Project Development
What Tasks Have Been Completed?
Research and Planning:
- Identified the problem and target user (my brother with varicose disease).
- Researched existing solutions and technologies.
Design and Development:
- Designed the exoskeleton structure.
- Selected and sourced components (IMU sensor, linear actuator, microcontroller).
Prototyping:
- Built a prototype of the exoskeleton.
- Integrated the IMU sensor and linear actuator.
- Developed the Blynk app for actuator control.
Testing:
- Conducted initial testing to ensure the exoskeleton functions correctly.
- Gathered feedback from my brother on comfort and usability.
What Tasks Remain?
Refinement:
- Improve the prototype based on feedback (e.g., adjust fit, enhance comfort).
- Fine-tune the control system for more precise adjustments.
Extended Testing:
- Conduct more comprehensive testing to evaluate the long-term effectiveness.
- Monitor blood flow improvements and pain reduction over an extended period.
Documentation:
- Prepare detailed documentation for potential publication.
- Create instructional materials (videos, manuals) for users.
Dissemination:
- Share the project through various channels (conferences, social media, publications).
- Gather further feedback from a broader audience.
What Has Worked? What Hasn't?
What Has Worked:
- The basic functionality of the exoskeleton: The IMU sensor and linear actuator are working as intended.
- The Blynk app control: The app provides an easy and effective way to control the actuator.
- Initial comfort and usability: My brother has found the device helpful and relatively comfortable.
What Hasn't:
- Fine-tuning the fit: The prototype may need adjustments to better accommodate different leg shapes and sizes.
- Extended testing: Long-term effectiveness and durability have yet to be thoroughly evaluated.
What Questions Need to Be Resolved?
Effectiveness:
- How significantly does the exoskeleton improve blood flow and reduce pain over the long term?
- What is the optimal schedule and duration of use for best results?
User Experience:
- How can the device be made more comfortable for prolonged use?
- Are there any side effects or discomforts associated with extended use?
Scalability:
- How can the device be adapted for different users with varying degrees of varicose disease?
- What are the cost and manufacturing implications for mass production?
Technical Improvements:
- Can advanced sensors and machine learning algorithms be integrated for better performance?
- How to ensure the device is robust and durable for daily use?
What Will Happen When?
Next Month:
- Complete the refinement of the prototype.
- Conduct further testing with my brother and gather detailed feedback.
Next 3-6 Months:
- Start extended testing and collect data on long-term use.
- Begin documentation and preparation for dissemination.
Next 6-12 Months:
- Present findings at conferences and workshops.
- Publish research papers and share results on online platforms.
- Explore partnerships for potential commercialization.
What Have You Learned?
Technical Skills:
- Enhanced my skills in designing and prototyping medical devices.
- Gained experience in integrating sensors and actuators with control systems.
Project Management:
- Improved my ability to plan and execute a project from concept to prototype.
- Learned the importance of iterative testing and refinement based on user feedback.
Problem-Solving:
- Developed solutions to address specific medical needs (improving blood flow and reducing pain).
- Adapted designs to overcome practical challenges in usability and comfort.
User-Centered Design:
- Recognized the value of involving the end-user in the design process.
- Learned to balance technical functionality with user comfort and practicality.