Bachelor of Science in Health Sciences

at INTO Group - Thomas Jefferson University USA

The new transformational (12 months) 36-credit Master’s Degree Program in Biopharmaceutical Process Engineering will be delivered at the Jefferson Institute for Bioprocessing (JIB) and is ideal for employment focused graduates with first degrees in Life Sciences and Engineering.

The Jefferson Institute for Bioprocessing (JIB) is a 25,000 sq. ft. state-of-the art facility designed for the training of industry professionals, as well as the education of the next generation of scientists and engineers interested in pursuing rewarding careers in biomanufacturing. Biopharmaceutical Processing is a rapidly growing industry focused on the development of robust processes to manufacture high value biologics and advanced therapeutics for patients with debilitating and life limiting diseases that affect millions of patients worldwide, such as cancer, rheumatoid arthritis, Alzheimer’s, and Parkinson’s.

Training and education in biopharmaceutical processing are exceptionally laboratory intensive. At JIB our students spend less time in traditional classroom settings and more time in JIB’s pilot-scale facility fully equipped with the most advanced technologies and processes used by industry to manufacture biopharmaceuticals.

For the hybrid option, the Fall 2020 and Spring 2021 schedule for courses requiring the completion of on-site hands-on laboratory related coursework will be available prior to the start of each respective semester. In each instance, the on-site coursework will be scheduled in continuous late-semester blocks to avoid the necessity of frequent travel.

The management program at Thomas Jefferson University prepares students with a broad understanding of business, keen leadership expertise, and flexible career options.

As a management student, you will acquire the skills to manage and lead innovation, either in existing companies or your own entrepreneurial ventures. You will gain valuable expertise in teamwork, professional communication, change management, human resources, and problem solving.
You can even earn your master's degree in our Innovation MBA program in only one additional year

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.

The M.S. in Textile Technology at Jefferson offers an integrated and collaborative curriculum that blends theoretical knowledge with experiential laboratory experiences. In many courses students turn innovative ideas into original products.  It is expected that graduates of the program will pursue careers in production, product evaluation, research and development, or management in the textile and apparel related fields.

The program teaches cutting-edge technical textile processes to students interested in learning more about the science and technical based aspects of textiles. Courses focus on development, production, and characterization of fibers, yarns, fabrics, and textile based products.   The program combines theoretical knowledge gained in the classroom with hands-on experience with weaving, knitting, nonwovens, and composites production equipment in the innovative Fashion and Textiles Futures Center, as well as materials evaluation equipment in the Grundy Lab on the East Falls campus.

The Master of Science Program in Biomedical Sciences prepares graduates for positions as clinical laboratory managers, consultants, research associates and research scientists in the pharmaceutical/ biotechnology industry or medical toxicology.

The Master of Science Program in Biomedical Sciences prepares graduates for positions in the pharmaceutical/biotechnology industry or medical toxicology, such as:

• Managers of clinical laboratories
• Consultants
• Research associates
• Research scientists

Graduates of the program have been accepted into PhD and professional doctoral programs.
The program may be completed on a part-time or accelerated (coursework) schedule over a period of 1.5 to four years. Courses are offered late afternoon/early evening and meet once per week, allowing students the flexibility to work while taking classes or devote their full attention to their studies. Flexibility is the key.

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.

The M.S. in Textile Design at Thomas Jefferson University offers an integrated, collaborative and proven curriculum that blends aesthetic, creative skills with emerging technologies. In studios and classrooms, students turn innovative ideas into original products.

State-of-the-art facilities, including The Center for Excellence of Digital Printing, electronic jacquard and dobby looms, computerized knitting machines, and extensive computer-aided design laboratories enable students to put professional skills into practice. The Design studio courses make up the majority of the coursework in the MS program and design research is stressed from the beginning.

Graduate students select either knit, print or weave as their area of concentration and the courses are taught by active members of the textile design field: artists, design directors, authors and researchers. Visiting artists and guest lecturers expand the educational experience, bringing real-world applications to the classroom experience.
Partnerships with industry, nexus learning sponsored projects, national and international design competitions and exhibitions at international trade shows provide practical experience as students prepare for graduation.

The Jefferson Textile Design program is enhanced by study abroad opportunities and a strong internship program. This TJU program gives graduates a commanding competitive edge in the global textile marketplace with our graduates attaining positions in all areas of the industry from national and international firms to boutique specialty retailers.

We investigate issues and institutions through the lenses of law, sociology, criminology, psychology, ethics, economics, culture, science, history, politics and political science. We build critical thinking skills and communications skills while we effectively debate. We actively examine legal systems, courts and conceptions of justice and human rights within both the American and international contexts. We examine and discover the reliable evidence while weeding through the false narratives and fake news

This active and collaborative program will prepare you for what’s next. You start collecting chemical knowledge and skills through core courses and shadowing faculty and upper-level student researchers.  As a sophomore, you will start helping with authentic, real-world research projects – experience many biochemistry students don’t get until graduate programs. This is possible thanks to the individual attention you get in our small classes and our well-equipped research laboratories.

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.