Research Scientist II

Abbott is a global healthcare leader that helps people live more fully at all stages of life. Our portfolio of life-changing technologies spans the spectrum of healthcare, with leading businesses and products in diagnostics, medical devices, nutritionals and branded generic medicines. Our 115,000 colleagues serve people in more than 160 countries.

JOB DESCRIPTION:

Job Title

Research Scientist II, Neuroscience (Molecular Biology, AI & Adaptive Neurotechnology)

Working at Abbott

At Abbott, you can do work that matters, grow, and learn, care for yourself and your family, be your true self, and live a full life. You’ll also have access to:

Career development with an international company where you can grow the career you dream of.

Employees can qualify for free medical coverage in our Health Investment Plan (HIP) PPO medical plan in the next calendar year.

An excellent retirement savings plan with a high employer contribution.

Tuition reimbursement, the Freedom 2 Save student debt program, and FreeU education benefit - an affordable and convenient path to getting a bachelor’s degree.

A company recognized as a great place to work in dozens of countries worldwide and named one of the most admired companies in the world by Fortune.

A company that is recognized as one of the best big companies to work for as well as the best place to work for diversity, working mothers, female executives, and scientists.

The Opportunity

This position works out of our Plano, TX location in the Neuromodulation division. Abbott Neuromodulation is advancing next-generation therapies for chronic pain, movement disorders, and other neurological conditions through innovative bioelectronic medicine, digital health technologies, and intelligent neuromodulation systems. We are seeking a Research Scientist II with strong molecular biology, cellular neuroscience, tissue engineering, or related life sciences expertise and an AI-first mindset to support translational research at the intersection of biology, neural systems, and implantable medical devices.

This role will contribute to the discovery and development of biological, digital, and multimodal biomarkers that may inform future adaptive (closed-loop) neuromodulation therapies. The successful candidate will help generate high-quality biological datasets, investigate mechanisms of neural modulation, and support the integration of molecular, electrophysiological, imaging, and clinical data to enable more personalized, data-driven treatment approaches.

The individual will collaborate with internal R&D teams and external academic, clinical, and industry partners globally to accelerate scientific innovation and translational research initiatives.

What You’ll Work On

Translational Neuroscience & Biological Research

Support preclinical and translational neuroscience research programs focused on neuromodulation mechanisms, therapeutic target discovery, and biomarker identification.

Design, execute, and optimize molecular and cellular biology experiments.

Conduct cellular, tissue-level, and in-vitro studies to investigate biological responses to neural stimulation.

Analyze gene, protein, and cellular pathway changes associated with neural activity, disease states, and therapeutic outcomes.

Support development of novel in-vitro screening platforms and biologically relevant research models.

Assist in translating biological discoveries into clinically relevant neuromodulation applications.

Biomarker Discovery & Adaptive Neurotechnology

Contribute to discovery and validation of molecular, physiological, and digital biomarkers associated with therapeutic response.

Support development of biological inputs that may inform future adaptive (closed-loop) neuromodulation systems.

Assist in correlating molecular findings with electrophysiological, imaging, device-generated, and clinical datasets.

Participate in research efforts exploring mechanisms underlying personalized neuromodulation therapies.

AI, Data Science & Multimodal Research

Apply an AI-first approach to experimental design, data generation, annotation, structuring, and interpretation.

Contribute to development of AI-ready multimodal datasets integrating biological, electrophysiological, imaging, and clinical data.

Partner with computational scientists, data scientists, and engineers to support machine learning and advanced analytics initiatives.

Maintain high-quality, well-characterized datasets suitable for downstream AI and predictive modeling applications.

Support generation of data standards, metadata frameworks, and research workflows that enhance reproducibility and future analytics capabilities.

Collaboration & Scientific Communication

Collaborate with cross-functional teams across R&D, Clinical, Regulatory, Data Science, and Engineering organizations.

Engage with academic institutions, clinical investigators, and external research collaborators globally.

Prepare technical reports, scientific presentations, publications, and supporting documentation.

Present findings to internal stakeholders and external scientific audiences as appropriate.

Stay current on advances in neuroscience, AI-enabled biology, bioelectronic medicine, precision medicine, and adaptive neurotechnology.

Required Qualifications

Master's degree (MSc) in Neuroscience, Molecular Biology, Biomedical Engineering, Cellular Biology, Bioengineering, or related field.

1–3 years of relevant laboratory or translational research experience following degree completion.

Hands-on experience in several of the following areas:

RNA/DNA extraction, processing, and analysis

Gene expression analysis

Protein characterization and biochemical assays

Mammalian cell culture

Cellular neuroscience techniques

In-vitro assay development

Electrophysiology or neural recording methods

Strong experimental design, problem-solving, and analytical skills.

Interest in AI-enabled, data-driven scientific research approaches.

Ability to work effectively in multidisciplinary and matrixed environments.

Strong written and verbal communication skills.

Preferred Qualifications

PhD in Neuroscience, Molecular Biology, Biomedical Engineering, Bioengineering, Cellular Biology, or related discipline.

Research experience in neuroscience, neurobiology, neuroengineering, or translational medicine.

Familiarity with one or more of the following:

Transcriptomics

Proteomics

Single-cell analysis

Immunohistochemistry (IHC)

Advanced microscopy and imaging techniques

Preclinical CNS models

Microfluidics

Biomaterials

Bio-MEMS technologies

Tissue engineering

Exposure to neuromodulation, neurostimulation, bioelectronic medicine, neural interfaces, or implantable medical devices.

Experience working with multimodal datasets that combine biological, neural, imaging, and/or clinical information.

Working knowledge of Python, R, MATLAB, or equivalent scientific computing environments.

Familiarity with machine learning workflows, data annotation methodologies, or AI-enabled research tools.

Record of scientific publications, conference presentations, or collaborative research activities.

Experience working with external academic, clinical, or industry research partners.

Demonstrated adaptability, scientific curiosity, and ability to thrive in a rapidly evolving research environment.

Learn more about our health and wellness benefits, which provide the security to help you and your family live full lives: www.abbottbenefits.com

Connect with us at www.abbott.com, on Facebook at www.facebook.com/Abbott, and on Twitter @AbbottNews.

The base pay for this position is $61,300.00 – $122,700.00 In specific locations, the pay range may vary from the range posted.

JOB FAMILY: Research and Discovery

DIVISION: NM Neuromodulation

LOCATION: United States > Texas > Plano : 6901 Preston Road

ADDITIONAL LOCATIONS:

WORK SHIFT: Standard

TRAVEL: Not specified

MEDICAL SURVEILLANCE: Not Applicable

SIGNIFICANT WORK ACTIVITIES: Continuous sitting for prolonged periods (more than 2 consecutive hours in an 8 hour day), Continuous standing for prolonged periods (more than 2 consecutive hours in an 8 hour day), Continuous walking for prolonged periods (more than 2 hours at a time in an 8 hour day)