• How does the Sound Bowknot help people communicate? Does it work like a phone, a walkie-talkie, or something different?
• Who would use this device? Is it for kids, adults, or people in specific situations, like students in a classroom or family members at a distance?
• What kind of sounds can it change or make? Does it make your voice sound different, or can it play recorded sounds?what technology would go into the bowknot. For example, does it have a speaker, microphone, or Bluetooth to connect to other devices?
• what unique functions it might have beyond regular communication devices. For example:
  • Could it translate languages in real-time?
  • Could it modulate sounds or help people communicate in noisy environments?
  • Could it be voice-activated or use gesture control?

How do you imagine it would look and feel to wear? Since it's a bow, would it clip to clothes, or could it be part of a wearable accessory like a headband or collar?

What materials could be used to make a prototype? For example, cardboard and foil to represent the speaker, and markers to show buttons.

Ideas for Prototyping

• Use simple materials like cardboard, paper, and markers to create the bow shape.
• Draw buttons or icons to represent different features (e.g., a button for volume control or voice change).
• If possible, they could add a small speaker or sound module (like from a toy) to demonstrate the idea of sound change.

Inspiration:https://sek.nuvustudio.com/projects/114402-07-low-fidelity-prototyping-wearable-cardboard-mock-ups/tabs/134365-earwear

Your concept for smart glasses is already innovative, but think about what truly sets it apart from other smart glasses on the market, like Google Glass or Snapchat Spectacles. What’s one unique feature that only your design has? Consider how you could add futuristic functions that would make these glasses feel like they're ahead of their time.

Here are a few futuristic ideas that could inspire you to add something no one else has:

1. Emotion Detection and Mood-Based Suggestions: Imagine if the glasses could detect your mood based on facial expressions or voice tone, then suggest activities, music, or relaxation tips tailored to how you feel. This would make the glasses feel more personal and supportive.
2. Personalized Environmental Information: Imagine the glasses could scan and analyze your surroundings, alerting you to specific details, like air quality, allergens, or potential hazards in real time. It would be like having an environmental advisor with you wherever you go.
3. Learning Mode with Object Recognition: The glasses could have a learning mode where they identify objects around you and provide information, definitions, or even pronunciation tips for foreign languages. This feature would be fantastic for travel or learning new skills.
4. Holographic Display of a Virtual Assistant: Instead of a standard voice assistant, you could integrate a small holographic projection on the lens, showing a mini avatar or virtual assistant. This assistant could respond to questions and offer visual guidance—giving your glasses a high-tech, sci-fi feel.

Prototyping inspiration : https://sek.nuvustudio.com/projects/114402-07-low-fidelity-prototyping-wearable-cardboard-mock-ups/tabs/134121-examples-glasses

Adding Electronics

• Purpose: A small LED could light up when the AR mode is active, signaling to the user that the glasses are in augmented reality mode. (it doesn't actually have to work its just a representation) 
• Materials: LED, connecting wires, small battery pack. Connect led to 3v coin cell through wires 

Love the concept idea!

• User-Friendly Design: It’s great that you’ve labeled different materials. For ease of use, think about how the blade could attach and detach quickly. A system with adjustable straps or quick-release latches could make it easier for users to put on or remove, especially if they need to change out of it quickly.
•  Designing the blade to be detachable for storage or transport could be practical, allowing the user to easily pack it or switch out different blade designs for varied activities.
• Consider adding soft materials, like foam or gel padding, around the attachment points (where rubber is currently indicated) to enhance comfort during long usage periods. Comfort is essential for prosthetic devices, especially for active users.
• Steel and metal are excellent choices for durability, but consider lightweight options (such as carbon fiber) if the blade is intended for high-performance activities. Rubber around the attachment point is a good choice for shock absorption.
• Future versions could include sensors that monitor force or stress on the blade. These sensors could send feedback to help the user adjust their movement or alert them to any potential issues with the blade.
•  Adding small electric motors could provide powered assistance for the user, helping them control movement dynamically. This could be especially beneficial for those who may have limited control or stability.

Prototyping

• Start with materials like cardboard and foam to create a prototype. This will let you test the basic shape and function.
• Consider adding simple LEDs or visual indicators to signal if the blade is experiencing too much pressure, which could help in refining the safety aspects.
• Small servo motors could help you prototype movement control, letting you test how the blade could adjust itself or provide feedback during use.

Inspiration https://sek.nuvustudio.com/projects/114402-07-low-fidelity-prototyping-wearable-cardboard-mock-ups/tabs/134363-footwear-device

Very innovate idea!

• Target Audience: It’s great to think about who would benefit most from this product! If the eyewear is primarily for industrial workers, it could help detect hazardous gases in places like factories or construction sites. If it’s for scientists, it might need to detect more specific, research-related gases. Or, if it’s for general users, it could focus on detecting environmental pollutants. Decide on a specific target group, as this will help them define which gases to detect, what level of detail is needed, and how comfortable or durable the eyewear should be.
• Unique Function: what makes their design different from regular safety glasses or smart eyewear.
• Futuristic Additions: You could consider integrating features like:
  • Bluetooth connectivity for real-time updates.
  • Haptic feedback (vibrations) in the frames for an additional alert system.
  • UV protection or auto-tinting to help in various lighting conditions.
• Fit and Material Choice: Comfort is essential, especially if worn for long periods. Try working foam or elastic bands for the ear hooks, as this can help you explore comfort features.
• Lens Materials: Colored acetate sheets or transparent film are great choices for showing the Purple Vision effect in a low-fidelity prototype. you can layer these to show the concentration levels, simulating how gas density might change the lens color.

Inspiration 

https://sek.nuvustudio.com/projects/114402-07-low-fidelity-prototyping-wearable-cardboard-mock-ups/tabs/134121-examples-glasses

Cool Idea! 

• Define the primary goal of your robotic hand. Is it for educational purposes, as an assistive device, or a creative exploration of robotics?
• Consider the end-users: Are they students, hobbyists, or individuals who could benefit from an extra functional hand?
• How will it work in reality? Is it powered by some electronics? Does it include any sensors?

Prototyping

• Instead, cut out different parts (like fingers and joints) separately so the hand can move more naturally. This way, the structure isn’t flat, and you can achieve more realistic bending and articulation.
• String or Fishing Line: To simulate tendons, use string or fishing line. Running the line through each joint allows for finger movement when pulled.

Inspiration

https://sek.nuvustudio.com/projects/114402-07-low-fidelity-prototyping-wearable-cardboard-mock-ups/tabs/134119-example-for-hand-mechanisms