Location: Los Angeles, CA
Cap-Exempt H-1B Position — No lottery required
Support the academic success of nearly 1,000 undergraduate students in UCLA’s Molecular, Cell & Developmental Biology department. This role provides comprehensive academic advising on degree requirements, policies, and academic progress while serving as a key resource for teaching assistants and instructors. The Student Services Advisor 2 collaborates closely with department leadership, faculty, and staff to support instructional programs and assist with the hiring and administration of Teaching Assistants and Readers. Ideal for an experienced, student‑centered advisor who thrives in a high‑volume academic environment and brings strong judgment, organization, and communication skills. **Salary & Compensation** - UCLA provides a full pay range. Actual salary offers consider factors, including budget, prior experience, skills, knowledge, abilities, education, licensure and certifications, and other business considerations. Salary offers at the top of the range are not common. Visit UC Benefit package to discover benefits that start on day one, and UC Total Compensation Estimator to calculate the total compensation value with benefits. **Qualifications** - 2 + years Experience with advising students and administering educational/degree programs. (Preferred) - Knowledge of UCLA system & Database software: OASIS, Degree Audit Report System, Bruin Learn. (Preferred) - Knowledge of Microsoft Word, Excel, PowerPoint; Google Docs, Sheets, Slides, and Forms (Required) - Communication skills, including but not limited to written communication, to convey information accurately, clearly and concisely to the public, applicants, faculty and other University offices regarding the undergraduate programs. - Required (Required) - Ability to resolve problems efficiently while effectively managing time and prioritizing tasks. (Required) - Ability to correctly advise undergraduate students on the full range of academic questions. (Required) - Skill in performing under the stress of frequ