Sustainability Researcher Internship

About this internshipTNO is actively working on limiting the CO2e emissions of our digital infrastructure and ICT usage, enhancing its sustainability. We are looking for motivated students to join our research team and contribute to making a positive impact on the environment.What will be your role?As a research intern, you will be working on various aspects...

About this roleTNO is actively working to limit the CO2e emissions of our digital infrastructure and ICT usage, enhancing its sustainability. We are looking for motivated students who share our mission of a more sustainable future for the ICT sector.Key research areasMeasuring CO2e emissions of ICT servicesIncreasing efficiency of ICT itselfAnalysis of the...

About this positionTNO is actively working on limiting the CO2e emissions of our digital infrastructure and ICT usage, enhancing its sustainability. We are looking for motivated students who share our mission of a more sustainable future for the ICT sector.Research areasThe measurement of energy use of ICT services (scope 2 emissions). We aim to measure and...

At TNO, we are on a mission to reduce the climate impact of ICT usage. We are looking for motivated students who share our goal of a more sustainable future for the ICT sector.About this positionICT use has increased significantly in recent decades, and its impact on the environment is substantial. Our research focuses on limiting CO2e emissions from digital...

About the ProjectTNO is seeking a motivated student researcher to contribute to a safe and secure society by investigating the effects of high power electromagnetic radiation on RF components. This project is part of a broader effort to design and develop effective protection and mitigation measures for electronic systems and wireless connections.Key...

About this positionTNO is seeking a highly motivated researcher to contribute to the development of an algorithm that optimizes the placement of antennas on the top deck of a military platform. The ideal candidate will have a strong background in electromagnetics, specifically antennas and mutual coupling, and experience with 3D EM modeling software, such as...

About the RoleTNO is seeking a talented researcher to investigate the effects of high power electromagnetic (HPEM) on radio frequency (RF) components. This project aims to develop a deeper understanding of the impact of HPEM on RF frontends and identify potential vulnerabilities.Key ResponsibilitiesConduct research on the effects of HPEM on RF components,...

About the ProjectTNO is seeking a dedicated student researcher to investigate the susceptibility of RF components to high power electromagnetic radiation. The aim is to develop a deep understanding of the effects of HPEM on RF frontends, enabling the creation of effective protection and mitigation measures.Your RoleYou will be responsible for researching the...

About this positionFederated Learning (FL) is a technique that enables AI models to be trained with data from multiple parties without uploading the data to a central location. However, research has shown that some of the original data can be reconstructed from the model itself, which is done via so-called gradient inversion attacks. TNO is looking for a...

About this internshipAt TNO, we're committed to creating a safe and secure society using innovative technologies. As an Electromagnetics Researcher, you'll play a crucial role in the development of composite antennas for modern military platforms.Your responsibilitiesResearch and analyze the challenges of integrating antennas in composite materialsDesign and...

About this roleTNO is seeking a researcher to investigate the integration of antennas in composite panels from an electromagnetics perspective. The successful candidate will conduct a thorough analysis of the challenges and limitations associated with designing antennas embedded in composite materials.Key ResponsibilitiesResearch and analyze the...

About this positionTNO is seeking a highly motivated researcher to contribute to the integration of antennas in composite panels from an electromagnetics perspective. The successful candidate will research all aspects of antenna integration, including challenges, limitations, and expected performance. The research will be based on both literature study and...

About the AssignmentAs a deep learning researcher at TNO, you will investigate how radar measurements made with varying waveform settings can be used to train a deep neural network for target classification. This involves exploring data representations that are independent of the radar waveform settings, as well as neural network architectures that are...

About this positionFederated Learning (FL) is a technique that enables AI models to be trained with data from multiple parties without uploading the data to a central location. However, research has shown that some of the original data can be reconstructed from the model itself, which is done via so-called gradient inversion attacks. TNO is looking for a...

About the PositionWe are seeking a motivated researcher to join our team at TNO, where you will investigate the effects of high-power electromagnetic radiation on radio-frequency (RF) components. Your research will focus on understanding how various parameters of HPEM impact RF components typically used in RF frontends.Key ResponsibilitiesDevelop theoretical...

About this positionTNO is seeking a highly motivated student to conduct research on the effects of high power electromagnetic (HPEM) radiation on RF components. The ideal candidate will have a strong background in electromagnetics and integrated circuits, as well as experience with performing measurements on RF systems in a lab environment.Key...

Job OverviewA challenging opportunity exists for a highly motivated and experienced researcher to investigate the impact of substrate surface treatments on ballistic protection in ceramic multi-layer armour systems.About This PositionThe performance of the adhesive layer (bond line) is critical in determining single- and multi-hit ballistic protection....

About the ProjectThe performance of the adhesive layer in a ceramic multi-layer armor system is a critical component in determining single- and multi-hit ballistic protection. This project aims to investigate the optimal surface preparation techniques for adhesive bonding of a ceramic front plate to a backing plate, for adhesives currently utilized in armor...

About this projectThe performance of the adhesive layer in a ceramic multi-layer armor system is crucial for determining single- and multi-hit ballistic protection. While research on adhesive layers in ballistic armor is limited, controlled surface modifications can improve the armor's stopping power. These modifications involve chemical or morphological...

About this research positionTNO is seeking a highly motivated student to investigate the effects of high power electromagnetic (HPEM) radiation on RF components. The goal of this project is to understand how HPEM affects the RF receive chain and to identify potential weak spots.Your roleYou will research the impact of various HPEM parameters, such as...