This role involves developing and executing biochemical and molecular biology assays to support pharmacokinetic/pharmacodynamic analysis. Responsibilities include assay development, data analysis, and collaboration with external partners, while staying current with scientific literature and regulatory guidelines.
This role involves developing, qualifying, and validating molecular bioanalytical assays—such as qPCR, ddPCR, and RT-qPCR—to support clinical pharmacokinetic and pharmacodynamic studies within a GCLp-compliant environment. The scientist will work closely with cross-functional teams to ensure robust data generation, maintain regulatory compliance, and integrate emerging digital and automation technologies into workflows. A strong focus on reagent management, assay documentation, and continuous process improvement is central to the position.
This role involves hands-on laboratory work focused on generating high-quality microbiology data and R&D. Responsibilities include performing antimicrobial susceptibility testing, microbial culture identification, biobanking, and contributing to the design and optimization of automated workflows. The position is ideal for someone who enjoys bench work and is motivated to build efficient, scalable, and technology-driven laboratory systems.
The Global Research Program Manager will drive internal operational efficiency, coordinate cross-team projects, manage key partnerships, and oversee the tools and operations that the technical teams rely on. This role involves optimizing processes, facilitating collaboration, and ensuring that the team can focus on pioneering research and development.
This role involves designing and conducting experiments in advanced genome technologies and next-generation plant transformation to enhance plant engineering capabilities. The scientist will work on genetic manipulation, DNA/RNA delivery, and plant regeneration, contributing to high-impact research with real-world applications in food security and sustainable agriculture. Collaboration with AI, automation, and generative biology experts across EIT’s ecosystem is a key part of the role.
This role involves developing, optimizing, and validating molecular bioanalytical assays—such as qPCR, ddPCR, and RNA isolation—to support mRNA-based clinical programs. The scientist will work within GCL0-compliant (GCLP) frameworks to generate pharmacokinetic and pharmacodynamic data, ensuring regulatory compliance and data integrity. Collaboration with cross-functional teams and adoption of digital tools and automation are key to advancing clinical trial execution and analytical processes.
This role involves designing and optimizing high-throughput, image-based phenotypic screening workflows for plant cells, developing robust imaging assays, and collaborating with automation and AI teams to integrate scalable screening processes. The scientist will work on cutting-edge research to enhance plant productivity and sustainability, contributing to publications and IP generation.
This role involves pioneering research in synthetic biology, focusing on genome synthesis and genetic isolation to enable safe, scalable biotechnological applications. The postdoctoral fellow will develop novel methods for genome recoding, engineer synthetic genetic codes, and contribute to foundational work in making biology programmable. Work integrates experimental and computational approaches within a multidisciplinary, mission-driven research environment.
