OBH: Multi-Waveform Electric Technology
Advanced Electrotherapy Waveform Selection & Dosage
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Advanced Electrotherapy Waveform Selection & Dosage
Electrical stimulation is not one therapy. Microcurrent, sensory stimulation, interferential approaches, and neuromuscular stimulation have different mechanisms, objectives, and parameter considerations. This five-lesson Orthobiological Hacker digital course organizes the major electrical technology categories into a clinically useful framework. Learners examine the distinctions among waveform approaches, the relationship between electrical stimulation and neuromuscular function, and how dosing and sequencing decisions depend on the clinical goal. The course also considers the evidence supporting or limiting claims made for particular technologies, with an emphasis on judging the intervention rather than buying into a brand. Its purpose is to help rehabilitation professionals discuss, evaluate, and integrate electrical technologies more thoughtfully alongside exercise and other components of care.
- CEU Hours4 CEUs
- FormatONLINE CEU COURSE
- InstructorsOBH Faculty
- CategoryDiplomas
Course details
- How microcurrent, TENS, interferential current, NMES, and FES differ in purpose and mechanism
- The relationship between waveform design, treatment parameters, and intended physiological response
- Sensory-level versus motor-level stimulation considerations
- Neuromuscular recruitment and the interaction between stimulation and exercise
- How to evaluate blended or multi-waveform approaches without relying on manufacturer claims
- Clinical reasoning for integrating electrical modalities into a broader rehabilitation program
