20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You usually split time between direct patient work and paperwork. Mornings might be diagnostic evaluations using tools like AphasiaMate or CSRE (Avaaz Innovations Computerized Speech Research Environment).
Afternoons often include therapy sessions, training family or caregivers, supervising students, and updating records in an EHR such as eClinicalWorks. You’ll also write lesson plans, schedule follow-ups, and check progress with systems like Aphasia Tutor or IVANS.
Expect clinical and research tools: eClinicalWorks for patient records, Dropbox for sharing files, Microsoft Word/Excel for reports, and Adobe Audition for audio analysis. Therapy-specific systems include Aphasia Tutor and AphasiaMate from Avaaz Innovations.
For biofeedback and voice analysis use IVANS or dedicated biofeedback devices. Research roles may add CSRE (Computerized Speech Research Environment) for experimental tasks.
This role is the same field as an SLP when it focuses on assessing and treating speech and language disorders, diagnosing speech disorders, and developing exercise programs. Many language assessment specialists hold the same credentials and licensure SLPs need.
Differences show up in emphasis: some specialists focus more on formal assessments, research, or technology (CSRE, IVANS), while typical SLPs may spend more time doing ongoing therapy in schools or clinics.
The Bureau of Labor Statistics reports 183,390 employed in the field and gives a median annual wage of $97,870. The lowest tenth earn about $62,900 and the top tenth about $134,160. (Source: BLS, 2025).
Local pay varies by setting: hospitals, private clinics, schools, and research centers differ, and specialized skills like medical informatics or research experience can push toward the higher range.
You can use AI for tasks like transcribing, scoring, or suggesting therapy plans, but you must validate outputs and keep responsibility. Use AI as an assistant, not a final diagnostic. Record which AI system you used in the chart notes (eClinicalWorks) and confirm accuracy yourself.
Maintain licensure rules and patient privacy (HIPAA). For research, document datasets and methods when using systems like CSRE or IVANS; for clinical care, avoid relying solely on unvalidated AI for diagnoses.
Most roles require a master’s in speech-language pathology or a closely related field, plus state licensure and often national certification. You’ll need supervised clinical hours (typically through your graduate program) and to be comfortable with tools like eClinicalWorks and basic audio software (Adobe Audition).
Entry can also come from related backgrounds (audiology assistant, special education) with additional credentialing. Getting experience with sign language, biofeedback, and medical informatics helps in hiring.
Assessment and diagnostic accuracy: being able to use assessment tools (AphasiaMate, CSRE), interpret results, and write clear recommendations in Word and the EHR is crucial. That determines treatment plans and measurable progress.
Also important are communication skills for training families and collaborating with other clinicians, and basic tech skills—audio editing, using IVANS, and managing patient records in eClinicalWorks.