VST plugin development C++

Embark on an innovative journey to revolutionize the world of digital music production with our latest project: designing and developing a range of Virtual Studio Technology (VST) plugins for Digital Audio Workstations (DAWs). This venture presents a thrilling opportunity for students to delve into the intersection of technology, music, and creativity, producing tools that will enhance the artistic expression and technical capabilities of musicians and producers globally. Project Overview: VST Plugin Development : Your mission will be to create a suite of VST plugins, each designed to serve different functions within a DAW. From synthesizers and samplers to effects processors and dynamic adjustment tools, each plugin will integrate cutting-edge audio processing technology with user-friendly interfaces. Types of VST Plugins : Synthesizers : Design synthesizers that can emulate classic analog sounds or create entirely new timbres. Samplers : Develop samplers that allow users to manipulate recorded audio with tools for slicing, dicing, and triggering sounds. Effects Processors : Create a range of effects, such as reverb, delay, distortion, and filters, that can transform the sound landscape. Dynamic Processors : Build plugins focused on dynamics, such as compressors, limiters, expanders, and gates, to help users control the volume and punch of audio tracks. Equalizers : Develop sophisticated EQ tools to help users shape the frequency content of their audio. Utility Plugins : Create utility tools such as volume faders, pan controls, and metering tools to assist with audio mixing tasks.

Hardware and Software Development

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.

Mobile & Web App for IOS / Android: Computer Science

The primary focus for the student will be: The main coding languages will likely be React, Java, CSS, and HTML, and potentially others like python. Our goal at the end of this experience is: to have full functioning IOS, Android, and web applications that correspond with each other. Website Development - For the student(s) to complete a fully functioning website. Application Development - For the student(s) to create a fully functioning IOS / Android application the corresponds with the website. Create the backend for easy management of the app. Real-Time Data Visualization - For the student(s) to help us devise and implement a data visualization system to help our organization derive insights to inform decision-making. Open Source Software Management - For the student(s) to help us develop a set of tools we can implement or utilize if necessary or possible.

Artificial Intelligence & Machine Learning Application

Embark on an ambitious project at MusicalMoon, where innovation meets creativity in the digital realm. We are initiating a multifaceted AI integration project that aims to enhance our platform's functionality across web, desktop, and mobile applications. This initiative will develop and deploy a series of AI-driven tools designed to revolutionize the experience of creators and users on MusicalMoon. These tools will include an AI image generator, an AI audio cleaner, a text-generating AI for listing creation, and an AI tool for drafting contracts and agreements. Project Overview: AI Image Generator : Develop an AI-driven image generator specifically tailored for creators to visually enhance their listings. This tool will use advanced machine learning models to generate unique and appealing images based on the creators' inputs and preferences. AI Audio : Create a sophisticated AI tool for audio enhancing, such as mixing and mastering a track with some parameters to tweak. Text AI for Listings : Implement a text-generating AI that assists creators in crafting descriptive and engaging listings for their music. This AI will analyze existing successful listings to generate text that captures the essence of the music while optimizing for discoverability and appeal. AI for Contracts and Agreements : Design an AI tool to assist in drafting contracts and agreements between users. This tool will generate customizable templates based on the specific needs and terms articulated by the users, ensuring legal precision and user-friendliness.