Research Associate in Vector Control Strategies

In this role, you will contribute to a Target Malaria project focused on self-sustaining gene drive systems using CRISPR/Cas9, with the aim of reducing mosquito reproduction and malaria burden. You will work within the Crisanti group at Imperial College, collaborating across a large team of postdocs and technicians. You will plan and execute independent research, publish findings, and present at meetings and conferences, while mentoring junior staff. This position offers a path to influence global malaria eradication efforts through innovative genetic strategies and cross-disciplinary collaboration.

• competitive salary
• generous leave
• opportunities for professional development
• international collaboration
• supportive, inclusive community

• Plan and conduct original research within a multi-disciplinary team
• Publish results in refereed journals and present findings at meetings
• Contribute to grant applications and compile sponsor reports
• Supervise and train undergraduate and postgraduate students and junior staff
• Develop and refine molecular approaches to vector control and gene drive testing
• Collaborate with international partners and travel to collaborating sites as needed

• PhD in molecular biology and genetics or closely related field
• Significant experience with genetic approaches to population control of disease-vector mosquitoes
• Proficiency with CRISPR/Cas9 and genome editing
• Experience in molecular biology methods and laboratory/insectary practices
• Strong organizational, communication, and planning skills; ability to lead small teams
• Desirable: transcriptomic analysis, DNA sequencing, and bioinformatic data analysis
• Demonstrated supervision/mentoring of junior staff and students
• Flexibility to travel and support operational needs

• collaborative mindset
• problem-solving
• effective communication
• CRISPR/Cas9 gene drive development
• molecular biology techniques
• genome editing tools