Manuel Handta
Medical Engineering Β· Experimental Research Β· Prototyping
I am a medical engineering student with a strong focus on experimental laboratory work, prototyping, and interdisciplinary engineering problems at the intersection of applied physics, medical technology, and microsystems engineering.
This site is a curated technical portfolio.
It documents selected projects, experiments, and engineering notes from my academic work, research activities, and open-sourceβoriented side projects. The goal is not completeness, but technical clarity and reproducibility.
What you will find here
π¬ Selected Projects
A curated overview of projects I have worked on in research labs, teaching environments, and self-initiated engineering work.
Each project page focuses on:
- technical context and motivation
- methods and design decisions
- implementation details (hardware / software / processes)
- results and lessons learned
Projects are grouped by domain (imaging, detectors, microfabrication, prototyping) rather than chronology.
π See: Selected Projects
π Skills & Technical Scope
An overview of the tools, methods, and working environments I am familiar with, including: - experimental laboratory work (detectors, cryogenics, UHV, cleanroom-related processes) - prototyping and fabrication (CAD, FEM, additive manufacturing, electronics) - data analysis and scientific programming - documentation and reproducible workflows
This section is meant as a technical index, not a keyword list.
π See: Skills & Tools
π Technical Notes
Short, focused notes on topics I repeatedly encounter in practice, such as: - UHV and STM handling - microfabrication and microfluidics pitfalls - cryogenic experiments and material testing - 3D printing, calibration, and workflow design
These are engineer-to-engineer notes, not tutorials or blog posts.
π See: Technical Notes
π External Documentation
Some projects live in their own dedicated documentation repositories and are intentionally kept separate:
-
Bachelor Thesis Documentation
Full technical documentation of my bachelor thesis on cone-beam CT reconstruction using optimization-based methods. -
Medical Engineering Working Group (MEAG)
Collaborative documentation of student projects, workshops, and teaching-related engineering work.
This portfolio links to those repositories but does not duplicate their content.
π See: External Docs
How to read this portfolio
- Start with Selected Projects if you want a quick overview of what I actually build and work on.
- Use Skills & Tools as a technical index.
- Dive into Technical Notes if you are interested in details, pitfalls, and design reasoning.
- Use the external links for deep dives into large, structured projects.
About this portfolio
This portfolio is maintained as a side project alongside my studies and research activities.
It evolves over time and reflects how I approach engineering problems: experimentally, iteratively, and with an emphasis on understanding systems rather than just using them.
For a formal summary of my background, see my CV.
π Contact and CV: Contact / CV