Emre Acar

Emre helps learners understand why a vibration, resistance, texture, or force cue feels useful rather than merely noticeable. His sessions connect perception thresholds, mechanical design, electronics, control timing, interaction language, accessibility, and careful user evaluation.

Emre's lessons focus on Haptic perception, touch receptors, force feedback, vibrotactile cues, actuators, sensors, control loops, tactile displays, wearable interfaces, virtual reality, accessibility, psychophysics, prototype evaluation, and ethical interaction design. Sessions are designed for engineering, interaction-design, robotics, accessibility, VR, maker, and research-curious learners building a foundation in touch-based technology and usually use signal diagrams, actuator comparisons, tactile-pattern exercises, control-loop maps, glove and controller critiques, psychophysics examples, and prototype test plans.

Emre teaches haptics through touch perception, actuators, sensors, force feedback, vibrotactile cues, control, wearable interfaces, accessibility, and testing. The teaching approach combines touch-first demonstrations, signal-and-force maps, prototype comparisons, perception experiments, and inclusive interaction critique.

A useful place to begin: Describe the touch sensation or interaction you want to create. We will map the user signal, actuator, timing, feedback loop, and a safe way to evaluate it.