MS in Biomedical Visualization
Admission Requirements
Applications are considered on an individual basis. In addition to the Graduate College minimum requirements, applicants must meet the following program requirements:- Baccalaureate Field No restrictions. All prerequisite coursework must be completed with a grade of C or higher. Prior academic work must include:
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General or introductory chemistry.
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Comparative Vertebrate Anatomy and Human Physiology or Anatomy and Physiology I and II with dissection.
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Additional science courses must include two or more of the following (at least one of these courses must be an upper-division course): biochemistry, cell biology, developmental anatomy (vertebrate embryology), genetics, histology, immunology, molecular biology, neuroanatomy, pharmacology, microbiology, neuroscience, neurobiology, physical/biological anthropology, or pathology.
- One or more courses in 2-D vector, 2-D raster, 3-D modeling, 2-D/3-D animation, interactive or motion media, or computer programming is required. Coursework in drawing, life drawing, painting, and digital imaging is highly recommended. Coursework in computer programming is recommended for applicants interested in interactive media.
- Grade Point Average At least 3.00/4.00 for the final 60 semester (90 quarter) hours of undergraduate study and for all cumulative graduate work previously taken.
- Transcripts Submit unofficial copies of official transcripts from institutions where degrees were earned, and transcripts from all colleges and universities attended within the last eight years. A link to upload will be provided by the Office of Graduate and Professional Admissions five to seven days after application is completed.
- Tests Required GRE General Test that includes Verbal, Quantitative, and Writing assessment. Preference will be given to applicants with a combined Quantitative and Verbal score above 300 and a Writing score above a 3.0. Test scores are required for all applicants.
- Minimum English Competency Test Score
- TOEFL iBT 95, with subscores of Reading 24, Listening 22, Speaking 24, and Writing 24. OR,
- IELTS Academic 7.0, with 6.5 in each of the four subscores, OR,
- PTE-Academic 54, with subscores of Reading 51, Listening 47, Speaking 53, and Writing 56.
- Letters of Recommendation Three required from instructors or employers. Letters must be on letterhead and uploaded with the application.
- Personal Statement The statement should address the applicant’s goals for graduate study and career development.
- Other Requirements A personal interview with departmental faculty is required. Additionally, a portfolio review by departmental faculty is required. A portfolio of 20 original images must be submitted. The 20 original images must include six full-figure drawings (not paintings) from the nude model that include gestures, short poses and long poses; one drawing of the human hand; one portrait drawing; one black and white tone composition from observation using all basic forms: cube, cone, cylinder, pyramid, and sphere; one still life drawing or painting in color that includes both organic and geometric forms which demonstrates form, volume, texture, and convincing spatial relationships. These 10 images must be created from direct observation, not photographic references. The additional 10 images may include general drawing (pages from sketchbooks encouraged), figure drawing, color media, digital media, graphic design, and sculpture. Medical subject matter images are discouraged.
- Deadlines Application deadlines for this program are listed on the Graduate College website.
Degree Requirements
In addition to the Graduate College minimum requirements, students must meet the following program requirements:
- Minimum Semester Hours Required 49–52; 62-65 for students in the Concentration in Anaplastology
- Coursework
| Code | Title | Hours |
|---|---|---|
| Required Core Courses | ||
| Gross Human Anatomy | ||
| Information Sources in Biomedical & Health Information Sciences | ||
| Professional Practices in Biomedical Visualization | ||
| Strategic Inquiry in Biomedical Visualization | ||
| Pathophysiology for Biomedical Visualization | ||
| Seminar in Biomedical and Health Information Sciences | ||
| Clinical Sciences for Biomedical Visualization | ||
| Visual Learning and Visual Thinking I | ||
| Anatomical Visualization | ||
| Web Design | ||
| Graphic Design | ||
| Business Practices in Biomedical Visualization | ||
| Seminar in Biomedical Visualization | ||
| Two Additional Required Science Courses | ||
At least one of the following: | ||
| Advanced Craniofacial Anatomy | ||
| Molecular Pharmacology for Biomedical Visualization | ||
| Receptor Pharmacology and Cell Signaling | ||
| Human Neuroanatomy | ||
| Foundations of Neuroscience II | ||
| Foundations of Biomedical Sciences II a | ||
At least one of the following: | ||
| Foundations of Biomedical Sciences I a | ||
| Foundations of Neuroscience I | ||
| Selectives | ||
| Select 10 hours from the following: b | ||
| 3D Space I: Modeling | ||
| 3D Space II: Animation | ||
| Biomedical Visualization Techniques | ||
| Visual Storytelling in Biomedical Visualization | ||
| Introduction to 3D Modeling | ||
| Modeling Materials and Textures | ||
| Digital Sculpting and Advanced 3D Modeling | ||
| Illustration Techniques | ||
| Haptics | ||
| Surgical Illustration | ||
| Visual Learning and Visual Thinking II | ||
| Serious Game Development | ||
| Advanced Serious Game Development | ||
| Medical Legal Visualization | ||
| Immersive Interactive Visualization | ||
| Animation I | ||
| Animation II | ||
| Animation III | ||
| Animation IV | ||
| 360 Animation | ||
| Advanced Illustration Techniques | ||
| 3D Printing with Data Segmentation for Medicine | ||
| Introduction to Medical Sculpting and Anatomical Simulation | ||
| Advanced Graphic Design | ||
| Practicum in Biomedical Visualization | ||
| Special Topics in Biomedical Visualization | ||
| Independent Study | ||
Additional courses may be taken with the approval of advisor and instructor if in another college. | ||
- a
BVIS students who choose to enroll in GEMS 521 should register for 3 semester hours, and students who choose to enroll in GEMS 522 should register for 3 semester hours.
- b
Students in the Concentration in Anaplastology may also apply BVIS 554 and/or BVIS 555 to this selective category.
- Thesis, Project, or Coursework-Only Options Thesis or project required. No other options are available.
- Other Requirements
- Continuous Registration: Students who have completed all degree requirements except the thesis/project must register for zero semester hours to maintain continuity of registration.
Concentration Option
Students have the option to pursue the Concentration in Anaplastology within in the MS in Biomedical Visualization degree.
Concentration in Anaplastology
Concentration Admission Requirements
A maximum of two students per year will be accepted for the concentration. However, all BVIS students will be allowed to register for BVIS 553. Students who wish to pursue the Concentration in Anaplastology will need to:
- Meet with the program director and Anaplastology concentration advisor to discuss the concentration;
- Complete the application for the Anaplastology Concentration (by week 12 of the spring semester in the student's second year of study)
- Obtain a grade of B or higher in all coursework through the spring semester of the student's first year of study (including ANAT 441)
Acceptance will be determined in the spring semester of the student's first year of study. The application will test comprehension concepts presented in BVIS 553 and gauge interest in the concentration.
Concentration Coursework Requirements
In addition to meeting all requirements for the MS in Biomedical Visualization, concentration students must complete the following requirements:
| Code | Title | Hours |
|---|---|---|
| Required Courses | ||
| Advanced Craniofacial Anatomy a | ||
| Introduction to 3D Modeling | ||
| 3D Printing with Data Segmentation for Medicine | ||
| Introduction to Medical Sculpting and Anatomical Simulation b | ||
| Anaplastology Materials, Techniques and Technology b | ||
| Clinical Anaplastology b | ||
| Craniofacial Anomalies I | ||
| Practicum in Biomedical Visualization | ||