Probe Development Engineer

If you enjoy solving complex engineering challenges and working on real-world high-tech applications, this role offers the opportunity to take ownership of probe development, from concept and simulation to testing and final implementation.

We are INETEC - a high-tech company specializing in the design, development, and production of robotic systems, instruments, software, controllers, and probes. For more than 35 years, we have been delivering cutting-edge technology and services to the nuclear industry. At the heart of every new product lies our passion for innovation and emerging technologies. Our greatest asset is our people - their knowledge, values, and motivation. Together, we are shaping a reliable and innovative future.

• Participate in the development of ultrasonic (UT) and/or eddy current (ET) probes.
• Prepare technical drawings and models using CAD tools (e.g. Inventor).
• Perform basic acoustic and electromagnetic simulations of probes using CAE tools (e.g. ANSYS, COMSOL, CIVA, OnScale).
• Produce UT/ET probe prototypes in collaboration with manufacturing teams.
• Contribute to the development of technical solutions aimed at design optimization.
• Participate in field testing activities.
• Support sales-related activities.
• Order necessary components.
• Lead projects, ensuring compliance with technical requirements, deadlines and budget constraints.
• Monitor technological developments and innovations in the field of NDE probes.
• Apply new methods and technologies to improve product performance.
• Test developed probes.
• Collect, analyze and document post-testing data.
• Ensure products meet fundamental quality standards and technical specifications.
• Prepare technical documentation for developed products, including specifications, user instructions and test protocols.
• Update and maintain documentation in line with project requirements.
• Identify and resolve technical issues during development and testing phases.
• Propose design and process improvements.
• Monitor and enforce compliance with industry standards and regulations.
• Adhere to internal work procedures.
• Prepare and review materials for technical reports and reviews, actively contributing to evaluation processes.
• Report to the head of the department on progress, challenges and achievements as needed and/or upon request.
• Communicate with suppliers regarding procurement of key components.
• Collaborate with senior team members on design solutions and iterations.
• Work closely with colleagues in multidisciplinary teams to ensure successful task execution.
• Provide support to junior engineers through mentorship and technical guidance.  

• Minimum Master’s degree in electrical engineering, mechanical engineering, mechatronics, physics (particularly applied physics, acoustics or electromagnetism), materials and technology.
• A minimum of 3 years of work experience in the development of probes, instruments, sensors or related products within a research and development (R&D) environment.
• Advanced understanding, analysis and optimization of incoming technical project requirements.
• Understanding of electromagnetic principles and acoustics applicable to NDE technologies. (preferred)
• Knowledge of laboratory testing for NDE probes. (preferred)
• Advanced understanding and creation of technical documentation.
• Understanding of the principles of development, design and optimization of UT and/or ET probes for use in non-destructive testing. (preferred)
• Knowledge of materials used in probes, such as piezoelectric crystals, ceramics, metals and plastics. (preferred)
• Understanding of prototype manufacturing processes and basic production technologies (e.g. CNC machining and/or 3D printing).
• Basic knowledge of CAE software for simulations (e.g. ANSYS, COMSOL, CIVA, OnScale).
• Knowledge of industry trends.
• Knowledge of data analysis tools (e.g. MATLAB, Python) and the MS Office suite, as well as project planning.
• Knowledge of software for drafting, design and modeling (e.g. Inventor, SolidWorks, AutoCAD).
• Understanding of working with measuring devices such as oscilloscopes or signal analyzers.
• Understanding of communication protocols (e.g. SPI, I2C or UART). (preferred)
• Understanding of industry standards and regulations for ultrasonic and/or eddy current technologies (e.g. ISO 9712, EN 12668). (preferred)
• Proficiency in spoken and written English.