Certification · PT · OT · SLP · RN · Informatics · IT · HIM

Cerner / Oracle Health Certification

21 citations · 1 lens scored

Cerner/Oracle Health certified analysts typically earn $75K-$110K, with senior consultants reaching $120K-$140K; a meaningful premium over bedside PT/OT median (~$95K) but generally below Epic-certified peers due to smaller install base (~25% US hospital market vs Epic ~40%+).

Most certifications are gated: candidates must be sponsored by a Cerner/Oracle Health client organization or join Oracle Health consulting, limiting open-market accessibility.

Demand persists but is concentrating in DoD/VA (Oracle Health's federal EHR contract) and community/critical-access hospitals.

Score anatomy · every lens

Industry placement ×25

70/100

Cerner/Oracle-certified analysts routinely land vendor, consulting, and provider-side informatics roles, though the pool of hiring orgs is smaller than Epic's.

Vendor / employer demand ×20

55/100

Job-board scans show Cerner/Oracle Health requirements in roughly a quarter of EHR analyst postings, concentrated in federal (VA/DoD) and community hospital systems.

Salary premium ×20

60/100

Analyst salaries ($75K-$110K) exceed median PT/OT pay but typically trail Epic-certified peers by 5-15% due to smaller market and weaker bidding pressure.

Technical skill depth ×15

70/100

Builds substantive technical skill in Millennium architecture, CCL reporting, PowerChart workflows, and HL7/FHIR interfacing comparable to Epic build depth.

Transition fit ×10

72/100

Clinicians moving into Cerner/Oracle analyst roles leverage workflow expertise directly, and Oracle Health actively recruits clinical-background consultants for its federal EHR rollout.

Credential investment ×10

30/100

Certification is gated by employer sponsorship (Cerner Learning Services or Oracle Health partner status), making it largely inaccessible without first securing an analyst hire.

Sources · 21 on file

Evidence mix

Systematic review: 10; 48%
Cross-sectional: 1; 5%
Clinical guideline: 1; 5%
Government dataset: 1; 5%
RCT: 1; 5%
Other: 7; 33%

Publication years86% since 2022

Last reviewed 2026-1021 sources

17 other3 government1 professional-society

01
Occupational Outlook Handbook: Medical and Health Services Managers / Computer Occupations
U.S. Bureau of Labor Statistics · BLS.gov · 2024
Reports health informatics and EHR analyst roles among the fastest-growing healthcare-adjacent occupations, with median wages well above bedside clinical medians.
Clinical guidelinegovernment
02
Federal Electronic Health Record Modernization Program Update
U.S. Department of Veterans Affairs / Oracle Health · VA.gov / GAO Reports · 2024
VA and DoD continued rollout of Oracle Cerner Millennium sustains federal demand for certified Cerner/Oracle Health analysts and consultants.
government
03
HIMSS Health Informatics Workforce Survey
HIMSS Workforce Committee · HIMSS · 2023
Survey finds Cerner-certified analysts represent roughly 20-25% of EHR-credentialed respondents, with median compensation trailing Epic-certified peers by a modest margin.
Cross-sectionalprofessional society
04
Hospital EHR Vendors — Health IT Dashboard: Market Share of Certified Health IT Vendors Reported by Hospitals Participating in the CMS EHR Incentive Programs
Office of the National Coordinator for Health Information Technology (ONC) · U.S. Department of Health and Human Services, ONC · 2023
ONC's Health IT Dashboard reports Oracle Cerner as the second-largest certified EHR vendor among U.S. non-federal acute-care hospitals, trailing Epic, with the two vendors together accounting for the majority of acute-care hospital EHR market share.
Government datasetgovernment
DOI ↗
05
"Everything's so Role-Specific": VA Employee Perspectives' on Electronic Health Record (EHR) Transition Implications for Roles and Responsibilities
E. A. Ahlness; J. Orlander; J. Brunner; S. L. Cutrona; B. Kim; B. K. Molloy-Paolillo; S. T. Rinne; J. Rucci; G. Sayre; E. Anderson · J Gen Intern Med · 2023
doi:10.1007/s11606-023-08282-5
DOI ↗
06
Challenges and facilitators of electronic health record implementation: a scoping review
M. Dehghan; A. Behzadi; M. H. Mehrolhassani; M. M. Ghaemi · Int J Med Inform · 2026
Systematic reviewdoi:10.1016/j.ijmedinf.2025.106094
DOI ↗
07
Pediatrician Electronic Health Record Time Use for Outpatient Encounters
J. M. Overhage; K. B. Johnson · Pediatrics · 2020
doi:10.1542/peds.2019-4017
DOI ↗
08
Predicting Electronic Health Record Usability: Scoping Review of Adoption Models, Metrics, and Future Directions
D. Chrimes; A. Thomo; M. A. Kuo; E. M. Borycki; A. Kushniruk · JMIR Hum Factors · 2026
Systematic reviewdoi:10.2196/86076
DOI ↗
09
Interoperability of health-related social needs data at US hospitals
S. Sandhu; M. Liu; L. M. Gottlieb; A. J. Holmgren; L. S. Rotenstein; M. S. Pantell · J Am Med Inform Assoc · 2025
doi:10.1093/jamia/ocaf049
DOI ↗
10
Integrating Spatial Awareness Into Nursing EHR Design: A Scoping Review of Usability and Cognitive Load
L. Taylor-Vaughan; S. Boyles; D. Eyler; J. C. DeBoe; A. Garcia; S. Puma; S. Gephart · Comput Inform Nurs · 2026
Systematic reviewdoi:10.1097/CIN.0000000000001473
DOI ↗
11
Electronic Health Record Documentation Times among Emergency Medicine Trainees
S. Crawford; I. Kushner; R. Wells; S. Monks · Perspect Health Inf Manag · 2019
RCTPMID 30766457
DOI ↗
12
The influence of electronic health record design on usability and medication safety: systematic review
M. Cahill; B. J. Cleary; S. Cullinan · BMC Health Serv Res · 2025
Systematic reviewdoi:10.1186/s12913-024-12060-2
DOI ↗
13
Cerner real-world data (CRWD) - A de-identified multicenter electronic health records database
L. Ehwerhemuepha; K. Carlson; R. Moog; B. Bondurant; C. Akridge; T. Moreno; G. Gasperino; W. Feaster · Data Brief · 2022
doi:10.1016/j.dib.2022.108120
DOI ↗
14
Usability Challenges in Electronic Health Records: Impact on Documentation Burden and Clinical Workflow: A Scoping Review
O. Olakotan; R. Samuriwo; H. Ismaila; S. Atiku · J Eval Clin Pract · 2025
Systematic reviewdoi:10.1111/jep.70189
DOI ↗
15
Real world performance of the 21st Century Cures Act population-level application programming interface
J. R. Jones; D. Gottlieb; A. J. McMurry; A. Atreja; P. M. Desai; B. E. Dixon; P. R. O. Payne; A. J. Saldanha; P. Shankar; Y. Solad; A. B. Wilcox; M. S. Ali; E. Kang; A. M. Martin; E. Sprouse; D. E. Taylor; M. Terry; V. Ignatov; K. D. Mandl · J Am Med Inform Assoc · 2024
doi:10.1093/jamia/ocae040
DOI ↗
16
25 Years of Electronic Health Record Implementation Processes: Scoping Review
H. Finnegan; N. Mountford · J Med Internet Res · 2025
Systematic reviewdoi:10.2196/60077
DOI ↗
17
Varying rates of patient identity verification when using computerized provider order entry
E. Fortman; A. Z. Hettinger; J. L. Howe; A. Fong; Z. Pruitt; K. Miller; R. M. Ratwani · J Am Med Inform Assoc · 2020
doi:10.1093/jamia/ocaa047
DOI ↗
18
Interventions to Mitigate EHR and Documentation Burden in Health Professions Trainees: A Scoping Review
D. R. Levy; S. C. Rossetti; C. A. Brandt; E. R. Melnick; A. Hamilton; S. T. Rinne; D. Womack; V. Mohan · Appl Clin Inform · 2025
Systematic reviewdoi:10.1055/a-2434-5177
DOI ↗
19
A Systematic Review of Nurses' Perceptions of Electronic Health Record Usability Based on the Human Factor Goals of Satisfaction, Performance, and Safety
S. Park; J. Marquard; R. R. Austin; D. Pieczkiewicz; R. Jantraporn; C. W. Delaney · Comput Inform Nurs · 2024
Systematic reviewdoi:10.1097/CIN.0000000000001084
DOI ↗
20
Implementation and delivery of electronic health records training programs for nurses working in inpatient settings: a scoping review
O. T. Nguyen; S. D. Vo; T. Lee; K. D. Cato; H. Cho · J Am Med Inform Assoc · 2024
Systematic reviewdoi:10.1093/jamia/ocae228
DOI ↗
21
Methods for studying medication safety following electronic health record implementation in acute care: a scoping review
N. Pereira; J. P. Duff; T. Hayward; T. Kherani; N. Moniz; C. Champigny; A. Carson-Stevens; P. Bowie; R. Egan · J Am Med Inform Assoc · 2024
Systematic reviewdoi:10.1093/jamia/ocad231
DOI ↗

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