Participant Recruitment, Sampling, Screeners, and Research Ethics
Design and operate an ethical participant-recruitment system for UX Research, from decision-relevant populations and defensible sampling through neutral screeners, accessible operations, informed consent, privacy, and participant protection.
By the end of this Course, you can design and operate an ethical participant-recruitment system that identifies the decision-relevant population, defines evidence-based criteria, selects and limits a sampling strategy, creates neutral screeners and quotas, reduces bias, manages incentives and accessible operations, protects informed consent and privacy, handles vulnerability and distress, documents limitations, and produces an operational Participant Recruitment Pack.
Curriculum
3 Levels · 30 LessonsEach Lesson may include a Quiz
Each Level may include an Exam
Complete the available Lessons
Pass all configured Quizzes and Exams
Locked activities open only after their prerequisites are met
Completed Course progress automatically counts toward the Career Path when this Course belongs to a Mission.
- Builds one operational Participant Recruitment Pack across 30 bilingual Lessons
- Keeps every method connected to a real UX product decision
- Separates practical guidance from organizational policy and jurisdiction-specific review
- Uses scenario-based assessments to rehearse ethical and methodological judgment
- Aspiring UX Researchers building operational recruitment skills
- UX practitioners responsible for screeners, vendors, consent, or participant data
- Research Operations partners coordinating accessible bilingual studies
- Product teams reviewing what recruitment evidence can and cannot support
- 3 progressive Levels and 30 substantive bilingual Lessons
- 30 Lesson Quizzes with 10 scenario-based questions each
- 3 Level Exams with 15 transfer questions each
- One structurally validated 34-deliverable Practice Task with no claim of ethical or professional approval
Awarded after the Course's configured completion requirements are met.