Blender Redesign

Project context

As part of my studies, I was challenged to redesign an everyday product by integrating new functionality. I chose to modify a blender and equip it with an auto-stop system, combining mechanical design with electronics and coding.

Approach

Following the IPO design process, I researched how to detect blending cycles and developed a solution using electronics. I integrated an ammeter into the system to monitor current flow. By programming the circuit to detect a peak current lasting five seconds, the blender automatically stopped ensuring smooth blending without overuse or motor strain.

Tools & Techniques

• IPO design process

• Electronics prototyping & coding

• Current monitoring with an ammeter

• Blender hardware modification

• Functional prototyping

Outcome

Reflection

The project resulted in a working prototype of an auto-stop blender. The system successfully detected blending cycles and automatically shut down the blender after reaching peak load, preventing unnecessary operation and improving user convenience.

This project taught me how to integrate hardware and software into product design. I expanded my skills beyond CAD and prototyping into electronics and coding, learning to connect design with real-world functionality. The experience gave me a solid foundation for approaching future projects that require multidisciplinary solutions.