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Clinical Informatics Jobs in Vermont (NOW HIRING)

$15 - $20/hr

What You Can Expect The Clinical Applications Intern is responsible for providing support to the ... Pursuing a bachelor's degree in Computer Science, Information Systems, Health Informatics, Data ...

$15.25 - $20.50/hr

What You Can Expect The Clinical Applications Intern is responsible for providing support to the ... Pursuing a bachelor's degree in Computer Science, Information Systems, Health Informatics, Data ...

$14.75 - $19.75/hr

What You Can Expect The Clinical Applications Intern is responsible for providing support to the ... Pursuing a bachelor's degree in Computer Science, Information Systems, Health Informatics, Data ...

$15.25 - $20.25/hr

What You Can Expect The Clinical Applications Intern is responsible for providing support to the ... Pursuing a bachelor's degree in Computer Science, Information Systems, Health Informatics, Data ...

$15.25 - $20.25/hr

What You Can Expect The Clinical Applications Intern is responsible for providing support to the ... Pursuing a bachelor's degree in Computer Science, Information Systems, Health Informatics, Data ...

$15 - $20/hr

What You Can Expect The Clinical Applications Intern is responsible for providing support to the ... Pursuing a bachelor's degree in Computer Science, Information Systems, Health Informatics, Data ...

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Showing results 1-20

Clinical Informatics information

See Vermont salary details

$55.3K

$110.2K

$174.4K

How much do clinical informatics jobs pay per year?

As of Sep 11, 2026, the average yearly pay for clinical informatics in Vermont is $110,150.00, according to ZipRecruiter salary data. Most workers in this role earn between $79,700.00 and $122,800.00 per year, depending on experience, location, and employer.

What is clinical informatics?

Clinical informatics is a field within the discipline of information technology. The purpose of clinical informatics is to implement technology and theories in order to collect, store, and modify clinical information and electronic records to improve patient care and information sharing among healthcare professionals. Clinical informatics investigates the most efficient and user-friendly ways data can be organized, structured, shared, and accessed. It has practical implications for healthcare provision throughout the industry, including at hospitals, clinics, and military and research facilities.

What is clinical informatics?

Clinical informatics is a field that focuses on the use of information technology and data to improve patient care and healthcare outcomes. Professionals in this area work at the intersection of healthcare, computer science, and information management to design, implement, and optimize electronic health records, clinical decision support systems, and other digital tools. Their goal is to streamline healthcare processes, enhance patient safety, and ensure that clinicians have access to accurate and timely information. Clinical informaticists often collaborate with physicians, nurses, IT professionals, and administrators to bridge the gap between clinical practice and technology.

What are the key skills and qualifications needed to thrive as a clinical informatics specialist, and why are they important?

To thrive as a Clinical Informatics specialist, you need a solid background in healthcare, information technology, and data analysis, often supported by a degree in health informatics or a related field. Familiarity with electronic health record (EHR) systems, clinical decision support tools, and certifications such as Certified Professional in Healthcare Information and Management Systems (CPHIMS) are commonly required. Strong problem-solving abilities, effective communication, and the capacity to bridge clinical and technical teams are standout soft skills. These competencies are essential for optimizing healthcare delivery, ensuring data accuracy, and facilitating the adoption of technology in clinical environments.

How does a clinical informatics professional typically collaborate with healthcare providers and IT teams?

Clinical Informatics professionals play a key bridging role between healthcare providers and IT departments. They work closely with clinicians to understand workflow needs and translate those requirements into technical solutions, such as optimizing electronic health records (EHR) or implementing new clinical decision support tools. Regular collaboration involves facilitating training sessions, gathering feedback, and troubleshooting system issues to ensure that technology effectively supports patient care. This cross-functional teamwork is essential for successful adoption and ongoing improvement of health information systems.

What is the difference between Clinical Informatics vs Medical Informatics?

AspectClinical InformaticsMedical Informatics
CredentialsOften requires certifications like CAHIMS or CPHIMSSimilar certifications, with additional focus on broader healthcare data
Work EnvironmentHospitals, clinics, healthcare systemsResearch institutions, healthcare IT companies, academia
Employer & IndustryHealthcare providers, hospitalsHealthcare technology firms, research organizations
Search & Comparison IntentFocuses on clinical settings and patient careEncompasses broader healthcare data management and policy

Clinical Informatics primarily concentrates on applying informatics to improve patient care within clinical settings. Medical Informatics has a broader scope, including healthcare data management, research, and policy. Both roles require similar certifications and often overlap in skills, but their focus areas differ based on work environment and industry applications.

What do you do in clinical informatics?

A clinical informatics professional designs, implements, and manages health information systems to improve patient care and healthcare operations. They analyze data, optimize electronic health records (EHR) systems, and collaborate with healthcare providers to ensure technology supports clinical workflows effectively.

What is the best degree for clinical informatics?

A master's degree in health informatics, healthcare administration, or a related field is typically preferred for clinical informatics roles. Relevant skills include knowledge of healthcare systems, data management, and proficiency with electronic health records (EHR) systems, often supported by certifications like Certified Health Data Analyst (CHDA) or Certified Professional in Healthcare Information and Management Systems (CPHIMS).

What are the most commonly searched types of Clinical Informatics jobs in Vermont?

The most popular types of Clinical Informatics jobs in Vermont are:

What are popular job titles related to Clinical Informatics jobs in Vermont?

For Clinical Informatics jobs in Vermont, the most frequently searched job titles are:

What job categories do people searching Clinical Informatics jobs in Vermont look for?

The top searched job categories for Clinical Informatics jobs in Vermont are:

Infographic showing various Clinical Informatics job openings in Vermont as of September 2026, with employment types broken down into 100% Full Time. Highlights an 100% In-person job distribution, with an average salary of $110,150 per year, or $53 per hour.

Manager of Clinical Research Data Warehousing

Hyde Park, VT • On-site

University of Chicago Library
Colleges, Universities, and Professional Schools • 10K+ employees

Full-time

Medical, Retirement, PTO

Re-posted 11 days ago


Key responsibilities

  • Define and execute the strategic roadmap for the clinical research data warehouse, focusing on AI/ML-ready data architectures, scalable analytics, and interoperability.

  • Collaborate with technical teams, faculty investigators, and leadership to align data warehousing priorities and support research needs.

  • Oversee the development and optimization of ETL pipelines, ensuring data quality, performance, and scalability.


University Of Chicago rating

8.1

Company rating: 8.1 out of 10

Based on 47 frontline employees who took The Breakroom Quiz


Job description

Department

BSD CRI - Administration


About the Department

The Center for Research Informatics (CRI) is an organization within the Biological Sciences Division (BSD) that provides informatics resources and services to BSD faculty. Five main services comprise the CRI's operations: applications development, bioinformatics, scientific computing, data science and AI, and clinical research data warehousing. Through these service lines, the CRI enables research of the highest scientific merit and advances the state of the art of clinical and translational informatics. The CRI recruits exceptional candidates looking to leverage state-of-the-art technologies to deliver innovative and exciting solutions to biomedical researchers.


Job Summary

The Manager of Clinical Research Data Warehousing provides strategic, managerial, and technical design leadership for the institution's clinical research data warehouse and related analytic assets. Operating within a matrixed academic medical center environment, this role partners closely with senior academic and hospital leadership, faculty investigators, and multidisciplinary technical teams to ensure clinical data are transformed into trusted, interoperable, and AI-ready research assets.
This role is intentionally designed as a hybrid management position: the Manager is accountable for strategy, architecture, prioritization, team leadership, and optimization of technical solutions, while generally guiding and overseeing implementation rather than serving as the primary individual contributor. The Manager plays a critical role in enabling faculty-funded research, supporting grant-driven deliverables, and ensuring sustainability within a federal recharge center framework.

Responsibilities

  • Strategic Leadership & Institutional Alignment
  • Under the direction of CRI leadership, define and execute the strategic roadmap for the clinical research data warehouse, with explicit focus on:
  • AI/ML-ready data architectures
  • Scalable analytics and research enablement
  • Interoperability and common data models
  • Collaborate with senior academic and hospital leadership to align data warehousing priorities with institutional research, clinical, and translational goals.
  • Serve as a trusted partner to faculty leadership and mentors, advising on data feasibility, analytic approaches, and emerging capabilities.
  • In coordination with CRI leadership and the technical manager of data warehousing, represent the data warehousing function in enterprise-level discussions related to informatics strategy, data harmonization, and AI readiness.
  • Matrixed & Cross-Functional Collaboration
  • Operate effectively in a matrixed environment, coordinating across reporting lines, service teams, and governance bodies.
  • Collaborate closely with:
  • Application development teams to align data pipelines, APIs, and research platforms
  • HPC and scientific computing experts to support large-scale analytics and AI/ML workflows
  • Bioinformatics and data science teams to integrate clinical data with multi-modal research datasets
  • Faculty investigators and research teams to translate funded research aims into data and analytic solutions
  • Act as a connector and translator between technical teams, researchers, and leadership.
  • Data Architecture, Modeling & Interoperability
  • Provide architectural oversight for the design and optimization of clinical research data assets.
  • Lead adoption and governance of common data models (e.g., OMOP, PCORnet, or equivalent) and ensure analytic fitness for research and AI use cases.
  • Advance interoperability strategies leveraging standards such as FHIR, modern APIs, and modular data services.
  • Ensure documentation, data provenance, and metadata practices support reproducibility, reuse, and responsible AI development.
  • ETL Oversight & Technical Design Optimization
  • Oversee (but do not primarily perform) the development and optimization of ETL pipelines ingesting data from Epic EMR systems (e.g., Clarity, Caboodle, Cosmos) and other sources.
  • Set technical standards, review designs, and guide implementation decisions to ensure performance, reliability, and scalability.
  • Partner with engineers to modernize pipelines using automation, cloud-native patterns, and best practices in data engineering.
  • Ensure strong data quality, validation, and refresh processes aligned with funded research commitments.
  • Research Enablement & Faculty Support
  • Directly support faculty-funded research, ensuring data assets meet grant timelines, deliverables, and compliance requirements.
  • Advise investigators and project teams on cohort discovery, longitudinal analysis, and real-world data use.
  • Enable AI- and ML-driven research by ensuring datasets are analytically valid, well-structured, and performance-optimized.
  • Balance self-service data access with appropriate governance and stewardship.
  • Management, Operations & Recharge Center Responsibilities
  • Lead, mentor, and develop a team of data engineers, analysts, and related staff.
  • Prioritize work across competing research and institutional demands in a transparent, service-oriented model.
  • Operate within a federal recharge center, including:
  • Supporting sustainable cost-recovery models
  • Aligning effort with funded work and service agreements
  • Partnering on budgeting, forecasting, and reporting
  • Collaborate with governance, privacy, security, and compliance teams to ensure responsible data use.
  • Contribute to continuous process improvement and service maturity.
  • Manages professional staff. Establishes performance goals, allocates resources and assesses policies for direct subordinates.
  • Recommends departmental plans to maintain administrative data. Ensures that the data is accessible, easy-to-use, flexible, and suitable for various analytical purposes, including joint analyses across multiple domains and interactions across multiple systems.
  • Plans additional data warehouse and reporting environments as needed. Manages relationships with the University's primary software suppliers for end-user data access, query, reporting, and display.
  • Performs other related work as needed.


Minimum Qualifications

Education:

Minimum requirements include a college or university degree in related field.


Work Experience:

Minimum requirements include knowledge and skills developed through 7+ years of work experience in a related job discipline.


Certifications:

---

Preferred Qualifications

Education:

  • Master's degree in computer science, informatics, or related field.

Experience:

  • Experience supporting AI/ML initiatives or advanced analytics in healthcare or research.

  • Familiarity with federal grant-funded research environments (e.g., CTSA, NIH-funded programs).

  • Experience operating within a recharge or cost-recovery model.

  • Knowledge of cloud platforms, scalable analytics infrastructure, and modern data ecosystems.

  • Background working in an academic medical center or large research enterprise.

Certifications:

  • Epic Report Builder, Epic Caboodle, or other related Epic certifications a plus.

  • RN, DNP, MD, or other clinical licensure a plus.

Technical Skills or Knowledge:

  • Knowledge of healthcare data including ICD-9, ICD-10, and CPT.

Preferred Competencies

  • High level of problem solving and decision-making skills.

  • Expert in SQL, Python, R, and Excel.

  • Proficiency in relational databases with experience designing transformations, mappings, and working with reference table.

  • Knowledge of graphical databases.

  • Ability to translate technical information to non-technical audiences.

  • Critical thinking and multi-tasking skills with the ability to manage multiple projects.

  • Time management skills.

  • Proficiency in creating technical specifications, business cases, and other development-related documentation.

  • Ability to working through complex problems.

  • Knowledge of hospitals and healthcare (experience in AMCs a plus).

  • Knowledge of research processes.

  • Intellectual curiosity.

Application Documents

  • Resume (required)

  • Cover Letter (required)


When applying, the document(s) MUSTbe uploaded via the My Experience page, in the section titled Application Documents of the application.


Job Family

Information Technology


Role Impact

People Manager


Scheduled Weekly Hours

40


Drug Test Required

No


Health Screen Required

No


Motor Vehicle Record Inquiry Required

No


Pay Rate Type

Salary


FLSA Status

Exempt


Pay Range

$120,000.00 - $170,000.00

The included pay rate or range represents the University's good faith estimate of the possible compensation offer for this role at the time of posting.


Benefits Eligible

Yes

The University of Chicago offers a wide range of benefits programs and resources for eligible employees, including health, retirement, and paid time off. Information about the benefit offerings can be found in the Benefits Guidebook.


Posting Statement

The University of Chicago is an equal opportunity employer and does not discriminate on the basis of race, color, religion, sex, sexual orientation, gender, gender identity, or expression, national or ethnic origin, shared ancestry, age, status as an individual with a disability, military or veteran status, genetic information, or other protected classes under the law. For additional information please see the University's Notice of Nondiscrimination.

Job seekers in need of a reasonable accommodation to complete the application process should call 773-702-5800 or submit a request via Applicant Inquiry Form.

All offers of employment are contingent upon a background check that includes a review of conviction history. A conviction does not automatically preclude University employment. Rather, the University considers conviction information on a case-by-case basis and assesses the nature of the offense, the circumstances surrounding it, the proximity in time of the conviction, and its relevance to the position.

The University of Chicago's Annual Security & Fire Safety Report (Report) provides information about University offices and programs that provide safety support, crime and fire statistics, emergency response and communications plans, and other policies and information. The Report can be accessed online at:http://securityreport.uchicago.edu.Paper copies of the Report are available, upon request, from the University of Chicago Police Department, 850 E. 61st Street, Chicago, IL 60637.


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