|
Associate Athletic Trainer
|
Long Beach
|
|
| The purpose of this position is to deliver comprehensive athletic training services under the guidance of the Associate Athletic Director for Student-Athlete Health and Wellness. |
|
Community Services Officer
|
Los Angeles
|
|
| 547925 - Public Safety |
|
Teacher Education Lecturer
|
Channel Islands
|
|
| Division of Academic Affairs | School of Education |
|
Special Events & Sports Clubs Coordinator - (Student Services Professional III) - Student Activities & Events
|
San Francisco
|
|
| Under the general direction of the Associate Director of Campus Recreation, the Special Events Coordinator will serve in the Mashouf Wellness Center (MWC) that opened in 2017. The incumbent oversees and supports all major special events for the Campus Rec Department, building capacity for a strong student life program that engages students and assists with their learning and development outside of the classroom. The incumbent oversees the program development, program management, risk management. The position works directly with a variety of student employees and sometimes interns. Incumbent must strategically align work and outcomes in a way that supports the mission of the SF State campus Student Affairs & Enrollment Management (SAEM) cabinet area, and Campus Recreation/MWC, and is in line with NIRSA: Leaders in Collegiate Recreation, and other higher education and industry best practice |
|
Accounting Analyst (Accountant II) - University Corporation
|
San Francisco
|
|
| University Corporation is seeking an accountant with a diverse background which includes burden pool rate analysis and recommendations, data interpretation, preparation of monthly and year-end journals, and payroll accounting experience (payroll, payroll tax, and benefits). |
|
Temporary Faculty Pool, Liberal Studies
|
Dominguez Hills
|
|
| This is a position in the temporary faculty pool for the Department of Liberal Studies for the
25-26 academic year. |
|
Lecturer - GES 101: Matter, Molecules, and the Environment (Fall 2025)
|
San Marcos
|
|
| The Department of Physics at California State University San Marcos seeks a part-time lecturer for Fall 2025 to teach GES 101: Matter, Molecules, and the Environment . The course examines the areas of matter/energy, molecules, and environment. Covers major concepts in the physical sciences, emphasizing their application to real-world problems. Concepts include the interactions of matter and energy, laws of motion, atomic structure of matter, structure and properties of molecules and interactions of humans with the environment. Includes practical experience in the application of the scientific method through laboratory activities. |
|
Lecturer - PHYS 205: Physics for Biological Sciences I (Fall 2025)
|
San Marcos
|
|
| The Department of Physics at California State University San Marcos seeks a part-time lecturer for Fall 2025 to teach PHYS 205: Physics for Biological Sciences I. Covers the principles of mechanics, properties of matter and wave motion. Includes observation and measurement, kinematics, dynamics, energy, momentum, equilibrium, fluids and solids, thermodynamics, oscillations, and waves. |
|
Lecturer - PHYS 201: Physics of Mechanics and Sound Lab (Fall 2025)
|
San Marcos
|
|
| The Department of Physics at California State University San Marcos seeks a part-time lecturer for Fall 2025 to teach PHYS 201: Physics of Mechanics and Sound Lab.
A broad coverage of the principles of mechanics and wave motion. The areas covered include: observation and measurement, kinematics, dynamics, work and energy, impulse and momentum, equilibrium of rigid bodies, rotational motion, oscillations, and waves in mechanical media. |
|
Lecturer - CS 435: Real-Time Concepts for Embedded Systems (Fall 2025) - Temecula Campus
|
San Marcos
|
|
| The Department of Computer Science at California State University San Marcos (Temecula Campus) seeks a part-time lecturer for Fall 2025 to teach CS 435: Real-Time Concepts for Embedded Systems. Introduction to the high-level abstract modeling concepts and the lower-level fundamental programming aspects of real-time embedded systems development. The primary focus is in the design, development and validation of microprocessor-based real-time embedded systems. Course topics will include real-time operating system design, real-time scheduling theory, general-purpose microprocessors, common bus architectures, memory management, device driver development, interrupts, general purpose peripherals: such as timers and counters, I/O subsystems along with some embedded system design problems and engineering issues. |