Vienna, Vienna, Austria
As an electronic engineer with over 5 years of experience, I am passionate about hardware-centered development and the integration of high-precision sensor systems in industrial and medical applications. I have successfully designed embedded hardware prototypes, optimized sensor calibration processes, and implemented wireless IoT solutions. Through interdisciplinary team leadership and close collaboration with end users, I translate technical requirements into practical and reliable products.
Automated the industrial assembly process, reducing assembly time by over 50 % by developing electronically controlled mechanisms. Designed bespoke IoT solutions and produced PCB layouts alongside 3D‑printed models for industrial sensing, data acquisition, and cloud‑based data pipelines.
Developed telecommunications software in C and Fortran using Scrum‑Agile methodology with Azure DevOps for continuous feature delivery and bug resolution. Drove continuous improvement through close client collaboration and integration of feedback.
Provided technical leadership to a cross‑functional team of four engineers and four physicians in developing a portable, wireless video laryngoscope. Directed prototype development over five iteration cycles using STM32, ESP32, Raspberry Pi, and Onion Omega to optimize functionality, boot time, and production costs. Secured highly positive clinical feedback on system portability and reliability; continuously refined boot time based on end‑user insights.
Delivered customized electronic solutions encompassing signal analysis, industrial instrumentation, prototyping, and volume production. Developed a LoRa-based HMI system for “Busscar de Colombia S.A.S”, enabling real-time monitoring of assembly time per station and bus model.
Led a multidisciplinary team of 20+ students, fostering collaboration and academic mentorship. Successfully managed the allocated budget, optimizing resources for prototype development. Designed and manufactured the power PCB and servo‑motor control interface for the “Expro” exoskeleton. Implemented IoT solutions and AI algorithms in projects such as “Intelligent Electrocardiograph” and “HealthyHome.” Standardized technical documentation and testing protocols, ensuring quality and reproducibility of all developments.