Master of Architecture (STEM)

at INTO Group - Thomas Jefferson University USA

Radiation Therapy, also known as x-ray therapy, is part of radiation oncology. Radiation Therapists use linear accelerators to administer radiation to treat cancer. They work closely with the medical dosimetrist, radiation oncologist and radiation physicist. People in this profession work in fast-paced environments, stand for most of day and move and lift patients to and from treatment rooms.

Radiation Therapists work directly with critically ill inpatients and outpatients of all ages, from pediatrics to geriatrics. A Radiation Therapist must be able to:

• Administer, record, and interpret cancer treatment prescribed by radiation oncologists
• Easily adapt to stressful environment
• Know about alternate imaging concentrations
• Work in small teams
• Learn to use different imaging techniques
• Manage side effects of treatment

Our Radiation Therapy Concentration is one of few Radiation Therapy Programs on the East Coast that offers Virtual Environment Radiotherapy Training (VERT) for student training. VERT is a life-size replica of a real linear accelerator used by radiation therapists to treat cancer patients. Students learn key skills by controlling the virtual machine with real controls. 3D visualization of patient images, organs, treatment beams and dose makes complex theoretical concepts easy to understand. Our students also use CT scanners and high energy linear accelerators of ionizing radiation.

The M.S. in Engineering program is intended to develop graduate students’ knowledge in the advanced fields.

The program offers a wide range of engineering science courses that prepare students to make significant contributions in advanced manufacturing technologies. The carefully integrated educational offerings at the University enable the student to be exposed to a wide range of professional education possibilities in their selected fields of specialization. A capstone thesis based project is required at the completion of program.

The Accelerated Dual Degree Programs allow students to customize their education, breaking outmoded disciplinary silos and expanding professional opportunities for our graduates. Layering an additional area of expertise to their primary area of study affords students the credentials and competencies to tackle a broad range of design and industry-related projects and to address pressing environmental and community-based issues.

By submatriculating as a graduate student while completing their baccalaureate degree, a student achieves advanced standing in a graduate program, thereby reducing both time and tuition. The Accelerated Dual Degree Programs enable students to complete two professional degrees in just two to four semesters of additional coursework, depending upon program requirements.

This interdisciplinary and transdisciplinary educational model fosters nimble, flexible problem solving on multiple levels. Working in team and/or studio centered processes, students engage in real world, experiential and collaborative learning. The Accelerated Dual Degree programs prepare students for the complexities of contemporary practice and afford our graduates a competitive edge in today’s market.

To participate in the benefits of the accelerated programs, a student must enroll in coursework by the fall or spring semester immediately following graduation from the baccalaureate program. The graduate program director may grant deferred enrollment in unusual circumstances.

Radiologic (x-ray) technologists use x-ray (ionizing radiation) technology to perform diagnostic imaging, producing images of tissue, organs and bones. Radiologic technologists understand the characteristics of radiation, its biological effects and the methods of reducing patient and operator exposure while obtaining optimal diagnostic information.

Radiologic technologists work directly with healthy and critically ill inpatients and outpatients of all ages, dispensing oral and rectal contrast for studies of the GI tract. The job requires standing and moving from exam room to operator’s console, wearing lead aprons during fluoroscopic procedures, lifting and moving patients onto and off of the exam table for accurate positioning and lifting and/or moving patients from the exam table to and from the waiting area.

Cardiac sonographers, also known as echocardiographers, use ultrasound to examine the heart's chambers, walls, valves and vessels. They use technology such as sophisticated diagnostic ultrasound imaging machines and transducers that use high-frequency sound waves to produce dynamic visual images to complete important tasks, such as:

• Acquiring information related to the heart's anatomy and physiology
• Producing real-time images of cardiac structures to assist the physician in diagnosing cardiovascular disease
• Evaluating acquired and congenital cardiac abnormalities and associated complications
• Evaluating narrowed or leaking heart valves
• Looking for causes of murmurs, chest pain, shortness of breath
• Tracking and evaluating chronic heart conditions

Cardiac sonographers work directly with healthy and critically ill inpatients and outpatients of all ages in predominantly noninvasive procedures, carried out in small, low-lit rooms. They stand or sit beside the patient, who is on a stretcher, exam table or wheelchair. Sometimes the cardiac sonographer will transport a portable ultrasound to a patient's room and perform the test there.

Interdisciplinary Studies majors become effective professionals who are skilled communicators and solvers of complex social, civic, and professional issues—in local, national or global contexts. Through experience in a variety of liberal arts and professional methodologies, you will become a skilled researcher and thinker who not only knows where to look for information but also is able to assess how to apply disciplinary strengths in innovative ways to a variety of existing and emerging professions.

When you come to Thomas Jefferson University, you join a fashion design program that is modeled on the fashion industry and you should prepare to immerse yourself in the world of fashion. You will be transformed into a fashion design professional through hands-on experience with computerized design and production equipment while also building a strong foundation in design and technical courses.

During your time at Thomas Jefferson University, you will also have the opportunity to add an international dimension to your education by participating in our study abroad programs at international fashion centers like London and Rome, or through short courses in other fashion hubs around the world. With a global experience, you will gain a cross-cultural outlook while broadening your design skills; strengthening your competitive edge in the international marketplace.

The TJU fashion design program prepares you to influence the fashion design world. Our alumni work as fashion professionals in all areas and levels of the fashion industry, following in the footsteps of our distinguished faculty who have served as leaders in both the design and production sides of the fashion industry. With such a strong network of fashion expertise, you will have plenty of opportunities to land coveted internships and start careers in companies including PVH, Lilly Pulitzer, Anthropologie, Free People, Coach, Nannette Lepore, BCBG Maxazria, Donna Karan, Tommy Hilfiger, Urban Outfitters, and Vogue Magazine.

Prepare for your professional medical or health career with support from Jefferson's network of faculty and health-advisors.

The Health Sciences Program includes a team of specialized advisors with first-hand insight in health and medical fields, who understand the academic pathway from college application through professional practice. Our advisors will help you to stay on track throughout your education, helping you to maximize opportunities to pursue the field that will best fit your strengths and interests, from undergraduate course selection through graduate or doctoral placement.

Vascular sonographers or vascular (vascular ultrasound) technologists use sophisticated diagnostic ultrasound imaging machines and transducers that use high-frequency sound waves to produce dynamic visual images, to record:

• Vascular blood flow
• Blood pressure
• Limb volume changes
• Oxygen saturation
• Cerebral circulation
• Peripheral circulation
• Abdominal circulation

They also assist physicians in diagnosing disorders of the vascular system and acquire information related to blood vessel anatomy and physiology: cerebral, peripheral and abdominal circulation.

Vascular sonographers work directly with healthy and critically ill inpatients and outpatients of adult and geriatric ages, performing predominantly noninvasive procedures in small, low-lit rooms. They stand or sit beside the patient, who is on a stretcher, exam table or wheelchair. Sometimes the vascular sonographer will transport a portable ultrasound to a patient's room and perform the test there.

The Jefferson Communication program prepares students for today’s media marketplace through a broad-based education that emphasizes storytelling, critical thinking, creative problem-solving, and multimedia skills development.

The program tailors itself to the unique career goals of each student, and provides the key skills necessary to transition into new areas of communications, as the marketplace continues to change and grow.