Dr. rer. nat. Benjamin Escribano
Neuroscientist ๐จโ๐ฌ | Microscopy ๐ฌ & Data ๐ Expert | R&D Engineering Consultant ๐จโ๐ง
Summary
Personal Data
Languages
Education
๐ Doctor of Natural Sciences (Dr. rer. nat.) in Neuroscience
๐ Technical University of Kaiserslautern (now RPTU), Germany
๐ Nov. 2017 โ Oct. 2021
๐ Master of Science (M. Sc.) in Molecular Biology
๐ Friedrich Miescher Institute (FMI) Basel, Switzerland
๐ Oct. 2013 โ Feb. 2015
๐ Bachelor of Science (B. Sc.) in Biology, Major in Molecular Biology
๐ University of Basel, Switzerland
๐ Aug. 2010 โ Jul. 2013
๐ Matriculation with Spanish (Core Subject) and Biology (Complementary Subject)
๐ Gymnasium Bรคumlihof Basel, Switzerland
๐ Aug. 2006 - Jun. 2009
- Thesis: Midnight Sports โ Die Erfolgsfaktoren im Visier
Professional Experience
๐ผ Deputy Technology Platform Head
๐ Collaborative Prototyping Core Facility, University of Bonn, Germany
๐ Nov. 2023 โ Present
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Consulted 20+ research groups, delivering expert technical strategies for experimental design, hardware integration, and data analysis.
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Engineered and deployed 30+ custom 3D-printed, electronic, and optical prototypes, directly enabling novel behavioral research paradigms.
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Upgraded and maintained 10+ complex microscopy systems through the seamless integration of custom devices, structural modifications, and specialized parts.
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Drove capacity-building initiatives across the institute by organizing 4 workshops, 1 seminar, and extensive one-on-one technical troubleshooting sessions.
*Currently also known as The CADRE - Collaborative Accelerator for Development and Research Engineering, funded by the iBehave network. It will be integrated into the Bonn Technology Campus in the future as a joint Core Facility for the University of Bonn and University Hospital Bonn.
๐ผ Postdoctoral Research Scientist
๐ German Center for Neurodegenerative Diseases (DZNE) in Bonn, Germany
๐ Apr. 2022 โ Oct. 2023
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Lead the establishment of 1 intravital 2p-microscopy and 1 optical laser coupling system for behavioral research, designing the data backup infrastructure and managing purchases.
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Executed stereotaxic surgeries (FELASA-B), including GRIN-lens implantations and viral tracings, alongside detailed histology for anatomical studies.
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Drove the computational data analysis for 2 in-vivo deep-brain imaging studies, culminating in a co-authored publication (Favila et al. 2025, Nature Communications) and an international conference poster presentation.
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Mentored and regularly guided 2 PhD, 1 Master’s, and 1 Bachelor’s student, successfully overseeing their experimental workflows and analytical pipelines.
๐ผ Research Associate
๐ Technical University of Kaiserslautern (formerly TUKL, now RPTU), Germany
๐ Nov. 2017 โ Oct. 2021
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Designed and implemented an in-vivo 2p-microscopy setup with customized olfactory stimulation, executing computational analyses that yielded a co-authored publication (Siegenthaler et al. 2019, PLOS Biology).
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Contributed to successful funding acquisition and conceptualized, collected, and analyzed data for an in-silico model of neuronal signal propagation, resulting in an additional co-authorship (Hafez et al. 2023, eLife).
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Instructed 10+ practical courses and supervised 5+ students, while broadly communicating findings via 4 international conference posters, 3 meeting presentations, and successfully securing 1 external collaboration.
๐ผ Research Associate
๐ Charitรฉ Institute for Neurophysiology in Berlin, Germany
๐ May 2016 โ Oct. 2017
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Established 2 advanced 2p-microscopy systems for behavioral research, fully integrating olfactory stimulation and electrophysiology.
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Acquired and systematically analyzed in-vivo calcium imaging, STED, and confocal microscopy datasets.
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Implemented a robust protocol for antibody staining in brain tissue.
๐ผ Research Associate
๐ Friedrich Miescher Institut (FMI) in Basel, Switzerland
๐ Sep. 2015 โ Mar. 2016
- Developed a novel methodology for longitudinal in-vivo imaging of synaptic neurodegeneration markers, utilizing spinning disc microscopy coupled with post-hoc antibody staining.
- Executed acquisition and computational analysis of time-series and confocal microscopy data.
- Communicated scientific insights through a conference poster presentation and a local seminar talk.
๐ผ Quality Assurance Associate (part-time)
๐ Novartis AG in Basel, Switzerland
๐ Mar. 2012 - Mar. 2015
- Streamlined the administration of compliance and training records using enterprise learning management systems.
- Facilitated lifecycle management and global distribution of Standard Operating Procedures (SOPs).
- Coordinated proactively with document authors to ensure timely updates and prevent overdue SOPs, maintaining stringent QA standards.
๐ผ Emergency Admissions Clerk (part-time)
๐ University Hospital in Basel, Switzerland
๐ Jun. 2010 - Dec. 2011
- Managed patient admissions at the emergency gate, operating within 24-hour shift schedules.
Military and Civil Service
โ๏ธ Civil Service Deployment as Residential Support Worker
๐ Residential Home Hirsacker in Liesberg, Switzerland
๐ Apr. 2016 - May 2016
- Provided daily care for non-verbal autistic residents, adapting to specialized needs.
โ๏ธ Civil Service Deployment as Scientific Associate
๐ Faculty of Psychology, Cognitive Neurosciences, University of Basel, Switzerland
๐ Mar. 2015 - Jul. 2015
- Organized and executed psychological electroencephalogram (EEG) and transcranial magnetic stimulation (TMS) studies on healthy human volunteers.
๐ช Military Refresher Course (Wiederholungskurs - WK)
๐ Military Training Area in Thun, Switzerland
๐ Sep. 2013 - Sep. 2013
๐ช Military Training School (Rekrutenschule - RS), Promoted to Soldier
๐ Military Training Area in Liestal and Bure, Switzerland
๐ Oct. 2009 - Apr. 2010
- Basic military training for Infantry Reconnaissance Soldiers.
๐ช Conscription Information Day and Recruitment with Sports Badge
๐ Recruitment Center in Windisch, Switzerland
๐ Apr. 2009
Skills and Core Competencies
Microscopy & Imaging
- Systems: Confocal, Multiphoton (2P), STED, Spinning Disc, Lightsheet, GRIN-Lens, Miniscope (1P/2P).
- Methods: in-vivo / ex-vivo Calcium Imaging, ScanImage, Laser Alignment, Optics.
Neuroscience Methods
- EASI-FISH, Electrophysiology, Optogenetics, Sensory Stimulation, Behavior Monitoring, Histology, Genetics, Modeling (NEURON).
Engineering & Prototyping
- Design: 3D CAD (Fusion), PCB Design (KiCad, Fusion).
- Fabrication: CNC Milling, Laser Cutting, 3D Printing, Soldering.
- Embedded Systems: Arduino, Raspberry Pi, NI-DAQ, bPod, ESP32.
- Control: Sensors, Actuators, Solenoids, Relays, Automation, Device Integration & Synchronization.
Data Science & Computation
- Languages: Python, MATLAB, C++, R, Swift, LaTeX, Fiji Macro, Go (Golang), Markdown.
- Image Analysis: Fiji (ImageJ), Imaris, CaImAn, suite2p, CIAtah.
- Tools: Git, VS Code, Jupyter, Prism Graphpad, LabView, Linux, macOS, Windows, Docker, Web Hosting, APIs.
- Design: Affinity Designer, Adobe Illustrator, Inkscape.
Soft Skills
- Science Communication, Project Management, Supervision, Creative Problem Solving.
Microscopy Experience
A full list of my microscopy experience can be found here.
Scholarships
References
References are available upon request after contacting me here.
Publications
Hobbies
Science Communication: I actively engage with the public at science fairs, open science nights, and the German Neuroscience Olympiad (DNO). I also organize a meetup for the Bonn Neuro Community.
Digital Sovereignty: I advocate for data privacy by self-hosting my own cloud services, including this homepage. You can find an overview of my server setup here.
Photography: I have a passion for analog photography and sometimes share my best shots here.
Music: I enjoy a wide variety of music and concerts. Check out what I’m listening to here.