Computer vision
Build image pipelines, align faces and compare biometric embeddings.
Python · PyTorch · CUDA · OpenCV · Diffusers// Computer vision · applied machine learning
I research computer vision at Fraunhofer IGD. My background spans AI studies at TU Darmstadt and eight years in telecom IT.
Illustration: a metaphor for how I work.
Computer vision · applied machine learning
I research computer vision at Fraunhofer IGD. My background spans AI studies at TU Darmstadt and eight years in telecom IT.
01 / Capabilities
The tools I use and the decisions they help me make.
Build image pipelines, align faces and compare biometric embeddings.
Python · PyTorch · CUDA · OpenCV · DiffusersTest on unseen participants, compare simple baselines and examine where a model fails.
Held-out testing · error rates · reproducible experimentsDesign web applications and APIs that handle retries and protect workflow state.
Django · PostgreSQL · JavaScript · PHPConnect monitoring and ticketing so a team can see what broke and act on it.
Service monitoring · Jira · ITIL workflows · automation02 / Project index
Three independent builds, each with a working demo and notes on what it can show.

Tested imagined hand movement on 50 people. A participant-held-out evaluation scored 61.8% against a 50.4% baseline.

Compared rules and a local model on 60 fictional tickets. Changing a draft cancels its approval.

Built a campaign workflow where quotes stay fixed and a repeated submission leaves the audit history intact.
More demos Recall Studio ↗Commonnest ↗
03 / Career highlights
Recognition · April 2018
Received during my years in telecommunications IT.
One example, from the first observation to a result someone else can explore.
The EEG average hid how differently the model performed across people.
Would the model work on someone whose data it had never seen?
Hold out whole participants and keep a most-frequent-class baseline.
Put the five folds, participant scores and saved outputs into a viewer.
The participant median was 57.8%. Some people scored below chance.
Anyone can open the viewer, sort the scores and explore the differences.
These four motifs illustrate how the work feels to me.
Fraunhofer IGD · Darmstadt. Reproducible identity synthesis, face alignment and biometric evaluation on GPU infrastructure.
Technical University of Darmstadt (TU Darmstadt).
NAK, Behsa and AHS. Service monitoring, ticketing integration, team leadership and reporting automation.
Web applications, responsive websites and workflow automation.
I used AI coding assistants on these independent portfolio projects; each repository README describes scope, local-only pieces, and what the public demo does not run.
Career record / 2005–2026
Selected milestones in software, operations and research.
Published this portfolio and its skills-focused CV alongside public project demos.
Joined Fraunhofer IGD to work on computer vision and biometric evaluation.
Began studies in artificial intelligence and machine learning at TU Darmstadt.
Completed training in software testing (ISTQB) and DevOps Foundation.
Received the MTN CEO Special Award for Innovation.
Co-authored a conference paper on personality recognition from text.
Began eight years in telecommunications IT across AHS, Behsa and NAK.
Started building websites and web applications as an independent developer.