Sensor & Measurement Technology Engineer

Overview

NDT Global is the leading provider of ultra-high-tech diagnostic inspection solutions, advanced data analysis and integrity assessment services for ensuring the safety and longevity of energy-sector infrastructure assets. Recognized as the forerunner in ultrasonic inspection technologies comprising Pulse Echo, Pitch-and-Catch and Phased Array, as well as Acoustic Resonance (ART Scan) methodologies, the company also deploys a range of non-ultrasonic technologies. NDT Global strategically applies its inspection technologies to detect, diagnose and model various types of threat—circumferential or axial cracks, metal loss, geometry, mapping, and more—across diverse classes of assets. By providing predictive, decision-ready insights driven by the world’s most accurate data, NDT Global enables the conditions for asset owners to optimize infrastructure health and drive operational efficiencies while reducing risk and minimizing their carbon footprint.

Purpose We are seeking a highly motivated and experienced professional to join our Sensor & Measurement Technology team in a multinational environment. Our team develops cutting-edge sensors and measurement methodologies for NDT Global's inline inspection services for pipelines. This includes experimental work and the use of advanced simulation software, as well as the development of signal processing and data visualization tools for research and prototype analysis. Our work interfaces with all relevant processes at NDT Global. To advance the next generation of inspection services and improve existing technologies, we focus on quantitative non-destructive evaluation.

Responsibilities

• Active participation in R&D projects as a technical team member
• Development of sensors and measurement methods for new inspection services
• Design of analytical and numerical models for sensors and signal chain
• Identification and implementation of advanced sensor signal processing methods to enhance inspection system performance
• Development of prototype algorithms and data visualization tools
• Documentation in accordance with company standards

Qualification And Experience

• Master's degree in physics, Computer Science, Acoustics, Mathematics, Engineering, or a related field (required)
• A PhD in Physics, Computer Science, Acoustics, or Mathematics (preferred)
• Proven experience contributing to research projects in a scientific or technical environment
• Proficiency in scientific programming and data analysis using MATLAB or Python
• Proven expertise in the field of acoustics and/or ultrasonics (preferred):
  • application of acoustic/ultrasonic techniques
  • expertise in piezo-electric transducer fundamentals
  • model ling of piezoelectric transducers, and non-destructive testing scenarios based on ultrasonics
• Experience with other non-destructive testing methods (e.g., electromagnetic techniques) (beneficial)

Skillset

• Excellent command of English; local language skills are advantageous
• Strong problem-solving skills and a curious mindset
• Effective communication skills and a collaborative team spirit
• Willingness to learn and adapt to new technologies and methodologies
• Friendly and approachable demeanor that fosters a positive work environment
• A genuine interest in exploring innovative ideas and concepts

Benefits

• Full benefits package effective immediately for employees and their dependents
• Competitive pension matching program to secure your future
• Flexible time options to suit your personal and professional needs
• Supportive mentorship programs and career development opportunities
• Ongoing training to keep your skills sharp and help you grow
• Regular social events and programs to foster team spirit

#J-18808-Ljbffr