Frequently Asked Questions

The Neurodiagnostic Technology Program is a rigorous, full-time healthcare education program combining scientific coursework, laboratory training, and supervised clinical education. Students must demonstrate proficiency in both theoretical knowledge and practical skills while maintaining satisfactory academic and clinical performance throughout the program.

Students should anticipate independent study time in addition to scheduled lectures, laboratory sessions, and clinical rotations. Coursework requires an understanding of neuroanatomy, neurophysiology, neurological disorders, and technical procedures. Consistent preparation and effective time management are essential for success.

The majority of classroom instruction will be scheduled during daytime hours. However, some courses may be offered in a hybrid format, and certain laboratory sessions or clinical rotations may require evening attendance. Students should anticipate flexibility in their schedules to accommodate the academic, laboratory, and clinical requirements throughout the program.

While students may be able to maintain part-time employment, the Neurodiagnostic Technology Program is a rigorous, full-time program requiring a significant commitment to classroom instruction, laboratory training, clinical rotations, and independent study. Maintaining full-time employment while enrolled may be particularly challenging due to the program’s academic demands and clinical scheduling requirements. Students are encouraged to carefully evaluate their work commitments and availability to ensure they can successfully meet all program requirements.

Yes. Students participate in structured skills laboratories where they develop technical competencies, including electrode application, equipment operation, recording techniques, artifact recognition, and patient safety. These foundational skills are developed and evaluated before students progress to supervised clinical responsibilities.

Yes. Students are responsible for purchasing or renting required textbooks and obtaining designated course materials. Students will also be required to purchase a neurodiagnostic laboratory kit containing essential supplies and equipment used to develop and practice foundational technical skills, including electrode application for EEG and other neurodiagnostic procedures. These materials will support hands-on skill development throughout the program, both during scheduled laboratory sessions and through independent practice.

No. Clinical rotations are coordinated and assigned by the program through affiliated healthcare facilities. Students are not responsible for securing their own clinical placements but must meet all clinical onboarding requirements and arrange reliable transportation to their assigned facilities.

No. Clinical sites and schedules are assigned by the program based on educational objectives, clinical site availability, and program requirements. The majority of clinical rotations will take place during daytime hours; however, some assignments may include evenings or weekends. Students are expected to attend their assigned clinical site and scheduled hours and must arrange reliable transportation to healthcare facilities throughout Northern California

Students are evaluated throughout their clinical rotations using established performance standards. Those experiencing difficulty may receive additional instruction, feedback, and opportunities for improvement in accordance with program policies. Continued inability to meet required competencies may affect clinical progression and eligibility to continue in the program.

Yes. Clinical education is designed to expose students to a variety of patient populations and healthcare settings, including routine EEG laboratories, inpatient units, epilepsy monitoring units, and critical care environments. Specialty experiences may also be available depending on clinical site resources.

The program is designed to prepare graduates for entry-level neurodiagnostic practice through progressive classroom, laboratory, and clinical education. Students will develop the technical knowledge, patient care skills, and professional judgment necessary to transition into the workforce. Additional employer-specific orientation and training may be required after graduation.

Neurodiagnostic technologists may pursue additional professional credentials and specialized experience in areas such as Long-Term Monitoring, Intraoperative Neuromonitoring, Evoked Potentials, and other neurodiagnostic procedures. With experience and additional qualifications, technologists may advance into leadership, education, research, clinical coordination, or management positions.

Applications for the Fall 2027 cohort will be accepted from January 1 through March 31, 2027. Applicants must complete the required prerequisites and submit all necessary application materials by the published deadline.

The program uses a merit-based selection process that evaluates academic performance, qualifying healthcare experience, and other established admission criteria. A lottery component is incorporated into the selection process. Applicants who advance through the initial selection process will be invited to participate in a required clinical observation, where professionalism, communication, and other relevant qualities will be evaluated.

The program anticipates accepting 12 student cohorts every odd year. Applicants will be notified of their admission status within the first two weeks of June 2027.

Attendance at a Neurodiagnostic Technology Program information session is mandatory for all applicants. Applicants who do not attend and complete a required information session will not be eligible to advance through the application review and merit-based selection process. Applicants are encouraged to attend an information session before submitting their application.

The Neurodiagnostic Technology Program is a newly established program scheduled to welcome its first cohort in Fall 2027. The program intends to pursue specialized accreditation through the Commission on Accreditation of Allied Health Education Programs (CAAHEP), with review conducted by the Committee on Accreditation for Education in Neurodiagnostic Technology (CoA-NDT). The program plans to initiate the accreditation process following its first year of operation. Accreditation is a comprehensive review process and is not guaranteed. The program will provide updates regarding its accreditation status as the process progresses.

No. Previous healthcare experience is not required for admission. However, qualifying healthcare experience may contribute additional points during the merit-based selection process. Applicants without prior healthcare experience are encouraged to apply, provided they meet all academic and admission requirements.

Students should be prepared for direct patient interaction, prolonged periods of standing, equipment setup, and working in a variety of clinical environments. Professional expectations include effective communication, patient confidentiality, attention to detail, reliability, and adherence to healthcare safety standards. Reasonable accommodations are available through established college procedures.

While employment is not guaranteed, graduates of a two-year Associate in Science Neurodiagnostic Technology Program may be well-positioned to enter the workforce, particularly given the ongoing national demand for qualified neurodiagnostic technologists. The program is designed to provide the academic knowledge, technical skills, and extensive clinical experience necessary to become a competitive candidate for entry-level employment. Graduates who pursue professional registry certification soon after completing the program, when eligible, will further strengthen their employment opportunities.