Author: Verena Schneider

Title: “Looking Ahead: Preparing for the Next Steps”

This week was focused on planning and setting the stage for the next phases of the project. While no physical progress was made, the time spent organizing and reaching out to potential collaborators was essential for moving forward.

INTERNSHIP UPDATE:

I reached out to the owner of Cabianca Surfboards to discuss the possibility of an internship this summer. While I haven’t received a definitive answer yet, the initial response was encouraging. If confirmed, this internship would provide invaluable hands-on experience and access to professional surfboard builders, as well as potential connections to the WSL (World Surf League).

RESEARCH AND DEVELOPMENT TIMELINE:

Based on my current progress and future plans, I’ve adjusted the timeline for the project:

• Until June 2024: Focus on research, sensor selection, and software exploration.
• July-August 2024: Internship at Cabianca Surfboards (if confirmed). During this time, I’ll work on integrating sensors into a surfboard and conducting initial tests.
• September 2024 – Spring 2025: Develop the software for data visualization and sound synthesis. Conduct interviews with surfers and experts to refine the project.
• Summer 2025: Finalize the prototype and prepare for the final presentation in autumn 2025.

CHALLENGES:

• The internship is not yet confirmed, which adds some uncertainty to the timeline.
• Balancing research with practical work will be crucial as the project progresses.
• The timeline is ambitious, and there’s a lot to accomplish in the next year and a half.

NEXT STEPS:

• Follow up with Cabianca Surfboards to confirm the internship.
• Continue researching sensors and software tools.
• Begin planning for interviews and how they’ll inform the project.

This week was about setting the stage for the next phases. While there’s still much to be determined, the planning process has provided clarity and direction for the road ahead.

Title: “Exploring Data Visualization Platforms: A Week of Discovery”

This week shifted the focus from hardware to software, as I explored various platforms for visualizing the data that the sensors will eventually collect. While no physical progress was made, the exploration of these tools was a necessary step in shaping the project’s creative direction.

PLATFORMS EXPLORED:

• Grafana: A robust tool for creating dashboards and visualizing time-series data. Its customization options make it a strong contender for displaying real-time sensor data.
• TouchDesigner: A visual programming language ideal for creating interactive visuals. I’m considering using it to design dynamic, wave-inspired visuals that respond to the surfboard’s motion.
• Pure Data: An open-source platform for audio synthesis. It could be used to map sensor data to sound, creating an immersive auditory experience.

CHALLENGES:

• Each platform has its own learning curve, and I need to determine which one aligns best with the project’s goals.
• Syncing the sensor data with these platforms in real-time will require further exploration.
• The challenge lies in creating visuals and sounds that are not only technically sound but also emotionally resonant.

NEXT STEPS:

• Dive deeper into TouchDesigner and Pure Data to assess their suitability for the project.
• Experiment with sample data sets to understand how they can be transformed into sound and visuals.
• Continue researching other visualization tools that might offer a better fit.

This week was about laying the groundwork for the creative aspects of the project. While no concrete outcomes were achieved, the exploration of these tools has opened up exciting possibilities.

Title: “Exploring Sensor Options: A Week of Research and Consultation”

This week was dedicated to deepening my understanding of the technical aspects of the project. While no physical tests were conducted, the focus on research and consultation with professors proved to be incredibly valuable. The goal was to identify the most suitable sensors for capturing the surfboard’s motion, and the discussions opened up new possibilities.

SENSOR RESEARCH:

One of the highlights of the week was being introduced to the x-IMU3 by x-io Technologies during a consultation with a professor. This sensor combines an accelerometer, gyroscope, and magnetometer, offering a comprehensive solution for tracking motion. Its advanced capabilities make it a strong candidate for the project, though its cost and integration requirements will need careful consideration.

CHALLENGES:

• The x-IMU3 is more sophisticated than the MPU-6050 I initially considered, but its higher price point could impact the project budget.
• Integrating the sensor into the surfboard without compromising performance remains a key concern.
• Powering the sensor during extended surfing sessions is another hurdle that needs addressing.

NEXT STEPS:

• Continue researching the x-IMU3 and compare it with other sensor options.
• Reach out to x-io Technologies for technical specifications and potential support.
• Begin planning for the internship and how it can facilitate sensor integration.

This week reinforced the importance of thorough research. By exploring the available tools and consulting with experts, I’m better equipped to make informed decisions as the project progresses.

Title: “From Concept to Reality: The First Steps Toward a Sensor-Embedded Surfboard”

This week was all about laying the groundwork for the project. I spent hours researching sensors, microcontrollers, and data visualization tools. The goal is to create a surfboard that not only performs well in the water but also captures the essence of the surfing experience through sound and visuals.

SENSOR SELECTION:

After some research, I’ve decided to start with the MPU-6050 accelerometer and gyroscope. These sensors are affordable, widely available, and perfect for capturing motion data. I’m also considering adding a waterproof microphone (hydrophone) to capture the sounds of the water as the board moves through it.

PROTOTYPING:

I’ve started planning  to attach sensors to a skateboard to simulate the motion of a surfboard. This will allow me to test the sensors in a controlled environment before moving to the water. I will be using an Arduino to collect and transmit the data, which will later be processed using Pure Data for sound synthesis and TouchDesigner for visual effects.

COLLABORATIONS:

I reached out to a local surfboard shaper to discuss the possibility of embedding sensors into a board. He was intrigued by the idea and offered to help me with the design. This collaboration will be crucial in ensuring that the board remains functional and aesthetically pleasing.

CHALLENGES:

• Waterproofing the sensors and electronics is a major concern.
• I need to figure out how to power the system while it’s in the water.
• The data needs to be transmitted in real-time, which requires a reliable wireless connection.

NEXT STEPS:

• Finalizing the idea of the sensor setup and start collecting data from the skateboard.
• Begin experimenting with Pure Data and TouchDesigner to map the data to sound and visuals.
• Continue discussions with the surfboard 

This week was all about turning the concept into something tangible. It’s exciting to see the project taking shape, but there’s still a long way to go.