Bachelor of Science in Radiation Therapy

at Grand Valley State University USA

Electrical engineers design and build systems to tackle problems big and small. They integrate the fields of electronic circuit design, electromagnetics, digital signal processing, control systems, and power systems to analyze and solve problems involving modern electronic systems. Applications of these designs include consumer electronics, power generation and delivery, telecommunications, alternative energy, aviation and aerospace systems, mechatronics, electric vehicles, and electromagnetic compatibility.

Students are prepared for engineering careers and leadership roles through ABET accredited programs that integrate academic studies with hands-on learning and paid professional experiences in diverse engineering companies. Grand Valley also offers a graduate program in engineering for those who want to expand their knowledge and skills.

Why Study Electrical Engineering At Grand Valley

• Prepare for a career designing consumer electronics, power systems, guidance and navigation, aircraft systems, renewable energy systems, electric vehicles and more.
• Work with state-of-the-art electronic equipment and tools to analyze and design electrical systems.
• Complete real-world hands-on projects in small, student-focused courses.
• Partner with our industry supporters who sponsor capstone design projects, fund engineering scholarships, and provide career opportunities.
• Join a group of successful graduates who have achieved a nearly 100% placement in industry-based careers or advanced graduate study.

Students can choose from a Bachelor of Science in chemistry, Bachelor of Science in chemistry with education emphasis, Bachelor of Science in biochemistry, a chemistry minor, and a certificate in green chemistry.

Programs are certified by the Committee on Professional Training of the American Chemical Society.

Chemistry majors are well prepared to attend graduate or professional schools in a variety of areas, including chemistry, medicine, education, biochemistry, and pharmacy.

Why Study Chemistry At Grand Valley?

• Beyond the freshman year, our courses become smaller and more intimate. All upper-division courses are taught by Ph.D. chemists with specialized training and research expertise. Chemistry faculty members have won many Outstanding Teacher, Pew Teaching Excellence, and Distinguished Undergraduate Mentoring awards from the university.
• Students gain extensive experience in laboratories, conducting experiments, synthesizing new molecules, and operating advanced research-quality instruments.
• There are opportunities to contribute to genuine scientific research on novel projects while receiving one-on-one mentoring from a faculty member. Endowments provide scholarships, grants, and fellowships for student tuition, travel, and research.
• Outstanding demand for graduates in local, regional and national industries including automotive design, consumer product development and environmental analysis. Students are able to start gaining industry experience while earning their degrees with paid internship positions.
• Many of our students travel to professional meetings with their faculty mentors to present research findings and network with other researchers. Chemistry majors are well-prepared to attend graduate or professional schools in a variety of areas, including chemistry, medicine, education, biochemistry, and pharmacy.

Radiation therapists are responsible for accurately recording, interpreting, and administering the treatment prescribed by radiation oncologists. During treatment, therapists help physicians use fluoroscopy, x-ray, or computed tomography to localize and outline anatomical areas requiring treatment. Secondary application and admission are required.

Why Study Radiation Therapy At Grand Valley?

• Our well-established program provides a strong curriculum, knowledgeable faculty, and clinical site placements to prepare students for the national certification exam.
• Small class sizes, cohort educational experiences, and clinical rotations are offered at a wide variety of different hospital affiliates, including large teaching facilities and small community hospitals.
• Located in the state-of-the-art Cook-DeVos Center for Health Sciences in the heart of the medical community in downtown Grand Rapids.
• Graduates are eligible for the American Registry of Radiologic Technologists examination for national certification.
• Accredited through the Joint Review Committee on Education in Radiologic Technology (jrcert.org).

Health Communication is one of four undergraduate majors offered by Grand Valley's School of Communications. Students take courses in the health communication core and biomedical sciences. The curriculum features a variety of topics and an experiential approach to learning.

Why Study Health Communication At Grand Valley?

• The program emphasizes a broad understanding of the field combined with a solid knowledge of specific technical skills.
• Students learn critical thinking and creative problem-solving skills with an emphasis on learning-by-doing.
• Students frequently participate in creative performances, exhibitions, and publications related to their chosen major field of study.
• State-of-the-art facilities support current and emergent technologies and enhance student competence.
• Internships are available in a variety of professional work settings.

Cybersecurity is focused on protecting the confidentiality, integrity, and availability of data, information, and computer systems. It includes learning how to recognize risks, implement and test security measures, investigate attacks, and defend against adversaries. Graduates possess the combination of knowledge and practical, hands-on expertise to defend an organization's information systems from a wide variety of internal and external threats.

The Bachelor of Science degree in cybersecurity at Grand Valley provides broad coverage of cybersecurity concepts as well as hands-on techniques. A strong computing foundation ensures that students have the knowledge to understand the effects of security measures on computing systems as a whole, as well as how to apply security measures to a variety of computing systems. Coverage of societal and organizational issues regarding cybersecurity prepares students with the necessary context to understand how to apply these skills to the diverse challenges facing a wide variety of organizations.

Why Study Cybersecurity At Grand Valley?

• Students can tailor their degree to fit their individual interests and career goals by choosing electives and minors in related subject areas.
• Theoretical foundation and practical experience offer excellent preparation for the job market, along with valuable industry experience.
• By focusing on the underlying principles behind cybersecurity, our program prepares students to handle future cybersecurity challenges, in addition to today's threats.
• Most faculty members hold doctoral degrees and have a breadth of experience in the industry.
• Dedicated state-of-the-art computer labs offer relevant, hands-on learning.

Philosophy graduates receive a Bachelor of Arts (B.A.) degree. The curriculum is designed to facilitate interdisciplinary study.

Why Study Philosophy At Grand Valley?

• The program emphasizes learning the history of philosophy as the foundation for further study and application.
• Courses are offered in all major contemporary schools of philosophical thought as well as in non-Western traditions.
• The study of philosophy is an excellent preparation for a wide variety of careers.
• Study abroad programs directed by faculty members are especially beneficial for students. The GVSU Summer School in China represents a rare opportunity to study many aspects of Chinese culture, including Buddhist, Daoist, and Confucian philosophy in China.
• The Undergraduate Teaching Apprentice Program, Philosophy Colloquium/Speakers Series, and the Philosophical Society of GVSU offer out-of-classroom opportunities.

Students are prepared for engineering careers and leadership roles through programs that integrate academic studies with hands-on learning and paid professional experiences in actual engineering companies. Grand Valley also offers a graduate program in engineering for those who want to expand their knowledge and skills.

Why Study Mechanical Engineering At Grand Valley?

• Program accredited by the Engineering Accreditation Commission of ABET, abet.org.
• Extensive hands-on and project-based learning in small, student-focused classes.
• Three semesters of paid cooperative-education work experience prior to graduation in recognized domestic and international engineering companies.
• Strong support from industrial partners who fund many engineering scholarships for graduate and undergraduate students, as well as sponsor Capstone design projects.
• A nearly 100-percent placement rate into work or graduate school for our graduates

German is the most widely spoken language in Europe, with around 100 million native speakers in Germany, Austria, and Switzerland.

The languages listed below count toward the Bachelor of Arts third semester language requirement:

• Majors in French, German, and Spanish
• Minors in Arabic, Chinese, French, German, and Spanish
• Three years of language and culture courses in Japanese
• Two years of language in Italian

Why Study Modern Languages And Literatures At Grand Valley?

• Study of the German language prepares students for multicultural career settings in the U.S. and abroad.
• German complements majors in many other fields, such as international relations, international business, history, political science, as well as the sciences and fine arts.
• The Department of Modern Languages and Literatures works closely with the Padnos International Center to make many opportunities for study abroad available.
• The study of the language and people of Germany broadens a student's knowledge and understanding of cross cultural communication, intercultural competence, interpersonal skills, and analytical skills.
• German is the second most commonly used scientific language. Germany is the third largest contributor to research and development and offers research fellowships to scientists from abroad.

The curriculum is flexible and includes both a strong core of course requirements and multiple elective offerings to allow students to pursue their particular media interests. It prepares students to enter the job market as journalists or other related media careers, developing gateway skills of reporting, writing and production in print, television, radio and online-based media.

Why Study Multimedia Journalism At Grand Valley?

• Students have opportunities to become involved in student media - newspaper, radio, and TV - to gain experience and prepare them for internships and related hands-on experiences.
• The area is media rich, there is a top 40 TV market with four commercial stations, public TV/radio stations, and more than 50 radio stations. Area print media include four daily newspapers and 15 weekly newspapers, and many minority, arts, business, and other specialty publications. All area media produce and present Internet-based content.
• Students may apply up to 15 internship credits toward the 120 needed for graduation.
• Our faculty all possess experience in the field of journalism - including our permanent full-time faculty as well as our part-time adjunct faculty.
• There is always a need for new media content, and multimedia journalism graduates leave GVSU ready to go to work satisfying the public's need to know.

The program engages students in observation, experimentation, and theoretical study of various phenomena of nature. A Bachelor of Science degree with a major in physics is offered. Students can also choose a minor in physics or there is an option for secondary teacher certification.

Most courses can only be taken in sequence. Physics majors should consult with their faculty advisors or the department chair at the earliest opportunity for degree planning.

Why Study Physics At Grand Valley?

• The AIP 2009 report noted the GVSU physics department as being one of the top four universities in Michigan in terms of number of graduates.
• Students can expect an excellent liberal education with student-tailored physics courses and programs.
• Active, enthusiastic, caring, and dedicated faculty members are engaged in excellent teaching, scholarly activities, and service. Smaller size upper-division classes ensure more personal attention.
• Academic research projects with faculty members provide hands-on learning in the areas of acoustics, astronomy, atomic physics, condensed matter physics, nuclear physics, and medical physics.
• Outreach events throughout the year immerse students in learning outside of the classroom and include Michigan's Science Olympiad and the Science Technology and Engineering Preview Summer (STEPS) Camp.