Step into the forefront of music technology innovation with our ground-breaking project: designing and building a cutting-edge physical MIDI device, complete with accompanying software. This project presents a remarkable opportunity for students and professionals alike to merge hardware engineering, software development, and music production into a cohesive and innovative product. This MIDI device is intended not just to interface with digital audio workstations but also to stand out as a versatile instrument in its own right.

Project Overview:

• Hardware Design and Development: You will be tasked with creating a physical MIDI controller that is both robust and user-friendly. This involves engineering a device that can send MIDI signals effectively to other music hardware and software, facilitating a wide range of musical expressions.
• Software Development: Accompanying the hardware, you will develop software that extends the functionality of the MIDI device. This software will provide additional features such as custom mapping tools, digital sound manipulation, and perhaps even a basic digital audio workstation interface.

Tools and Skills Needed:

• Electronics and Circuit Design: Knowledge of electronic circuit design is crucial. You’ll be using tools like PCB design software (e.g., Eagle, Altium Designer) to create the printed circuit boards at the heart of the device.
• Embedded Systems Programming: The hardware will require embedded software to handle MIDI data processing and interface operations. C and C++ are essential languages for writing low-level code that interacts directly with the hardware.
• Application Software Programming: For the accompanying software, proficiency in C++ remains important, especially for creating VST plugins or standalone applications. Frameworks like JUCE or Qt may be used for creating cross-platform software.
• Industrial Design: Design skills are necessary to ensure the device is ergonomically viable and aesthetically pleasing. Tools like CAD software (e.g., SolidWorks, AutoCAD) will be used for designing the physical casing and layout of the hardware.
• User Interface Design: For both the hardware and software components, UI/UX design principles must be applied to ensure ease of use and an engaging user experience.
• Goals:
• Innovation in Interface Design: Create a MIDI controller that offers unique control options and customization that go beyond traditional knobs and faders.
• High Compatibility and Flexibility: Ensure that the device can seamlessly integrate with various DAWs and music production environments via MIDI.
• Robust Software Support: Develop intuitive and powerful software that enhances the capabilities of the MIDI hardware.

Project Phases:

• Research and Planning: Initiate the project by researching existing MIDI devices, identifying gaps in the market, and defining the unique features of our device.
• Prototype Development: Utilize CAD and PCB design tools to develop prototypes. Write initial embedded software to test the functionality of these prototypes.
• Software Development: Parallel to hardware development, create the software suite that will accompany the MIDI device, ensuring a seamless interaction between hardware and software.
• Testing and Refinement: Conduct extensive testing with potential users to gather feedback and refine both the hardware design and software functionality.
• Production and Launch: Transition from prototype to production, addressing any manufacturing challenges and preparing for market launch.

This project is an exciting blend of engineering, programming, and design, all focused on creating a ground-breaking musical tool. It offers a hands-on experience in developing a product from concept to market, providing invaluable skills in both the technical and creative aspects of music technology. Join us to help shape the future of music production and performance!

Mentorship and guidance offered to students to help them on their path to complete this project together. Senior students will also assist.