Home / Courses / PSYC4006
Capella University — Psychology

PSYC4006: Applied Behavior Analysis Capstone 1

A complete guide to Capella's PSYC4006. Students gain proficiency in applied behavior analysis through the BDS/CBA learning module series, covering core ABA concepts, ethics, supervision, research methods, assessment, and behavior modification techniques.

Undergraduate6 CreditsPrereq: All Coursework

PSYC4006 is the first of two back-to-back ABA capstone courses — students gain proficiency in applied behavior analysis through the Behavior Development Solutions (BDS) and Certified Behavior Analyst (CBA) learning module series, preparing for certification exam content with faculty guidance, peer collaboration, and institutional support.

ABA certification preparation

Core topics

  • ABA core concepts: Mastering foundational applied behavior analysis concepts and principles
  • Ethics and supervision: Examining ethical standards and supervision practices in ABA
  • Research methods: Applying research methodologies relevant to behavior analysis
  • Assessment and behavior modification: Developing assessment strategies and behavior modification techniques

PSYC4006 assignments include BDS module completion and certification exam preparation

Our psychology specialists deliver expert support for PSYC4006.

Get Expert Help

Get Help With PSYC4006

ABA capstone module work and exam preparation.

Place Your OrderView All Services

Related courses

Frequently asked questions

Why must PSYC4007 be taken the quarter immediately following PSYC4006?

The two ABA capstone courses form a continuous certification preparation sequence — PSYC4006 establishes foundational ABA proficiency through the BDS/CBA learning modules, and PSYC4007 builds directly on that work to demonstrate advanced knowledge. Taking them in consecutive quarters ensures momentum is maintained, module completion carries forward without gaps, and students are optimally prepared for the certification exam. A break between the two courses would risk knowledge decay and disrupt the structured progression through the module series.