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Leads and mentors a research software engineering team developing and integrating the Pelican Platform. Oversees technical roadmaps, project delivery, software quality, distributed systems architecture, CI/CD, code review, and development workflows. Translates research goals into software requirements, coordinates with integration and operations teams, communicates with external cyberinfrastructure partners, and supports modern engineering practices across research computing projects.

Manages a portfolio of individual donors and prospects for the Morgridge Institute for Research. Responsibilities include cultivating relationships, soliciting annual, major, multi-year, and estate gifts, identifying and qualifying prospects, stewarding donors, maintaining Salesforce records, and supporting fundraising strategies. The role requires communicating scientific and biomedical research information, developing proposals and presentations, coordinating with institute leaders, and traveling outside Madison approximately 4–6 times annually.

Provides administrative and operational support for a university research laboratory and metabolism research theme. Responsibilities include coordinating research budgets and grant materials, processing expenses and purchases, managing equipment and vendor services, tracking publications and compliance, supporting onboarding, agreements, events, communications, and personnel workflows. The role requires strong organization, communication, time management, and proficiency with Microsoft Office and Google Workspace.

Develop and support distributed systems software for scientific research and cyberinfrastructure projects. Responsibilities include scoping and architecting solutions with research leaders, implementing robust functionality primarily in Go, Python, or C++, debugging and deploying distributed systems, writing design documents, using project and software development tools, and potentially leading student interns. The role supports large-scale computing environments, including thousands of cores, GPUs, batch systems, and cloud infrastructure.