23.07.2025 aktualisiert
100 % verfügbar
Audio Hardware & Software Developer
Weimar, Deutschland
Deutschland +4
M.Sc. Computer Science and MediaSkills
Algorithmus-EntwurfAnalogelektronikAudiogeräteAudiosignalverarbeitungC++LeiterplatteComputerprogrammierungDigitalaudioProgrammierung (Musik)Embedded SystemsEmbedded LinuxEmbedded SoftwareFirmwareFPGAMatlabMultipoint Control UnitOctavePatentePatentanmeldungenPro-AudioSignalverarbeitungSoftwareentwicklungMusikinstrumenteDigitale SignalverarbeitungPcb LayoutProgramming Languages
Audio DSP
Extensive experience in audio digital signal processing, including algorithm development and implementation for various audio applications.
Realtime Signal Processing
Substantial experience in real-time signal processing, across a range of platforms including embedded Linux, MCU, and FPGA.
Embedded Systems
Proficient in developing embedded software and hardware for audio-related projects, with expertise in C/C++ programming for microcontrollers.
Audio Software Development
Strong skills in creating audio plugins, synthesizers, and other audio software using various programming languages and frameworks.
PCB Layout
Experience in designing printed circuit boards for audio hardware projects.
FPGA Design
Knowledge of FPGA programming for real-time audio processing and embedded systems.
Matlab/GNU Octave
Proficiency in using Matlab and GNU Octave for audio signal processing and algorithm development.
Analog Electronics
Understanding of analog circuit design for audio applications and interfaces.
Touch Interfaces
Proven experience of designing PCB layouts and writing firmware for capacitive touch interfaces, such as buttons, sliders and touchpads.
Research
I am active as a researcher in the fields of HCI and Audio DSP. Here is my Researchgate profile:
https://www.researchgate.net/profile/Clemens-Wegener
Patents
I have experience in the patent application process. Here is a patent that I registered:
https://worldwide.espacenet.com/patent/search?q=pn%3DDE102018206778A1
Extensive experience in audio digital signal processing, including algorithm development and implementation for various audio applications.
Realtime Signal Processing
Substantial experience in real-time signal processing, across a range of platforms including embedded Linux, MCU, and FPGA.
Embedded Systems
Proficient in developing embedded software and hardware for audio-related projects, with expertise in C/C++ programming for microcontrollers.
Audio Software Development
Strong skills in creating audio plugins, synthesizers, and other audio software using various programming languages and frameworks.
PCB Layout
Experience in designing printed circuit boards for audio hardware projects.
FPGA Design
Knowledge of FPGA programming for real-time audio processing and embedded systems.
Matlab/GNU Octave
Proficiency in using Matlab and GNU Octave for audio signal processing and algorithm development.
Analog Electronics
Understanding of analog circuit design for audio applications and interfaces.
Touch Interfaces
Proven experience of designing PCB layouts and writing firmware for capacitive touch interfaces, such as buttons, sliders and touchpads.
Research
I am active as a researcher in the fields of HCI and Audio DSP. Here is my Researchgate profile:
https://www.researchgate.net/profile/Clemens-Wegener
Patents
I have experience in the patent application process. Here is a patent that I registered:
https://worldwide.espacenet.com/patent/search?q=pn%3DDE102018206778A1
Sprachen
DeutschMutterspracheEnglischverhandlungssicherFranzösischgut
Projekthistorie
The Center for Haptic Audio Interaction Research (CHAIR) is a start-up with products in the field of musical interfaces and physical modeling synthesizers. Here, I designed and implemented audio DSP algorithms, optimizing performance for embedded systems, I developed micro controller circuits including codecs, FPGA circuits with fixed point DSP, I implemented physical models of acoustic systems, etc.
Developing firmware and hardware for ultra low-latency embedded audio devices on an open source platform.
I developed application and driver software on Bela's embedded linux platform, as well as firmware for the STM32 and Infineon PSoC for touch interaction and custom LED matrix display solutions for an audio product.
Portfolio
ILSE
Analog Synthesizer Eurorack Module
https://www.chair.audio/product/ilse-analog-synth-module-rev4/
Analog Waveguide
Electronic Musical Instrument / Resonator, Synthesizer
https://www.chair.audio/product/analog-waveguide/
EXC!TE CYMBAL
Physical Modeling Software Synthesizer, VST Plugin
https://www.chair.audio/product/excte-cymbal-pro/
The Tickle
The Tickle is an interface for physical modelling synthesizers. It comes in a brushed stainless steel frame with recessed side panels in naturally waxed oak wood. Depending on the firmware mode, the Tickle can either send touch position and vibration data via Class Compliant Audio/MIDI devices or the excitation signal and CV for x, y and gate / envelope. The instrument also features an external input port which lets you override the internal surface sensor and lets you connect future extension.
https://www.youtube.com/watch?v=Wkqz-EAay0s
Bela Trails
Trails is a touch-sensitive control module with LED backlighting. I participated in firmware programming and wrote the driver and rendering algorithms for the touch interaction and LED matrix.
https://www.youtube.com/watch?v=v48P9D86ZC0