Logistics coordinator Jobs in Basel

The Clinical Research Operations Coordinator will manage hands-on clinical sample collection, processing, and logistics within BIIEs research partnerships with hospitals and research centers in low- and middle-income countries (LMICs).

The Clinical Research Operations Coordinator will be an integral part of the BIIE Clinical Core Facility, working closely with the BIIE Faculty Labs and Flagship Programs.

This operational role focuses on implementing standardized SOPs, maintaining sample integrity and chain of custody, and coordinating directly with clinical teams, laboratory staff, and logistics partners. The specialist will ensure strict protocol compliance, quality control, data privacy, and regulatory adherence while troubleshooting operational challenges and maintaining international standards for sample handling.

Tasks

Sample Operations & SOP Management

• Coordinate sample collection activities according to established protocols and SOPs
• Implement and enforce standardized procedures for collection, processing, storage, and transport of clinical samples
• Conduct training sessions on SOP adherence and monitor compliance through site visits
• Oversee sample processing, quality control measures, and cold chain management
• Document deviations and implement corrective actions as needed

Logistics & Documentation

Site Coordination & Support

Regulatory Compliance & Agreements

Requirements

Education & Experience

Technical Skills

Skills and attributes

Preferred Qualifications

Join BIIE as a Clinical Research Operations Coordinator and play a pivotal role in advancing cutting-edge biomedical research at a rapidly growing institute leading the field of immune engineering innovation. This position offers the opportunity to directly contribute to groundbreaking discoveries with the potential to transform healthcare outcomes and save lives.

The Botnar Institute of Immune Engineering is a newly founded non-profit research organization aiming to become a world leading research institute for the advanced study of immunological systems with a mission to develop translational solutions for the diagnosis, treatment and prevention of disease.

The scientific foundation of the BIIE is based on the intersection of three interdisciplinary subdomains : (i) systems immunology, (ii) synthetic immunology and (iii) computational immunology. The BIIE will serve as a hub for multidisciplinary science, by uniting people with diverse expertise in immunology, biomedicine, bioengineering, systems and synthetic biology, computational biology, artificial intelligence and machine learning. As part of the mission of BIIE to make a lasting impact, it will dedicate significant efforts in training early-stage researchers in this unique multidisciplinary environment, thus enabling them to become future leaders in Immune Engineering.