Research Scientist - Clinical Trials

hVIVO
London
1 year ago
Applications closed

Related Jobs

View all jobs

Research Scientist - Biocatalysis

Biophysical Research Scientist

LC-MS Research Scientist - Biopharmaceutical Characterisation

Director, Global Real-World Evidence & Health Outcomes Research Scientist-Pipeline-Vaccines (mRNA)

R&D Scientist 2

Senior Scientist, Scientific Communications

Overview

hVIVO are currently looking for a proactive and experienced Research Scientist (RS) to join our laboratory team across our sites in E1 & E14. The RS position is a key role within lab operations and is critical in assisting in the delivery of clinical trials. 

The hVIVO Laboratory function undertakes the sample processing and analysis for all clinical trials conducted at hVIVO. The RS position exposes applicants to a range of practical techniques including Qualitative and Quantitative PCR, cell infectivity, neutralising antibody, serology assays and multiplex viral detection assays. The laboratory division has a diverse work stream including internal studies, clinical trials and standalone projects. The laboratory division also performs bespoke assay development and validation work and collaborates with strategic partners.

The RS will work as part of our Laboratory Operations Department supporting the delivery of clinical trials. The wider team includes individuals with a wide range of experience including Research Assistants, specialists in specific areas and Senior Virologists.

The RS role is a lab focused position with room to develop and refine practical laboratory skills. The day to day work includes processing samples, performing assays and analysing data. The role offers significant growth as the position also requires leading projects (internal and external) by acting as Study Lead (SL). The SL is responsible for the smooth day to day running of the analytical phase of clinical trials performed at hVIVO, working under the guidance of a senior scientist. This gives applicants exposure to the responsibility and skills required for future project management positions. The SL role includes study resource management, matrix management of colleagues, and responsibility for data review and quality, sample logistics, document writing and delivery of training.

The role involves working to a flexible shift pattern including working evenings and weekend as required to deliver the operational plan.

The ideal candidate will have a virology/biomedical background, and have experience working to GCP / GLP as part of a CRO or pharmaceutical company. They will be degree educated or above and have hands-on experience of key virology techniques including tissue culture, cell-based infectivity assays and qPCR. They will be a proactive individual with a desire to learn and progress in a GCP environment. The candidate will be flexible with working patterns to suit the needs of the business.

Main Responsibilities

Performing sample processing and analysis in accordance with project and quality documentation, with a high degree of independence. Have a good working knowledge of current assays used in the field of virology; Make recommendations for the performance of scientific experiments in project areas. Maintaining sample integrity by following sample storage procedures. Follow all the applicable Policies, Standard Operating Procedures (SOPs), Study documentation and GCP and any other applicable guidelines. Work as a member of a team. Responsible for organising own time and resources in an optimal fashion, with some guidance; Proactively review the schedule and ensure that all assigned tasks are completed, flagging any issues to the Laboratory Operations Manager. Responsible for the delivery of GCP compliant study data for the samples being processed or assayed. Assist with storage and tracking of samples, develop an understanding of HTA legislation. Conduct projects according to the agreed protocol and timeline in line with GCP standards. Develop project documentation and services, in line with client requirements. Support senior members of staff in the planning and delivery of clinical projects.

Skills & Experiences

Previous experience working to GCP/ GLP standards, minimum 3 years full time Experience working within a CRO or pharmaceutical company Experience working within a virology or biomedical lab 1st Degree in relevant scientific subject (2:1 or above preferable) or equivalent

Desireable:

Understanding of HTA regulations Project management experience Understanding of the clinical aspects of delivering GCP projects.

Options

Sorry the Share function is not working properly at this moment. Please refresh the page and try again later. Share on your newsfeed

Connect With Us!

Not ready to apply? for general consideration.

Software Powered by iCIMS

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.

Rural-Remote Biotech Jobs: Making Waves Beyond the Big Cities

A Fresh Outlook for Biotech Professionals When people think of biotech jobs in the UK, their minds often jump to the famous “Golden Triangle” encompassing London, Oxford, and Cambridge—areas historically rich in research institutes, biotech start-ups, and Big Pharma headquarters. While these regions remain crucial to the sector, the landscape is evolving. New technologies, changes in work culture, and the increasing feasibility of remote and hybrid roles are drawing life science professionals away from city centres and into the rural or coastal parts of the country. At BiotechnologyJobs.co.uk, we see more and more postings for roles in beautiful, often overlooked areas—from the hills of North Wales and the rolling landscapes of Yorkshire to the spectacular coastlines of Cornwall and Argyll. Even jobseekers are becoming more adventurous with their search terms, going beyond “lab technician in London” to include lifestyle-driven queries like “tech jobs by the sea” or “biotech remote countryside.” Why are these opportunities emerging now? The COVID-19 pandemic changed perceptions around how research and product development teams operate. Laboratories once thought it essential for everyone to be physically present all the time, but many tasks—particularly in data-intensive or administrative areas—proved workable with remote collaboration. Moreover, biotech itself is diversifying. Marine biology initiatives, agricultural biotech, digital health, and bioinformatics often take place outside city labs, tapping into local ecosystems or farmland as living laboratories. Below, we delve into how biotech professionals can embrace rural or seaside living without sacrificing career momentum. Whether you’re a research scientist hoping to reduce your urban commute, a bioinformatician who can work from anywhere, or a regulatory affairs specialist longing to live near the coast, rural-remote biotech roles offer exciting, career-enhancing possibilities.

Quantum-Enhanced AI in Biotech: The Next Big Leap for Life Sciences

Biotechnology sits at the confluence of science and innovation, pushing the boundaries of what’s possible in healthcare, agriculture, and beyond. In the past few decades, Artificial Intelligence (AI) has supercharged this field by offering predictive modelling and data analysis tools that are faster and more accurate than ever before. But a new, potentially game-changing ally is emerging in the quest to deepen our understanding of life’s complexities: quantum computing. Early signs suggest that quantum-enhanced AI could give biotech research a major shot in the arm—enabling new breakthroughs in drug discovery, genomics, and computational biology at speeds previously thought unattainable. By harnessing qubits instead of binary bits, quantum computing can explore vast solution spaces in parallel, promising to streamline processes that currently cost millions of pounds and untold hours of lab time. In this article, we’ll explore: How quantum computing differs from traditional computing. Why AI, particularly in biotechnology, stands to benefit from quantum’s speed and scale. Practical applications—from rational drug design to personalised medicine—that could be revolutionised. The emergence of quantum-biotech roles, including salary insights and skill requirements. Actionable strategies for professionals ready to ride the next wave of scientific innovation. Whether you’re a biotech professional looking to future-proof your career, a student investigating the next hot field, or simply curious about the intersection of cutting-edge tech and life sciences, read on. You’ll discover how quantum-enhanced AI is poised to reshape biotechnology and what you can do to be part of this transformation.

Biotech Jobs at Newly Funded UK Start-ups: Q3 2025 Investment Tracker

Biotechnology in the United Kingdom is experiencing a golden age. Once considered a niche sector, biotech has emerged as a cornerstone of innovation—transforming healthcare, agriculture, environmental management, and beyond. From gene therapy breakthroughs to novel drug delivery platforms, British biotech start-ups are leading the charge on the global stage, fuelled by a potent combination of academic excellence, government incentives, and a steady flow of venture capital. In this Q3 2025 Investment Tracker, we delve into the most exciting biotechnology start-ups in the UK that have secured funding over the past quarter. We’ll look at who they are, how they plan to use their new capital, and—crucially for job seekers—what roles they’re hiring for. Whether you’re a recent graduate searching for your first laboratory role or an industry veteran looking to lead cutting-edge research, this roundup will illuminate the opportunities awaiting you in the booming UK biotech scene.