At first I have to say that it was really hard for me to find a topic because I had not enough time to think about it and it’s a hard decision. But there are two main topics which I’m really interested in:
- Developing and building my own microphone – “Kunstkopf Mikrofon” – like the Neumann KU100
- Developing and building my own studio monitors
At the moment, I’m focusing more on the studio monitors, that’s the reason why I chose this topic for my second blog post. But I have to say that I’m not 100% sure which topic I will choose.
The “studio-monitor-project” combines my passion for sound quality with a desire to better understand the technical and artistic nuances of audio production. While I am new to the technical aspects of speaker design, I am excited to explore this field and gain knowledge in this area.
Core Purpose
The core purpose of my project is to create a pair of high-quality, custom studio monitors that I can use in my personal work. This project allows me to explore the intersection of acoustics, design, and audio technology.
Goals
- Technical Learning: Build a foundational understanding of speaker design, including acoustic principles, driver selection, cabinet construction, measurements, …
- Practical Application: Design and assemble functional monitors using ready-made drivers, amplifiers, and other components
- Innovative Elements: Integrate an innovative aspect into the design. I’m still considering ideas such as using sustainable materials, exploring transaural speaker technology, or creating a modular design for easy upgrades and customization
- Aesthetic and Functional Design: Create a design that balances professional audio quality with aesthetic appeal
- Documentation and Sharing: Document my process and share it with people, which are interested in this topic
Relevance
This project holds personal significance for me as it helps me to widen my horizon and to dive into a (for me) unknown topic, which I’m really interested in. On a broader scale, it explores how accessible and customizable high-quality audio solutions can be created by individuals. Adding an innovative aspect also makes this project suitable for this FH-project, such as sustainability and evolving audio technologies.
Reference Works
I have drawn inspiration primarily from:
- A project report from the Institute of Electronic Music and Acoustics (IEM), which provided valuable insights into transaural audio
- Discussions and shared experiences in DIY speaker forums, where enthusiasts offer practical advice and troubleshooting tips
Planned Work Techniques
To structure my approach, I’ve broken the project into distinct phases:
- Research Phase: Deepen my understanding of acoustic principles and explore potential innovative aspects like sustainability or modularity
- Concept Phase: Create a mind map of possible designs, features, and materials
- Design Phase: Finalize the cabinet shape and dimensions, select drivers, and identify suitable amplifier modules
- Prototyping Phase: Build a prototype, test the sound, and refine the design
- Final Construction and Testing: Build the final version, measuring, measuring, measuring…
Open Questions
Several challenges remain, such as:
- Deciding which project I’m going to choose
In terms of the “studio-monitor-project”:
- Deciding which innovative aspect to prioritize and how to implement it effectively
- Ensuring compatibility between all components
- Balancing budget constraints with the desire for high-quality components
Over the next few weeks, I plan to:
- Decide for a project
- Research…
