Victor Joco

Background

About Victor Joco

Experienced Engineer and Physicist specialized in high energy Physics, microlithography, micromanipulation, and precision instrumentation for advanced R&D and industry. With a PhD in Physics from Universidad Autónoma de Madrid, I focus on bridging scientific innovation and industrial implementation through microfabrication, embedded systems, and accelerator beamline technologies. My core expertise lies in developing micro- and nano-scale fabrication tools, precision positioning systems, and custom instrumentation that enable cutting-edge research and scalable solutions. Over the years, I have led the development of microlithography systems, mask alignment setups, and micromanipulators for accurate sample handling in extreme environments—serving applications from semiconductor prototyping to nuclear instrumentation. Recognized by the IAEA for my role in ion beam technologies, I’ve worked as Ion Accelerator Chief Engineer on international projects, integrating beamlines and diagnostics into high-radiation, high-precision environments. I combine a hands-on approach in microengineering with leadership in multidisciplinary projects, connecting the dots between physics, materials science, electronics, and control software. Key areas of expertise- Microlithography & Microfabrication – Development of custom lithography systems, lift-off processes, mask aligners, and thin-film patterning techniques- Micromanipulation & Precision Mechanics – Design and integration of sub-micron positioning stages, micromanipulators, and automation setups for research and industrial use- Accelerator & Beamline Instrumentation – Beam optics design, vacuum systems, diagnostics, and shielding for ion beam applications- Embedded Systems & IoT – Real-time sensor platforms, DAQ systems, and control software using embedded Linux, microcontrollers, and industrial protocols- Software Engineering – Proficient in Python, C, PHP, MySQL, Bash, and legacy systems (Delphi), focused on automation and process control- Technology Transfer & Prototyping – Turning lab-scale innovations into deployable solutions for manufacturing, diagnostics, and experimental infrastructure- Advanced Spectroscopy & Materials Science – ARPES, XPS, Raman, and IBA, applied across academic, nuclear, and industrial domains. With a strong record of innovation and international collaboration, I’m passionate about transforming complex scientific ideas into robust microengineering solutions that enable the next generation of devices and diagnostics.