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Advanced Imaging Jobs in Maryland (NOW HIRING)

Advanced Radiology

Radiology Technologist

Lutherville, MD · On-site

$34 - $36/hr

If you're passionate about transforming patient lives, mastering advanced imaging technology, and growing through top-tier training, this is where your journey begins! What You'll Do: * Create Impact

Advanced Radiology

Radiology Technologist

Bel Air, MD · On-site

$34 - $36/hr

If you're passionate about transforming patient lives, mastering advanced imaging technology, and growing through top-tier training, this is where your journey begins! What You'll Do: * Create Impact

Advanced Radiology

Radiology Technologist

Annapolis, MD · On-site

$34 - $36/hr

If you're passionate about transforming patient lives, mastering advanced imaging technology, and growing through top-tier training, this is where your journey begins! What You'll Do: * Create Impact

Advanced Radiology

Radiology Technologist

Hunt Valley, MD · On-site

$34 - $36/hr

If you're passionate about transforming patient lives, mastering advanced imaging technology, and growing through top-tier training, this is where your journey begins! What You'll Do: * Create Impact

SimonMed Imaging

X-Ray Technologist

Olney, MD · On-site

At SimonMed Imaging, diagnostic quality starts with you. Our X-Ray Technologists are essential to delivering the advanced outpatient imaging our patients and referring physicians depend on. From ...

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All JobsAdvanced Imaging JobsAdvanced Imaging Jobs in Maryland

Advanced Imaging information

See Maryland salary details

$10

$22

$49

How much do advanced imaging jobs pay per hour?

As of Sep 8, 2026, the average hourly pay for advanced imaging in Maryland is $22.32, according to ZipRecruiter salary data. Most workers in this role earn between $16.35 and $24.71 per hour, depending on experience, location, and employer.

What is advanced imaging?

Advanced imaging refers to a set of sophisticated medical imaging techniques used to diagnose, monitor, and treat diseases. These techniques include MRI (Magnetic Resonance Imaging), CT (Computed Tomography), PET (Positron Emission Tomography), and other specialized scans that provide detailed views of the body’s internal structures. Advanced imaging is often used when traditional imaging methods, like X-rays or ultrasounds, are insufficient for a clear diagnosis. Healthcare professionals in advanced imaging operate and interpret these technologies to help guide patient care.

What are the key skills and qualifications needed to thrive in advanced imaging, and why are they important?

To thrive in Advanced Imaging, you need a solid background in medical imaging techniques, anatomy, and physiology, typically supported by a degree in radiologic technology and relevant certifications such as ARRT or equivalent. Proficiency in operating advanced imaging equipment like MRI, CT, and PET scanners, as well as familiarity with PACS and RIS systems, is essential. Strong attention to detail, critical thinking, and effective communication skills help ensure accurate imaging and patient safety. These competencies are crucial for producing high-quality diagnostic images and collaborating efficiently with healthcare teams.

What are some typical challenges advanced imaging professionals face when working with rapidly evolving imaging technologies?

Advanced Imaging professionals often encounter the challenge of staying current with new imaging modalities and software updates, which require ongoing education and training. Additionally, integrating new technologies into existing workflows can be complex and may involve collaborating closely with IT teams and radiologists to ensure compatibility and data integrity. Managing large volumes of imaging data while maintaining high accuracy and patient privacy is also a key responsibility, making adaptability and strong problem-solving skills essential for success in this role.

What is the difference between Advanced Imaging vs Radiologic Technologist?

AspectAdvanced ImagingRadiologic Technologist
CredentialsCertification in specific imaging modalities (e.g., MRI, CT)ARRT certification in radiography
Work EnvironmentHospitals, imaging centers, specialized clinicsHospitals, clinics, outpatient facilities
Industry UsageFocuses on advanced imaging techniquesGeneral radiography and basic imaging
Common Search/ComparisonAdvanced Imaging vs Radiologic TechnologistRadiologic Technologist roles and responsibilities

Advanced Imaging specialists typically have certifications in advanced modalities like MRI or CT and work in specialized imaging environments. Radiologic Technologists perform general X-ray procedures and often hold ARRT certification. While both roles involve imaging, Advanced Imaging focuses on complex techniques, whereas Radiologic Technologists handle basic radiography tasks.

What can I do with an advanced imaging degree?

An advanced imaging degree prepares individuals for careers in medical imaging, research, and diagnostics, including roles such as radiologic technologist, MRI technologist, or imaging specialist. Professionals in this field often work with imaging equipment like MRI, CT, or ultrasound machines and may require certifications or licenses depending on the specific role and location.
Advanced Imaging jobs near you
Infographic showing various Advanced Imaging job openings in Maryland as of August 2026, with employment types broken down into 1% As Needed, 80% Full Time, 17% Part Time, and 2% Contract. Highlights an 84% Physical, 3% Hybrid, and 13% Remote job distribution, with an average salary of $46,425 per year, or $22.3 per hour.

Scientific Computing/Advanced Imaging Lead

Nextonic Solutions LLC

Rockville, MD • On-site

$150 - $200/hr

Other

Re-posted 23 days ago

Job description

Scientific Computing/Advanced Imaging Lead

Rockville, United States | Posted on 07/16/2026

The contractor shall evaluate, develop, and integrate emerging scientific and computational technologies to advance translational research capabilities. Work under this task area is to support the identification, evaluation, and integration of innovative technologies and methodologies into research activities. This includes fostering collaborations with internal and external partners, providing technical and operational support for new technologies, and ensuring we remain at the forefront of scientific research. Create a dynamic environment where emerging technologies can be rapidly developed, tested, and implemented to enhance research capabilities and accelerate translational science, to pre‑production activities – feasibility assessment, proof‑of‑concept development, prototyping, and transition to operations, and then executed through Agile sprint cycles aligned to stage‑gate requirements.

Responsibilities
  • Provide technical assessments, prototypes, proof‑of‑concept outputs, disposition recommendations, pipeline build artifacts, and technical documentation.
  • Assess technical architecture fit, interoperability, security, scalability, and long‑term sustainability against environments.
  • Conduct pilot implementations or proof‑of‑concept testing to evaluate real‑world performance and applicability.
  • Document evaluation methodology, results, cost‑benefit analysis, and a go/no‑go recommendation with supporting rationale.
  • Develop functional prototype artifacts through Government‑approved Agile sprint cycles.
  • Produce technical documentation including design specifications, data flow diagrams, and configuration details.
  • Conduct testing and generate performance benchmarks against Government‑defined acceptance criteria.
  • Deliver a disposition recommendation (scale to production / modify / discontinue) with supporting evidence.
  • Design and implement image acquisition, processing, and analysis pipelines for high‑throughput data generation.
  • Integrate imaging data with computational models, machine‑learning tools, and analytics platforms.
  • Develop and optimize data ingestion, storage, and visualization workflows in conformance with FAIR data principles.
  • Document all pipelines to a level sufficient for independent operation and transition to production support.
  • Perform system configuration, deployment, validation, and security compliance verification in accordance with data governance and privacy standards.
  • Develop transition artifacts including SOPs, configuration baselines, system architecture diagrams, and operational runbooks.
  • Conduct structured knowledge transfer to the production support team designated by the Government.
  • Obtain COR written acceptance prior to closeout of each integration effort.
  • Maintain and update Government‑owned sprint backlogs using designated Agile tooling.
  • Conduct sprint planning, review, and retrospective ceremonies with Government participation.
  • Maintain a product backlog prioritized by the government product owner.
  • Conduct all Agile ceremonies: Sprint Planning, Daily Standups, Sprint Reviews, and Sprint Retrospectives.
  • Deliver functional, demonstrable increments at the end of each two‑week Sprint.
  • Provide Sprint Burndown, Velocity, and Team Capacity reporting.
  • Ensure traceability between user stories, acceptance criteria, design decisions, test results, and delivered artifacts.
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