NXP Semiconductors is seeking a motivated student for a 9–12 month internship/thesis in the Innovation team in the Netherlands. Denkt u de juiste kandidaat te zijn voor de volgende functie? Solliciteer dan na het lezen van
Company Description At Keenfinity, we are a globally leading provider of innovative and professional security and communication solutions. With over 4,200 employees in over 50 countries worldwide, our ambition is clear: we offer more than just
Do you aspire to lead a research team, teach the next generation of engineers and are you ready to bridge the gap between innovative circuit design and practical edge AI applications? Zorg ervoor dat u de
Select the region that best fits your location or preferences. Alle aanvullende informatie die u voor deze baan nodig heeft, vindt u in de onderstaande tekst. Zorg ervoor dat u deze grondig leest en vervolgens solliciteert.
Assistant Professor in Integrated Circuits for Edge AI Klaar om te solliciteren? Voordat u dat doet, zorg ervoor dat u alle details met betrekking tot deze baan in de onderstaande omschrijving leest. Personal type: Scientific staff
Your role as a Principal Laser Characterization & Calibration Architect Controleer alle bijbehorende sollicitatiedocumenten grondig voordat u op de sollicitatieknop onderaan deze omschrijving klikt. EFFECT Photonics is a technology scale-up founded in Eindhoven. We develop highly
Your mission Solliciteer snel, bekijk de volledige omschrijving door naar beneden te scrollen om de volledige vereisten voor deze functie te ontdekken. We want you! This is not a pure administrative inside sales role. This is
Our client is a high-tech company developing advanced systems at the cutting edge of innovation. They combine applied mathematics, sensor technology, and system integration to create solutions where precision, modelling accuracy, and performance are mission-critical. Heeft
Introduction Within ASMLs Mechanical Development and System Dynamics team in Veldhoven, you will contribute to advancing the understanding of acoustic disturbances in highly precise lithography systems. Acoustic loads can influence system performance, particularly in environments where