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Advance Your Career with AHEC’s Comprehensive CT for the Radiologic Technologist Training Program 

Computed Tomography (CT) is one of the fastest growing modalities and is considered a cornerstone of advanced medical imaging today.  This course from AHEC can help you to elevate your career by gaining the expertise needed to excel in this high-demand modality. 

Why Cross-Train in CT? 

  • Expand Career Opportunities – CT certification enhances your qualifications, increasing job security and career mobility. 
  • Stay Competitive – As healthcare evolves, cross-training in CT keeps you ahead in a dynamic field. 
  • Improve Patient Outcomes – Advanced CT skills contribute to more accurate diagnoses and better treatment planning. 

AHEC’s structured approach to CT education combines expert instruction and cutting-edge simulation, ensuring a comprehensive, hands-on learning experience. Start your journey today—enroll in AHEC’s CT Training Program and take the next step in your imaging career! 

Why Choose AHEC’s CT Course? 

AHEC’s 40-hour intensive training program equips radiologic technologists, nuclear medicine technologists, and radiation therapists with the knowledge essential for success in CT imaging. Our program combines expert instruction and cutting-edge simulation technology to ensure you are prepared for the real-world environment of patient care.  

Course Highlights 

  • Comprehensive Curriculum –  CT physics, patient care, imaging protocols, safety considerations, venipuncture, contrast administration, and advanced scanning techniques. 

  • Expert-Led Instruction – Learn from industry professionals with extensive experience in CT imaging and education. 

  • Interactive Learning Tools – Receive a detailed workbook and access mock registry review questions to reinforce key concepts and prepare for the ARRT CT registry exam. 

  • Post-Course Training with ScanLabCT – Gain hands-on experience with ScanLabCT simulation software, designed to familiarize you with scanning techniques to provide continued practice after course completion. 

  • Social Community for Ongoing Learning and Support – AHEC offers a social community where students can connect with their peers and provides an invaluable space for collaboration and continued learning beyond the classroom. This platform allows students to: 

    • View the class video after course completion for easy reference of key information 

    • Ask questions and engage in discussions with fellow students 

    • Interact with the instructor even after the course has ended 

    • Access to this SharePoint and TEAMS chat channel will be available for 90 days 

Target Audience 

Professionals specializing in medical imaging and radiation sciences, including Radiography, Radiation Therapy, or Nuclear Medicine (such as Certified Nuclear Medicine Technologists or Radiologic Technologists (RT) in these fields), are welcome to attend.  

The ScanLabCT Advantage 

Experience the benefits of live virtual scanning demonstrations integrated into day 5 of our course, seamlessly connecting theory with practical application. In addition, you’ll have six months of continued access to ScanLabCT for ongoing practice beyond the course. 

During the course, you’ll gain access to ScanLabCT, an interactive, step-by-step simulation module designed to introduce essential CT scanning principles. This self-paced module takes less than an hour to complete and unlocks full access to ScanLabCT’s immersive virtual reality training, where you’ll: 

  • Practice patient positioning and image acquisition 
  • Engage in image reconstruction exercises 
  • Develop critical thinking skills through real-world case scenarios 

The system is tailored with adaptive learning and adaptive quizzing algorithms, ensuring personalized learning and fostering progress in all areas of CT scanning. Please note that you will need to bring your personal laptop to class on the final day to begin the introductory module and receive guided instruction on navigating the simulation program.

 

 

Course Schedule

Day 1: Patient Care – Patient Interactions and Management

This session focuses on effective communication, patient preparation, emergency response, and monitoring.

Key Topics

  • Effective communication strategies for patient interactions
  • Obtaining patient histories, verifying identity, and preparing patients for CT exams
  • Positioning techniques to ensure patient comfort and optimal imaging outcomes
  • Accommodating special needs populations, including pediatric, geriatric, and non-ambulatory patients
  • Recognizing and responding to patient distress or adverse reactions to contrast media
  • Administering first aid, advanced life support, and managing contrast extravasation

Objectives 

  • Demonstrate proper patient preparation and positioning techniques
  • Recognize and respond to medical emergencies and adverse reactions
  • Document patient interactions and safety measures accurately

Day 2: Safety – Radiation Safety and Dose Optimization

This session emphasizes radiation protection principles for both patients and technologists.

Key Topics

  • ALARA principles and dose optimization strategies
  • Adjusting technical factors such as kVp, mA, pitch, and slice thickness to minimize exposure
  • Use of dose-reduction technologies and shielding techniques
  • Evaluating patient history for contraindications to contrast media
  • Radiation safety guidelines for occupational exposure and infection control protocols

Objectives

  • Apply radiation safety principles to reduce exposure while maintaining image quality
  • Monitor and document radiation dose levels for compliance and patient safety
  • Implement safety protocols for contrast administration and risk mitigation

Day 3: Image Production, Image Formation, and Image Evaluation

This session covers the physics of CT imaging, data acquisition, and image reconstruction.

Key Topics

  • X-ray production, photon interactions, and image formation principles
  • Role of data acquisition systems, detectors, and X-ray beam geometry
  • Scan protocols, image reconstruction techniques, and troubleshooting acquisition issues
  • Evaluating image quality, identifying artifacts, and applying correction strategies

Objectives

  • Explain the principles of CT image formation and data acquisition
  • Select appropriate scanning parameters for optimal image quality
  • Identify and correct common CT artifacts

Day 4: Procedures – Head, Spine, Musculoskeletal, Neck, and Chest

This session focuses on specific CT protocols, patient positioning, and contrast administration.

Key Topics

  • Standard CT protocols for head, spine, musculoskeletal, neck, and chest imaging
  • Proper patient positioning, immobilization, and scan plane alignment
  • Contrast media types, dosage calculations, IV catheter insertion, and adverse reaction management
  • Multi-planar reconstruction (MPR) and post-processing techniques

Objectives

  • Perform accurate patient positioning and scanning techniques for various CT procedures
  • Safely administer and monitor contrast media usage
  • Evaluate images for proper anatomical coverage and diagnostic quality

Day 5: Clinical Competencies Review and Registry Preparation

This final session consolidates all learned concepts, focusing on competency assessment and registry exam preparation.

Key Topics

  • Review of procedural requirements for head, spine, chest, abdomen, and pelvis imaging
  • Image display, quality assurance practices, and post-processing techniques
  • Mock registry review questions and test-taking strategies

Objectives

  • Demonstrate proficiency in performing CT procedures according to industry standards
  • Assess image quality and troubleshoot common acquisition issues
  • Prepare for the ARRT CT registry exam with confidence

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This program provides AHRA Category A continuing education credit for radiologic technologists recognized by the ARRT and various licensure states. You must attend the entire program to receive your certificate of completion
Dominique R. Gomez ,MSRS, BSRS, RT(R)(CT)

Dominique Gomez, MSRS, BSRS, RT(R)(CT) is a highly skilled diagnostic radiographer and computed tomography specialist with 15 years of experience in radiologic technology, radiation control, and quality assurance. She holds a Master of Science in Radiologic Sciences (MSRS) and is currently pursuing a doctorate in Organizational Leadership at Abilene Christian University. As a dedicated educator and mentor, Dominique is passionate about trauma care, advanced imaging, and student success. She has served as a clinical instructor and program coordinator, excelling in curriculum development, critical thinking facilitation, and online learning environments. Her research-driven teaching philosophy emphasizes mentorship, leadership, and integrity, ensuring that students gain the knowledge and confidence needed to excel in their careers. With a strong background in educational leadership and innovation, Dominique thrives in both collaborative and independent settings, demonstrating adaptability, a commitment to lifelong learning, and a passion for advancing the field of radiology. She is dedicated to enhancing patient care, fostering professional growth, and upholding the highest standards of academic excellence.

CT for the Radiologic Technologist

  • Course ID: LiveEvent-CTforRT-2697-100
  • Event Location: Advanced Health Education Center, 8502 Tybor Drive, Houston, Texas, USA, 77074
  • Credit: 40 Credits Category A
  • Date: 04/28/2025 - 05/02/2025
  • Time: 8:00 AM - 5:00 PM
  • Instructor: Dominique R. Gomez ,MSRS, BSRS, RT(R)(CT)
  • Other available dates:

  • $1,950.00


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Tags: Computed Tomography, CT, CT Structured Education, Structured Education, CT CE, CE, Continuing Education,