Overview

Job Title: Computational Biologist (AI/ML)- Essex Management

Location

US Remote

Primary Purpose

The Computational Biologist (AI/ML) is a role within the Bioinformatics Department of the BIDS Division at Essex. This role brings meaningful scientific and technical expertise to the design, execution, and delivery of bioinformatics work across federal biomedical research programs. The Computational Biologist (AI/ML) owns well-defined tasks and small projects with minimal supervision and contributes substantively to team problem-solving and scientific quality. This role specifically focuses on applying Artificial Intelligence, Machine Learning and Deep Learning to bioinformatic analysis, and thus the ideal candidate is expected to leverage traditional bioinformatic techniques as well as emerging techniques. Essex supports programs in precision oncology, cancer genomics, clinical data infrastructure, and translational research, and the Computational Biologist (AI/ML) is expected to bring scientific judgment and technical capability to the work, not just execution.

Responsibilities

Core Functions

• Own and execute well-defined analytical and technical tasks and small projects with minimal supervision from senior staff or your manager.
• Assist Associate Informaticists with task-related questions, troubleshooting, and orientation.
• Contribute substantively to team discussions on methodology, standards, tools, and technical decisions.
• Apply working familiarity with best practices in your domain to deliver scientifically sound, high-quality work products.
• Support peer review of deliverables and contribute to quality assurance activities.
• Contribute to team documentation, SOPs, and knowledge base materials.
• Shadow senior staff during candidate interviews to begin developing evaluation skills.
• Participate in internal training sessions, brown bags, and knowledge-sharing activities.
• Perform other related duties as assigned.

Role-Specific Functions

• Design and implement AI/ML models applied to biomedical data, including genomic, proteomic, and multimodal clinical datasets, to support precision oncology and translational research.
• Apply large language models, retrieval-augmented generation (RAG) techniques, and graph neural networks to make biomedical data interoperable and AI-ready.
• Develop, test, and optimize pipelines for variant calling and annotation leveraging modern ML workflows and frameworks.
• Curate, model, and integrate genetic and clinical datasets into standardized, interoperable formats to support precision medicine programs.
• Generate high-quality, interpretable reports for internal and external stakeholders that translate complex AI/ML outputs into actionable scientific and clinical insights.

Qualifications

Required skills

Core Skills

• Working proficiency in the core technical tools, analytical approaches, and data standards relevant to the assigned program and department.
• Ability to work independently and within a team in a fast-paced, collaborative environment.
• Strong written and oral communication skills, including the ability to document work clearly and present findings to technical audiences.
• Proficiency with Microsoft Office applications.

Role-Specific Skills Core Skills

• Proficiency in Python and SQL; demonstrated experience with ML frameworks (PyTorch, TensorFlow) and code versioning (Git).
• Strong background in machine learning and AI, including deep learning architectures (CNNs, GNNs) applied to biomedical or complex multi-modal datasets.
• Familiarity with genetic variant standards (HGVS, VCF) and clinical data ontologies.
• Demonstrated ability to work cross-functionally and communicate technical results clearly to diverse scientific and clinical audiences.

Required experience

Core Experience

• Bachelor's degree or advanced degree in bioinformatics, computational biology, data science, genetics, biology, health informatics, clinical research, or a related field.
• 2 to 5 years of relevant professional or research experience.

Role-Specific Experience

• Demonstrated success applying AI/ML to biomedical or multi-modal datasets (genomics, proteomics, clinical).
• Track record of publications or applied innovation in AI-driven data science for life sciences preferred.
• Experience applying LLMs or RAG approaches to scientific or clinical data problems preferred.

At Emmes, your actions and hard work will have a direct impact on public health initiatives, both globally and in our local communities with opportunities for volunteerism through our Emmes Cares community engagement program. We offer a competitive benefits package focused on the health and needs of our growing workforce, including:

• Flexible Approved Time Off

• Tuition Reimbursement

• 401k Retirement Plan

• Work From Home Anywhere in the US

• Maternal/Paternal Leave

• Casual Dress Code & Work Environment

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