PhD scholarship in Molecular plant-microbe interactions - DTU Bioengineering

We invite applications for a PhD position focused on developing sustainable methods for controlling Pseudomonas syringae infections, a major plant pathogenic bacterium causing significant economic damage in global agriculture and horticulture.

This project aims to move beyond traditional disease management strategies, which often have limited efficacy, and instead develop an innovative approach that utilize bacterial interactions and bacterial gene products to reduce or abolish virulence of the plant pathogen.

Clinical Pharmacology Scientist

We are committed to delivering life-transforming therapies for people living with neuromuscular diseases.

You will play a key role in the clinical development of our innovative drug candidates, from early development phase through late-phase clinical trials ensuring data-driven decision-making to optimize patient outcomes.

Be part of a team dedicated to improving lives through innovative therapies and flexible work options. On-site in Denmark. or remote work (US/Europe).

PhD scholarship in Heterogeneous Integration of DC-DC Power Converters – DTU Electro

We warmly welcome motivated researchers who are fueled by ambition and a zeal to join us in forging new frontiers in power electronics. We are offering a 3-year fully funded PhD position, supported by the esteemed ERC Consolidator grant from the European Research Council.

Your primary tasks will include:

• Exploring innovative magnetics and capacitors integrations.
• Investigating advanced packaging techniques of high-current power converters.
• Designing circuits, prototyping and testing in the lab.

PhD scholarship in Smart Materials for Sustainable Indoor Air Quality Management - DTU Sustain

We are seeking a highly motivated PhD student to advance our understanding of using smart materials for sustainable built environment control.

In this interdisciplinary project funded by the EU Horizon program, you will have the opportunity to develop and utilize cutting-edge smart materials (e.g., metal-organic frameworks) to design a groundbreaking air-cleaning system that can achieve a substantial 30-50% reduction in associated energy consumption.