Advanced Scientific Device Development: Flame Projection and Energy Wave Systems
Budget: €30 – €250 EUR
We are looking for engineers and designers to collaborate on the development of a scientific and research device focused on advanced energy projection technology. The device will have a sleek, elongated design inspired by mystical aesthetics, with a focus on combining both power and precision. This project is geared towards creating a portable flame projector that can safely and effectively emit controlled flames over a distance.
Primary Project: Flamethrower Device
Design: The device will be compact and ergonomically designed, resembling an artistic and elegant tool, yet fully functional for research purposes. It will project flames with controlled power, maintaining user safety at all times.
Technology: The device should be able to emit flames using a safe fuel source (such as alcohol) and be designed to maintain high precision. A mechanism for creating a green flame using specific chemical compounds is part of the project’s scope.
Safety Systems: The flamethrower must include fail-safes, such as pressure control, ignition safety, and an immediate cut-off system to ensure the device is safe for the user.
Components: The project will require a combination of compressed air or CO2 systems to project the flame at a distance and an electric ignition system to initiate the flame, all enclosed in a sturdy, heat-resistant housing.
Secondary Project: Energy Wave Device
Design: A secondary project involves developing a non-lethal energy wave device that uses sound waves or other forms of energy to incapacitate a target temporarily. The design will also be sleek and handheld.
Technology: The device should emit sound waves, electromagnetic pulses, or other forms of energy that cause disorientation or temporary immobilization, without causing permanent harm.
Components: This would involve the integration of energy emission systems such as ultrasonic sound generators or electromagnetic wave emitters that can be controlled and directed at a specific range.
We are looking for:
Mechanical Engineers experienced in combustion systems or energy wave generation.
Electrical Engineers for the integration of control systems and energy emission technologies.
Industrial Designers with the skills to create ergonomic and aesthetically appealing devices.
Safety Experts to ensure the devices are built with high safety standards.
If you're interested in working on an innovative project where technology and design come together to create unique scientific tools, this is the challenge for you.
What we offer:
The opportunity to collaborate on the development of one-of-a-kind tools that combine artistic design and advanced technology.
Work with a multidisciplinary team in a creative and experimental environment.
Contribute to the creation of innovative devices for scientific research and non-lethal applications that can have a significant impact on the field.
If you're excited to work on this challenging and groundbreaking project, we’d love to hear from you.
Primary Project: Flamethrower Device
Design: The device will be compact and ergonomically designed, resembling an artistic and elegant tool, yet fully functional for research purposes. It will project flames with controlled power, maintaining user safety at all times.
Technology: The device should be able to emit flames using a safe fuel source (such as alcohol) and be designed to maintain high precision. A mechanism for creating a green flame using specific chemical compounds is part of the project’s scope.
Safety Systems: The flamethrower must include fail-safes, such as pressure control, ignition safety, and an immediate cut-off system to ensure the device is safe for the user.
Components: The project will require a combination of compressed air or CO2 systems to project the flame at a distance and an electric ignition system to initiate the flame, all enclosed in a sturdy, heat-resistant housing.
Secondary Project: Energy Wave Device
Design: A secondary project involves developing a non-lethal energy wave device that uses sound waves or other forms of energy to incapacitate a target temporarily. The design will also be sleek and handheld.
Technology: The device should emit sound waves, electromagnetic pulses, or other forms of energy that cause disorientation or temporary immobilization, without causing permanent harm.
Components: This would involve the integration of energy emission systems such as ultrasonic sound generators or electromagnetic wave emitters that can be controlled and directed at a specific range.
We are looking for:
Mechanical Engineers experienced in combustion systems or energy wave generation.
Electrical Engineers for the integration of control systems and energy emission technologies.
Industrial Designers with the skills to create ergonomic and aesthetically appealing devices.
Safety Experts to ensure the devices are built with high safety standards.
If you're interested in working on an innovative project where technology and design come together to create unique scientific tools, this is the challenge for you.
What we offer:
The opportunity to collaborate on the development of one-of-a-kind tools that combine artistic design and advanced technology.
Work with a multidisciplinary team in a creative and experimental environment.
Contribute to the creation of innovative devices for scientific research and non-lethal applications that can have a significant impact on the field.
If you're excited to work on this challenging and groundbreaking project, we’d love to hear from you.