When Harvest Shared Service Center (HSSC) was formed in July 2013, the Academic Personnel Services (APSU) division was formed to coordinate and streamline Academic services for the College of Natural and Agricultural Sciences (CNAS).
College Analyst Reviewer for all Academic Personnel Actions for Decanal Approval
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Merit & Promotion Files
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eFilePlus
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Active Service Modified Duties (ASMD)
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Stop the Clock (STC) Requests
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Instructional Workload Credits (IWC)
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Labor Relations (Academic)
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Outside Activities (APM 025)
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Summer Salary & Additional Compensation
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Course Buyouts
Academic Personnel (AP) Department Assistants
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Non-Senate Appointments & Reappointments (Postdocs, Specialists, Researchers, Project Scientists, Academic Coordinators, Visiting Scholars, etc.)
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Leaves & Sabbaticals
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Visas
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Academic Recruitments (AP Recruit: Senate & Non-Senate)
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Academic Appointment Files (Senate & Cooperative Extension)
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Recall Appointments
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Summer Session Appointments
CNAS Departments
Please select department for more information / assistance:
Have a Medical Leave? Please contact our Medical Leave Specialist for all medical related leave questions:
Do you have a different question? Please contact our Payroll Specialists or HR Generalists.
Have a Payroll related question? Have a Human Resources related question?
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CNAS Science News

October 01, 2025
Rare fossil reveals ancient leeches weren’t bloodsuckers
A newly described fossil reveals that leeches are at least 200 million years older than scientists previously thought, and that their earliest ancestors may have feasted not on blood, but on smaller marine creatures.

September 26, 2025
New adaptive optics to support gravitational-wave discoveries
UCR-developed technology will allow scientists to peer deeper into the universe

September 25, 2025
Carbon cycle flaw can plunge Earth into an ice age
How global warming may overcorrect into an ice age.

September 24, 2025
How viruses build perfectly symmetrical protective shells
Research led by a physicist at the University of California, Riverside, shows how viruses form protective shells, or capsids, around their genomes — a process that, while messy and complex, consistently results in highly symmetrical icosahedral structures.