Spring Co-op/Complex In Vitro Models (CIVM) at GSK Internships & Co-ops powered by Atrium

Upper Providence, Pennsylvania, United States -

Full Time

Start Date

Immediate

Expiry Date

18 Feb, 26

Salary

40.0

Posted On

20 Nov, 25

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Complex In Vitro Models, 3D Organoids, Microphysiological Systems, Immunology, Oncology, Data Analysis, Cell Culture, Molecular Biology, Experimental Design, Project Management, Team Collaboration, Primary Human Cells, iPSCs, Patient Derived Models, Flow Cytometry, ELISA

Industry

Description

Why GSK? Uniting science, technology and talent to get ahead of disease together. GSK is a global biopharma company with a special purpose – to unite science, technology and talent to get ahead of disease together – so we can positively impact the health of billions of people and deliver stronger, more sustainable shareholder returns – as an organisation where people can thrive. We prevent and treat disease with vaccines, specialty and general medicines. We focus on the science of the immune system and the use of new platform and data technologies, investing in four core therapeutic areas (infectious diseases, HIV, respiratory/ immunology and oncology). Our success absolutely depends on our people. While getting ahead of disease together is about our ambition for patients and shareholders, it’s also about making GSK a place where people can thrive. We want GSK to be a place where people feel inspired, encouraged and challenged to be the best they can be. A place where they can be themselves – feeling welcome, valued, and included. Where they can keep growing and look after their wellbeing. So, if you share our ambition, join us at this exciting moment in our journey to get Ahead Together. Department Description We are seeking a motivated, creative, and meticulous bench scientist with a track record or interest in developing Complex In Vitro Models. The candidate would join the Complex In Vitro Models (CIVM) team within Target Discovery department in GSK’s research organization. CIVM’s mission is to improve predictive and translational value of preclinical models. We strive to improve models to understand mechanism of action, efficacy, safety and metabolism, aiming to assess these in the same systems whenever possible, and ultimately to use these systems to refine, reduce, and replace animal models. The CIVM group engages in dynamic, matrixed collaborative projects across therapeutic areas and other Research technologies platform groups. The successful candidate will be responsible for developing, qualifying, and validating immunecompetent, translational Complex in Vitro Models. Job Description Development and functional interrogation of complex in vitro assays including 3D organoids and microphysiological systems for immunology, oncology, liver, kidney and/or gut models. Work in a matrix team environment to ensure optimal delivery of project and department objectives to the highest possible scientific standard Independently design project proposals with clear experimental design and rationale. Execute laboratory experiments, apply advanced data analysis, integration and interpretation with an emphasis on providing appropriate context for data and experiments in order to progress programs and/or develop platforms. Present data and results in a timely manner to project teams. Minimum Qualifications Pursuing a BS or MS degree in Biology, Bioengineering, Chemical Engineering, Biomedical Engineering or similar disciplines. Experience with culturing and maintaining primary human cells, iPSCs and patient derived 3D organoids. Must be able to work full-time (35-40 hours/week) throughout the 6 month co-op (March ~ September 2026). Must have an active student status and/or within 12 months post-graduation from a BS or MS degree program. Post-doctoral candidates are not eligible. Preferred Qualifications Experience working with microphysiological model systems. Experience in using cell and molecular biology tools and subsequent data analysis (e.g Flow cytometry, MSD cytokine analysis, ELISA). Basic understanding of Microsoft Office suite. Eligibility Requirements Must successfully pass a drug screen and background check prior to assignment target start date. Please note: If you do not receive an automated email after submitting your application, be sure to check your spam folder. Benefits While GSK embraces a flexible work environment, we do require certain positions to be onsite. Candidates who are hired for an on-site role or hybrid role, and reside outside of 50-miles from their assigned work location, are eligible for relocation stipend. This is a one-time payment to help offset housing & relocation expenses. Please refer to the position details for the requirements of each position. GSK Interns and Co-ops are offered a competitive hourly pay rate and benefits. Please note, benefits eligibility determined the month following date of hire. This job posting is for a temporary role as an employee of Atrium on assignment at GSK. The individual selected for this role will be offered the role as an employee of Atrium; compensation, medical benefits, fringe benefits and other terms and conditions of employment shall be presented by Atrium upon offer. The pay rate range provided is a reasonable estimate of the anticipated compensation range for this job at the time of posting. The actual pay rate will be based on several factors, including skills, competencies, experience, educational degree obtained, location and/or being pursued and other job-related factors permitted by law. In addition, this role will be eligible for overtime pay, in accordance with federal and state requirement. Pay Rate Range: $21/hr to $40/hr Interested in learning more? Register now on our digital learning platform (GSK Get Ahead - Connectr) where you can access interview and assessment hints and tips, speak to a mentor and learn more about life at GSK.

Responsibilities

The successful candidate will develop, qualify, and validate immune-competent, translational Complex In Vitro Models. They will work in a matrix team environment to ensure optimal delivery of project and department objectives.