Patient Engagement Manager - Clinical Trials

Chaucer
2 weeks ago
Create job alert

Patient Engagement Manager - Clinical Trials

Job Title: Patient Engagement Manager

Location: Hybrid (4 days per week in London Bridge)

Term: Permanent, Full Time

Salary: Competitive + Benefits (Private Medical, Private Dental, Life Assurance, Private Pension & many more)

Richmond Pharmacology are an early phase Clinical Research Organisation (CRO), where we are conducting pioneering early phase healthy participants and patient participant trials. Our experienced and world-renowned team, our central London location and our global reach contribute to making Richmond Pharmacology an exciting and dynamic place to work.

Purpose of the Job

The purpose of the Patient Engagement Manager is to partner with cross-departmental teams to deliver bespoke Patient recruitment strategies on an ongoing basis for the more challenging patient groups Richmond is typically tasked to recruit into clinical trials. Your role will contribute to Richmond maintaining their position as the top global recruitment site in trials we participate in, while strengthening partnerships with Patient Identification Centres (PICs), Patient Advocacy Groups (PAGs) and other referral avenues to ensure effective collaboration and sustained recruitment performance.

Main Duties and Responsibilities

Define and deliver on key Patient recruitment performance metrics, including referral conversion, site performance tracking, and overall study recruitment targets.
Collaborate closely with Business Development and Commercial Teams to align Patient recruitment strategies with the study pipeline and tailor them according to available study budgets.
Develop and maintain strong working relationships with the referral avenues ensuring open communication channels, mutual understanding of trial requirements, and alignment on patient eligibility.
Collaborate with physicians and the outpatient team to support referral avenues in identifying suitable patients, particularly in complex or rare disease studies.
Contribute to the planning and delivery of PIC site onboarding, training, and feedback sessions in coordination with clinical and project teams.
Oversee the creation and timely dissemination of referral performance reports.
Design and execute Patient recruitment strategies.
Identify and evaluate appropriate mainstream recruitment methods, including leveraging social media, online platforms, and patient advocacy groups, for diseases with larger patient populations.
Collaborate with medical experts and clinicians to develop targeted clinician-led recruitment methods for diseases where clinician endorsement is crucial for patient participation.
Build long term relationships with key stakeholders at referring clinical sites and patient advocacy groups across the portfolio of trials Richmond conduct.
Identify challenges and bottlenecks in Patient recruitment and propose innovative solutions to address them.
Support Business Development and Continuous Improvement teams by contributing Patient recruitment insights to feasibility planning, study pipeline decisions, and process mapping. 

Skills and Experience:

BSc or above in Life Sciences or Clinical space.
Prior experience in clinical trial within NHS Trust and/or CRO (Desirable).
Prior experience as Patient recruitment strategist (Desirable).
Experience of Managing/Supervising a team.

Application:

If you are interested in the role, please register your details, including a copy of your CV. Please note, while we try to respond to every candidate, the high volume of applications anticipated may make this impossible and we ask for your patience and understanding

Related Jobs

View all jobs

Field Customer Engagement Manager (South Thames) CSL Vifor Commercial

Senior Manager, Pricing Excellence

Senior Manager, Pricing Excellence

Communications Manager

Clinical Research Associate (Fellow)

Regulatory Affairs Director - Biologics

Get the latest insights and jobs direct. Sign up for our newsletter.

By subscribing you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Biotechnology vs. Pharmaceutical Research vs. Bioinformatics Jobs: Which Path Should You Choose?

The biotechnology sector has rapidly emerged as one of the most exciting and impactful fields in science and industry. Driven by advancements in genetic engineering, molecular biology, and computational technologies, biotechnology is revolutionising healthcare, agriculture, environmental management, and beyond. In the UK, numerous start-ups, research institutes, and multinational corporations are investing heavily in biotech-related innovations, creating a wealth of new career opportunities. Yet for those looking to break into the biotech job market, the variety of roles can be overwhelming. You’ll often see “Biotechnology,” “Pharmaceutical Research,” and “Bioinformatics” used as catch-all terms, sometimes interchangeably. Which area truly suits your interests and skill set? And how do these subfields differ in day-to-day responsibilities, salary prospects, and future growth potential? In this comprehensive guide, we’ll demystify three key pillars of modern biotech—Biotechnology, Pharmaceutical Research, and Bioinformatics. We’ll cover the distinct skills and typical job titles within each, highlight salary ranges in the UK, and provide real-world examples to help you visualise the work involved. By the end, you’ll have a clearer picture of which path best matches your passions and career goals. And if you’re ready to take the next step, visit www.biotechnologyjobs.co.uk to explore current vacancies, from research scientists to bioinformatics specialists.

Which Programming Languages Should You Learn for a Career in Biotechnology?

From genome sequencing and drug discovery to cellular engineering and clinical diagnostics, biotechnology is revolutionising how we understand and harness living systems for medicine, agriculture, and beyond. As biotech labs generate massive datasets—think omics (genomics, proteomics, metabolomics), high-throughput screening, and clinical trials—the demand for skilled programmers and data scientists continues to grow. If you’re exploring roles on www.biotechnologyjobs.co.uk, you may be asking: Which programming languages are most valuable for a biotech career? The answer depends on the subfield of biotech you plan to focus on: bioinformatics, computational biology, lab automation, or data engineering. Each area has its go-to languages—for instance, Python or R for data analysis and machine learning, C++ for HPC and algorithmic tool development, or MATLAB for signal processing and advanced modelling. This guide dives into: Key programming languages central to biotechnology roles. Pros, cons, and typical use cases of each. A hands-on project idea to get you started in bioinformatics. Essential resources tips for www.biotechnologyjobs.co.uk.

UK Visa & Work Permits Explained: Your Essential Guide for International Biotech Talent

The United Kingdom has emerged as one of the world’s leading biotechnology hubs, offering a vibrant ecosystem for breakthrough research, cutting-edge start-ups, and major pharmaceutical giants. From the acclaimed “Golden Triangle” of London–Oxford–Cambridge to other biotech hotspots such as Manchester and Edinburgh, the UK stands at the forefront of life sciences innovation. If you’re an international biotech professional aiming to contribute to discoveries in genomics, molecular biology, regenerative medicine, or drug development, securing the right visa or work permit is an essential first step on your journey. Navigating the UK immigration system, however, can be a challenging process. This comprehensive guide will clarify the key visa routes, work permit requirements, and practical steps you need to follow to launch or advance your biotech career in the UK. Whether your goal is to join a major pharmaceutical company, a high-growth start-up, or an academic research institution, understanding the visa landscape will empower you to make informed decisions and avoid costly mistakes.