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RECENDT develops optical and acoustic technologies for non-destructive characterization of mate-rials in terms of chemical and physical/structural properties and for process-integrated testing and inline analysis. The acquired data is processed with cutting-edge data analysis methods and pro-vided to the process-owners as usable and valuable information. With an interdisciplinary team and state-of-the-art photonic technologies, RECENDT thus covers the entire field of intelligent sensor technology.You will focus on the development of quantum photonic sensing and imaging systems in the mid-infrared (mid-IR) spectral range for applications in chemical sensing and advanced materials char-acterization. Current state-of-the-art mid-IR spectroscopy and imaging are limited by detector per-formance, costs, and system complexity, particularly for compact and industry-relevant solutions. In this work, the properties of entangled photon sources are used in nonlinear interferometry (sensing with undetected photons) to overcome current limitations and provide enhanced sensitivity using advanced optical system designs. You will contribute to the design, modelling, and construction of quantum photonic systems. Your research aims to advance quantum sensing techniques toward practical, robust tools for biology, materials science, and industrial quality control. Publishing high-quality scientific results (as first author or co-authoring) in peer-reviewed journals and presenting findings at international conferences is an integral part of your position. The research field is emerg-ing and offers strong scientific and technological impact; you will be embedded in a newly established quantum sensing research group while benefiting from close multidisciplinary exchange with estab-lished IR spectroscopy and optical coherence tomography (OCT) groups. &nbsp;Your tasks: •Development and simulation of optical setups and photonic components •Design and construction of nonlinear interferometer systems for photonic quantum sensing •Development of control, automation, and signal-processing software •Independent execution of experiments, measurements, and data analysis

RECENDT GmbH

Masterstudent: in (m/f/d) Quantum Sensing

RECENDT develops optical and acoustic technologies for non-destructive characterization of mate-rials in terms of chemical and physical/structural properties and for process-integrated testing and inline analysis. The acquired data is processed with cutting-edge data analysis methods and provided to the process-owners as usable and valuable information. With an interdisciplinary team and state-of-the-art photonic technologies, RECENDT thus covers the entire field of intelligent sensor technology.You will focus on the development of quantum photonic sensing and imaging systems in the mid-infrared (mid-IR) spectral range for applications in chemical sensing and advanced materials char-acterization. Current state-of-the-art mid-IR spectroscopy and imaging are limited by detector per-formance, costs, and system complexity, particularly for compact and industry-relevant solutions. In this work, the properties of entangled photon sources are used in nonlinear interferometry (sensing with undetected photons) to overcome current limitations and provide enhanced sensitivity using advanced optical system designs. You will contribute to the design, modelling, and construction of quantum photonic systems. Your research aims to advance quantum sensing techniques toward practical, robust tools for biology, materials science, and industrial quality control. Publishing high-quality scientific results (as first author or co-authoring) in peer-reviewed journals and presenting findings at international conferences is an integral part of your position. The research field is emerg-ing and offers strong scientific and technological impact; you will be embedded in a newly established quantum sensing research group while benefiting from close multidisciplinary exchange with estab-lished IR spectroscopy and optical coherence tomography (OCT) groups. &nbsp;Your tasks: •Development and simulation of optical setups and photonic components •Design and construction of nonlinear interferometer systems for photonic quantum sensing •Development of control, automation, and signal-processing software •Independent execution of experiments, measurements, and data analysis

PhD-Student (m/f/d) Quantum Sensing

As Austria's largest research and technology organisation for applied research, we are dedicated to make substantial contributions to solving the major challenges of our time, climate change and digitalisation. To achieve our goals, we rely on our specific research, development and technology competencies, which are the basis of our commitment to excellence in all areas. With our open culture of innovation and our motivated, international teams, we are working to position AIT as Austria's leading research institution at the highest international level and to make a positive contribution to the economy and society.Our Competence Unit "LKR Light Metals Technologies Ranshofen" is offering a Master’s thesis position at our location in Ranshofen. As a subsidiary of the AIT Austrian Institute of Technology, LKR is part of the Center for Transport Technologies. The LKR team of around 60 experts is a leader in the development of high-quality light metal alloys, sustainable processing methods, and functionally integrated lightweight components. As part of our Forming Technologies team, you will support us within the framework of our CondOR-EEE research project, focusing on in-situ electrical conductivity measurements. The project aims to improve the energy efficiency of heat treatments in the aluminum industry through intelligent sensor technology. Master Thesis “Intelligent In-Situ Characterisation of the Heat Treatment of Light Metals” <h4>LKR Leichtmetallkompetenzzentrum Ranshofen</h4><ul><li>The aim of this work is to use novel in-situ sensor technology to visualise the microstructural evolution of aluminum alloys during heat treatment in real time.</li><li>Under the guidance of our team, you will conduct heat treatment experiments using in-situ sensors and analyse the acquired signals.</li><li>In addition, you will perform ex-situ measurements (differential scanning calorimetry, scanning electron microscopy).</li><li>You will train scientific working skills and have the opportunity to discuss your results with interdisciplinary experts from the fields of materials science and machine learning.</li><li>You will also contribute to scientific publications.</li></ul>Your qualifications as an Ingenious Partner:<ul><li>Ongoing master’s studies in materials science, materials engineering, process engineering, physics, mechanical engineering, or a related field</li><li>Interest in the design and conception of scientific studies</li><li>Enthusiasm for application-oriented industrial research questions</li><li>High commitment and ability to work in a team</li><li>Good command of English, both written and spoken</li></ul>What you can expect:<ul><li>Duration of the master’s thesis: 6 months</li><li>Start date: 2026 – flexible start possible</li><li>EUR 1.245,-- gross per month for 20 hours/week based on the collective agreement. There will be additional company benefits.</li><li>As a research institution, we are familiar with the supervision and execution of master theses, and we are looking forward to supporting you accordingly!</li></ul>TOMORROW RODAY - WITH YOU?At AIT diversity and inclusion are of great importance. This is why we strive to inspire women to join our teams in the field of technology. We welcome applications from women, who will be given preference in case of equal qualifications after taking into account all relevant facts and circumstances of all applications.Please submit your application documents including your CV, cover letter, relevantcertificates (transcript of records) online: <a href="https://jobs.ait.ac.at/Job/258602?culture=en" target="_blank">Master Thesis “Intelligent In-Situ Characterisation of the Heat Treatment of Light Metals”</a>For further information please contact:Dr. Johannes Österreicher, <a href="mailto:johannes.oesterreicher@ait.ac.at" target="_blank">johannes.oesterreicher@ait.ac.at</a>

3 Abschlussarbeit Jobs in Oberösterreich