On-site; USD 63,000 - 69,000; Full time

Benefits offered by this job

Generous time off

Robust health coverage

Retirement benefits

Tuition waivers

Wellness program

Job summary

The Chronicle Of Higher Education, Inc. invites applications for a Post Doctoral Associate in the Department of Computer Science at UCCS. The role focuses on algorithms and equilibrium in network games, with responsibilities spanning research design, modeling, and dissemination.

The position is on-site in Colorado Springs and comes with a supportive benefits package. The successful candidate will develop graph-theoretic analytics, design robust algorithms for communication breakdowns, and

Qualifications

• A PhD in Computer Science or a closely related field, with a focus on game theory.
• Research experience and a publication record in game theory, control theory, algorithms, multiagent systems, or related areas.
• Demonstrated knowledge of modern game-theoretic utility design techniques.

Responsibilities

• Design graph-theoretic analytics and algorithms for multiagent optimization.
• Study adversarial contexts and evaluate system vulnerabilities in networked settings.
• Prepare and communicate research outcomes for academic audiences.
• Collaborate with the PI, students, and staff to advance project milestones.

Skills

Game theory

Research experience

Communication skills

Education

PhD in Computer Science or closely related field

Job description

The Chronicle Of Higher Education, Inc. invites applications for a Post Doctoral Associate in the Department of Computer Science at UCCS. The role focuses on algorithms and equilibrium in network games, with responsibilities spanning research design, modeling, and dissemination.

The position is on-site in Colorado Springs and comes with a supportive benefits package. The successful candidate will develop graph-theoretic analytics, design robust algorithms for communication breakdowns, and