Breya Academy

Breya Medical Career Explorer

The medical–technology intersection

A technical career exploration hub for high school students building professional agency and technical domain expertise, through inquiry, analysis, and respect for clinical practice.

High school students in a biomedical lab wearing safety goggles and gloves during hands-on practice

Four domains

Where technical depth meets patient outcomes

Select a quadrant to emphasize it. Each pairs a core skill with a real-world impact practitioners defend every day.

Career blueprint library

Technical blueprints, not business plans

Each card is a technical shadow roadmap: what practitioners set up, what problems they interrogate, and what an entry-level contributor might ship. Use search to narrow roles by keyword (e.g., “FHIR”, “DICOM”, “QC”).

Students working with microscope and lab notes in a science classroom

Real lab benches where technical blueprints meet hands-on inquiry

8 roles match

Bio-Informatics Scientist
Builds reproducible pipelines from sequence to insight: reference genomes, QC, and reviewer-ready provenance.

Technical shadow roadmap

1

Phase 1 · Tooling & environment

Linux shell, workflow managers (e.g., Nextflow concepts), Python/R notebooks, version control, container basics.

2

Phase 2 · Problem identification

Variant calling confidence, batch effects, cohort inclusion rules: what in the data could mislead a clinician?

3

Phase 3 · Technical contribution

Re-run a QC report on a mock batch, document one parameter change, and explain patient-risk if it were wrong.

Clinical Informatics Analyst
Maps workflows to systems: orders, results, alerts, and proves information is complete for the chart.

Technical shadow roadmap

1

Phase 1 · Tooling & environment

EHR sandboxes or read-only demos, interface engines, spreadsheet + diagram tools, basic SQL.

2

Phase 2 · Problem identification

Duplicate alerts, broken result routing, missing discrete data: where does the chart diverge from bedside truth?

3

Phase 3 · Technical contribution

Draft a swimlane for one order type and list three data elements that must be discrete for reporting.

Health Data Engineer
Moves PHI safely between systems with lineage: pipelines analysts and practitioners can audit.

Technical shadow roadmap

1

Phase 1 · Tooling & environment

ELT patterns, IAM-style access models, orchestration, observability dashboards for pipeline health.

2

Phase 2 · Problem identification

Late files, schema drift, re-identification risk: what breaks trust in a Monday-morning metrics meeting?

3

Phase 3 · Technical contribution

Sketch a one-table lineage diagram (source → transform → dashboard) with one privacy checkpoint labeled.

Medical Mechatronics Technologist
Bridges firmware, mechanics, and clinical use; devices must behave under stress and be serviceable.

Technical shadow roadmap

1

Phase 1 · Tooling & environment

Oscilloscope mindset (even in simulation), CAD awareness, embedded C/Python, bench test scripts.

2

Phase 2 · Problem identification

Sampling jitter, alarm latency, power loss behavior: when does the device become a patient-risk surface?

3

Phase 3 · Technical contribution

Write a three-step bench test plan after a hypothetical sensor firmware bump: expected vs. failure signal.

Digital Therapeutics Designer
Designs measured interventions: flows, copy, and telemetry aligned to clinical endpoints.

Technical shadow roadmap

1

Phase 1 · Tooling & environment

Figma or equivalent, content design systems, analytics event schemas, accessibility checklists.

2

Phase 2 · Problem identification

Drop-off, misunderstood dosing instructions, missing escalation paths: where does efficacy leak?

3

Phase 3 · Technical contribution

Prototype one screen revision and define two analytics events that prove adherence, not vanity clicks.

Regulatory Technology Specialist
Turns standards into systems: trace matrices, e-signatures, and evidence packages reviewers can navigate.

Technical shadow roadmap

1

Phase 1 · Tooling & environment

QMS portals, requirements tools, automated test evidence capture, controlled document workflows.

2

Phase 2 · Problem identification

Ambiguous intended use, untraceable changes, incomplete risk files: what would stall an inquiry?

3

Phase 3 · Technical contribution

Create a mini trace row: one requirement → one test → one release note line (mock content).

Clinical Decision Support Analyst
Tunes rules and models so prompts help without hijacking clinician judgment.

Technical shadow roadmap

1

Phase 1 · Tooling & environment

Rules engines, BI for alert metrics, cohort builders, versioned artifact repositories.

2

Phase 2 · Problem identification

Alert fatigue, overridden critical warnings, demographic bias: what would an inquiry ask first?

3

Phase 3 · Technical contribution

Propose one guardrail (e.g., suppressions with audit) and define the metric to prove it helped.

Imaging Informatics Specialist
Keeps imaging available, comparable, and secure, from modality to PACS/VNA to AI overlays.

Technical shadow roadmap

1

Phase 1 · Tooling & environment

DICOM browsers, routing logs, viewer integrations, storage tiering concepts.

2

Phase 2 · Problem identification

Lossy transforms, wrong laterality, priors mismatch: where does diagnosis silently degrade?

3

Phase 3 · Technical contribution

Document one realistic failure mode and the log line or tag that would expose it in practice.

Deep work · skill lab

Projects that stress-test these careers

Short, serious builds you can run in a studio block. Each project foregrounds analysis and inquiry, the same habits technical domains reward in clinical practice.

Students in a health sciences learning environment with instructors
Peer pair at a microscope documenting observations
Focused student work at a lab bench with protective equipment
A

Project A

Build a HIPAA-compliant patient intake form

Design fields, consent copy, and a data-minimization map: what is collected, why, and where it may flow. Add a short analysis of common misconfigurations (e.g., insecure transmission) and how you would prevent them.

Privacy engineering · form design · policy literacy

B

Project B

Design a telehealth interface for elderly users

Large-target layouts, hearing and vision affordances, and a clear escalation path to a human clinician. Validate with a scripted usability walkthrough and document findings as an inquiry log, not a slide deck.

Inclusive UX · clinical communication · safety pathways

C

Project C

Analyze a (mock) genomic dataset for anomalies

Import a small synthetic VCF or summary table, flag outliers, and write a one-page methods note: references, QC gates, and what you would not claim without wet-lab confirmation.

Bio-informatics · QC discipline · honest reporting

Mentorship connect

Connect for structured inquiry and analysis

Educators and students can request blueprint packets, guest practitioner alignment, or district-safe next steps. We route requests through our desk with the same rigor as a clinical handoff: clear role, scope, and follow-up accountability.

  • Grounded in technical domain expertise and classroom feasibility
  • Language of inquiry, analysis, and clinical practice only
  • Optional alignment to a specific blueprint card you searched above
Two healthcare professionals in scrubs collaborating at a laptop in a clinical learning setting