Interop TrainingMixed skill levels, handled
Freshers, senior engineers and non-clinical developers in one room. A pre-training self-assessment bands each learner and routes anyone below the bar to a bridge module — so day one starts on level ground.
Instructor-led, hands-on training that takes enterprise developers from HL7 theory to shipping conformant FHIR — five weeks, dual-stack Java & .NET, every concept reinforced by auto-graded labs on a platform we built for the job.
{ "resourceType": "Patient", "id": "example", "meta": { "profile": ["…/us-core-patient"] }, "identifier": [{ "system": "urn:oid:2.16.840.1.113883.4.1", "value": "999-11-0000" }], "name": [{ "family": "Okonkwo", "given": ["Ada"] }], "gender": "female", "birthDate": "1994-03-12" }
A five-week corporate cohort that has been run on-site for a leading healthcare-technology enterprise and refined batch over batch.
Freshers, senior engineers and non-clinical developers in one room. A pre-training self-assessment bands each learner and routes anyone below the bar to a bridge module — so day one starts on level ground.
Five weeks with a weekly study break, so practice isn't crushed between client work and HR activities. Every kata is auto-graded with instant pass/fail feedback and unlimited retries.
A gated orientation and environment pre-flight — network, toolchain, containers — checked before the room opens, so we don't lose the first two days to laptops that won't build.
Standards taught the way they're used in production — against conformance, not slideware.
Resources, references and Bundles; the RESTful API; search, versioning and the interaction patterns real EHR integrations lean on.
US Core profiling, StructureDefinitions, terminology bindings and validating payloads so they pass on the receiving system, not just yours.
OAuth2 / SMART launch and scopes, token flows, and the Bulk Data ($export) pipeline for population-scale extracts.
How the Integrating the Healthcare Enterprise profiles frame document sharing and cross-system workflows around the standards.
The imaging data model, DICOMweb, and where PACS and radiology workflows meet the interoperability layer.
The payer-facing implementation guides — CRD, DTR and PAS — behind the CMS interoperability and prior-authorization mandate.
A self-hosted learning stack, purpose-built for this course — so practice, grading and progress live in one place.
A Moodle-based classroom carries enrollment, scheduling, resources and the gradebook — with self-enrolment disabled and a screened roster.
Submissions compile and run inside a sandboxed runner and post a grade back instantly — Java today, .NET alongside it. Retry until it passes.
Real, deterministic katas authored from production lab work — offline-runnable so tests never flake on a live endpoint.
One identity across the platform via Keycloak — enterprise-ready access for a managed cohort.
Each exercise ships an instruction set, a starter stub and a hidden test suite. Your engineer writes the solution; the runner executes the suite in an isolated sandbox and returns a pass/fail with the failing assertions — the same loop, dual-stack, for every kata.
The program runs on-site and remote for enterprise engineering teams — screened intake, dual-stack labs and graded practice, refined against live delivery.
An IHE and FHIR healthcare-interoperability cohort delivered on-site for SumaSoft's oneSG engineering team — batch 1, May 2025. See the engagement ↓
A five-week FHIR, IHE and DICOM cohort run on-site for a leading healthcare-technology enterprise — refined batch over batch.
A four-week FHIR, IHE and DICOM interoperability cohort delivered on-site for CitiusTech's engineering teams — dual-stack Java and .NET, reinforced with auto-graded labs.
A hands-on, mentor-led engagement delivered for a mixed-stack enterprise engineering team.
Technicise ran a mentor-led IHE interoperability program that took a polyglot engineering team — Java, .NET, Node.js and Python backgrounds — from healthcare-standards basics to working IHE ITI integration endpoints. Rather than lecture from slides, the program was built around real proof-of-concept implementations: engineers stood up and debugged live endpoints against NIST reference toolkits, with Technicise mentors reviewing, unblocking and delegating supervised practice throughout.
The core deliverable was two production-shaped integration endpoints — an HL7 v2 ADT/MDM receiving pipeline (IHE ITI-8, on Mirth Connect) and an XDS.b cross-enterprise document-sharing endpoint implementing Provide & Register (ITI-41), Retrieve Document Set (ITI-43) and Registry Stored Query (ITI-18) over HL7 v3 / ebXML SOAP. Along the way the team worked through CDA / C-CDA and USCDI document structures, generated and rendered clinical summaries (IHE XDS-MS Content Creator / Consumer), and explored closed-loop referral (360X) and OpenMRS REST/FHIR APIs. The engagement closed with team-based capstones that combined the individual skills into end-to-end flows.
Focus: IHE ITI · CDA / C-CDA · HL7 v2/v3 document sharing — a standards-and-toolkit build-out, distinct from the deep-FHIR flagship program above.
Java · .NET · Node.js · Python, upskilled into healthcare interoperability, working in mentored practice teams.
HL7 v2 ADT/MDM ingestion (ITI-8) and XDS.b document sharing (ITI-41/43/18) against NIST reference toolkits.
HL7-with-PDF-attachment routing and MDM-to-C-CDA generation, combining the katas into end-to-end flows.
Cross-Enterprise Document Sharing and the patient-feed and referral profiles around it — implemented, not just read.
HL7 v2 messaging and HL7 v3 / ebXML RegRep SOAP, with C-CDA and USCDI document structures and ONC certification test data.
The team left with reusable ITI-41/43/18 clients, Mirth channels and a C-CDA generator/renderer across its full stack.
Every cohort is led by two senior trainers, so learners get help without a queue.
Healthcare solutions, API development and interoperability standards; delivery lead for the corporate FHIR program.
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Healthcare solutions and standards across nearly three decades of enterprise delivery.
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Healthcare solutions, UI development and interoperability standards.
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Interoperability strategy leader across HL7, IHE and EHR certification — translating policy and standards into privacy-aware, real-world implementation. Former Director of Informatics & Health IT Standards at HIMSS.
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Healthcare product and interoperability leader — FHIR, HL7, CDA, IHE, XDS and FHIRcast — and CTO at Pathomation. Two decades across health information exchange and digital pathology, with hands-on IHE Connectathon experience.
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Co-Founder and AI Architect at ASENO — machine learning and applied AI, grounded in network security, cryptography and data platforms. Brings the AI and security dimension to healthcare interoperability.
linkedin ↗Modules run standalone or bolt onto a cohort — scoped to your team and stack.
CRD, DTR and PAS for the prior-authorization and payer interoperability mandate.
Managed FHIR on AWS — HealthLake, ingestion and the cloud interoperability pipeline.
PACS administration and DICOM for imaging-heavy interoperability workflows.
HIPAA transaction sets and Edifecs for payer-side EDI processing.
Medallion / lakehouse patterns over HL7, CCD, ADT and X12 837/835 for platform modernization.
The European Health Data Space — IPS and XShare implementation guides.
Moments from the FHIR Interoperability Academy — delivered on-site for an enterprise cohort.
We'll scope a cohort — on-site or remote — screen the intake, set up the platform, and hand your engineers a graded path from HL7 basics to conformant, production-ready FHIR.
Cohort-managed · screened intake · on-site & remote · dual-stack Java + .NET