LabVIEW Developer | Controls Engineer
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Versatile and performance-driven engineering professional with over 15 years of experience delivering advanced automation, test, and control solutions in fast-paced, multidisciplinary environments. Proven track record in designing high-complexity industrial systems from concept to deployment, with a strong focus on LabVIEW-based platforms, electrical safety, and system-level compliance.
Possess deep expertise in control technology, field instrumentation, and firmware validation, backed by a passion for continuous learning and cross-functional collaboration. Adept at bridging hardware and software domains, leading full lifecycle development of test equipment, automation systems, and digital twin solutions.
Principal-level engineer with 15+ years of experience delivering high-impact solutions across embedded test systems, firmware validation platforms, and custom automation tools. Specialized in architecting scalable, high-fidelity LabVIEW applications with deep integration of hardware interfaces (CAN, I2C, serial, USB), real-time data handling, and simulation environments. Proven leadership in developing hardware-in-the-loop (HIL) frameworks, digital twins, and manufacturing test platforms for IoT and electromechanical products.
Led cross-functional initiatives at Dyson and Beryl, spanning R&D, manufacturing, and global supply chain environments. End-to-end project ownership—from architecture design and technical leadership to stakeholder alignment, documentation, and mentoring. Hands-on expertise in system-level design, electrical safety compliance, and toolchain integration, including EPLAN, Git, VS Code, and enterprise tools (ClickUp, Confluence, ServiceNow).
Strong focus on software modularity, responsiveness, testability, and long-term maintainability.
Bachelor’s Degree in Electrical Engineering from the University of Óbuda (2007–2010), specialized in Computational Process Control at the Institute of Instrumentation and Automation. Graduated with a 2:1 equivalent (GPA: 4.33/5). Thesis focused on the instrumentation and automation of an office building’s heating and cooling system using jet pumps.
Additional technical secondary education in IT Software Administration (Ujpest Bilingual Technical Secondary School, 2004–2005), equivalent to a City & Guilds Level 3 diploma. Earlier background in Civil Engineering from Pogany Frigyes Bilingual Technical and Grammar School (1999–2004), equivalent to City & Guilds Level 4 and A-Levels diploma.
