Bachelor of Science in Engineering - Mechanical Engineering (STEM)

at Grand Valley State University USA

The Master of Science in biostatistics is a Professional Science Masters' (PSM) program developed in parallel with the applied statistics, data science and analytics, health informatics and bioinformatics, and cell and molecular biology programs

Why Study Biostatistics At Grand Valley?

• Master's level biostatisticians are in demand, which means higher starting salaries within exciting scientific work environments.
• Partners such as Priority Health and Spectrum Health provide formal support for internships and continuing assistance to GVSU students.
• Graduates enjoy careers with outstanding employers such as Van Andel Institute, Henry Ford Health System, Fred Hutchinson Cancer Research Center, and the MD Anderson Cancer Center.
• Classes are held later in the day, making it easier for working professionals to complete their degree.
• Program emphasizes current statistical techniques using prominent statistical software.

Those who major in statistics get experience and receive training in verbal and written communication skills, which are essential in today's society. Students learn the theory and application of statistical methods and get hands-on experience analyzing real-life data. Numerous minors in statistics, as well as graduate degrees in applied statistics and biostatistics, are also available.

Why Study Statistics At Grand Valley?

• Faculty members who are experts in the field pay close personal attention to students.
• Opportunities exist for students to work collaboratively with faculty members on a variety of research initiatives.
• The coursework ensures widespread application of statistical methods and hands-on experience with analyzing real-life data.
• Students have access to an extensive list of undergraduate courses where they can learn about the branches of statistical methodology.
• The program boasts a nearly 100-percent placement rate into work or graduate school.

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.

Those who major in statistics get experience and receive training in verbal and written communication skills, which are essential in today's society. Students learn the theory and application of statistical methods and get hands-on experience analyzing real-life data. Numerous minors in statistics, as well as graduate degrees in applied statistics and biostatistics, are also available.

Why Study Statistics At Grand Valley?

• Faculty members who are experts in the field pay close personal attention to students.
• Opportunities exist for students to work collaboratively with faculty members on a variety of research initiatives.
• The coursework ensures widespread application of statistical methods and hands-on experience with analyzing real-life data.
• Students have access to an extensive list of undergraduate courses where they can learn about the branches of statistical methodology.
• The program boasts a nearly 100-percent placement rate into work or graduate school.

The Cell and Molecular Biology (CMB) degree is for students with a passion for the life sciences who want to gain extensive research experience as an undergraduate. CMB focuses on determining how cells develop and function, and how biomolecules, such as DNA, RNA and proteins, interact under normal and pathological conditions. CMB also explores the applications of this knowledge in fields such as biotechnology, medicine/pharmacology, and genomics.

The Bachelor of Science (B.S.) in CMB consists of a series of high impact laboratory and computational courses. Each student has the opportunity to choose an independent research project to study a variety of cell and molecular processes that are relevant to human disease or agriculture. Together, coursework and research prepare CMB students to enter the workforce in fields such as forensics or biotechnology or to pursue graduate training in the life sciences or professional school programs (eg. medical, dental, or genetic counseling).

The CMB department also offers a minor in CMB, a combined degree program (B.S./M.S.) and undergraduate and graduate certificates in bioinformatics and genomics.

Why Study Cmb At Grand Valley?

• The CMB graduating class is consistently ranked in the top 10 percent of life science programs in the country by the Educational Testing Service.
• The degree incorporates extensive research experience into the curriculum. Most students work on their independent research projects for two or more semesters and present their research data at scientific meetings. Employers and medical school officials agree this experience is one of the most important considerations for hiring in the life sciences or admission to medical school.
• Faculty members are actively engaged in research with students, taking advantage of Grand Valley's state-of-the-art research equipment.
• Campus is located in West Michigan, which is quickly developing into an important center for biotechnology research, industry, and education.
• Rewarding internships are available at the Van Andel Research Institute, Karmanos Cancer Institute, area hospitals, biotech start-ups, Walter's Greenhouses, and other area organizations.

The chemistry department goal is to provide rigorous preparation for students whose career paths require expertise in biochemistry. Additionally, faculty members strive to contribute to a chemically literate society through teaching (with classrooms, labs, and research), scholarship, and service.
Students can pursue a 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.

Why Study Biochemistry At Grand Valley?

• Faculty Attention. 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.
• Hands-on Laboratories. Students gain extensive experience in laboratories, conducting experiments, synthesizing new molecules, and operating advanced research-quality instruments.
• Research Experiences There are opportunities for students to contribute to genuine scientific research on novel projects while receiving one-on-one mentoring from faculty members. Many students travel to professional meetings with their faculty mentors to present research findings and network with other researchers.
• Employability. Outstanding demand for graduates in local, regional and national industries including biotechnology, pharmaceutical and environmental fields. Students are able to start gaining industry experience while earning their degrees with paid internship positions.
• Preparation for Further Education. Students are well prepared for Master's and PhD-level graduate programs leading to a career in research. Many Biochemistry majors enter medical school, dental school, veterinary school or other healthcare-related training.

The program requires a minimum of 36 credits. Requisite courses, from statistics, computer science, and professional science, provide students with a strong foundation in data science. This is an applied program for the working professional.

Why Study Data Science And Analytics At Grand Valley?

• Job postings for data science grew 57 percent for the first quarter of 2017. Data-related jobs are expected to grow by 11 percent from 2014 to 2024, according to the Bureau of Labor Statistics.
• This flexible program is designed with the working professional in mind, offering evening classes.
• The program offers experiential learning through field experiences and collaborative assignments and projects.
• First-rate faculty members are trained professionals with advanced degrees in data science.
• The program features a strong emphasis in the fundamentals of data science.

Students can choose a Bachelor of Science (B.S.) or Bachelor of Arts (B.A.), with emphases available in theoretical mathematics, applied mathematics, and secondary certification.

Minors in mathematics are also available, including minors for elementary and secondary certification. Depending on one's major, it may be possible to add a minor in mathematics with only a few additional courses. Speak to your advisor for details.

Why Study Mathematics At Grand Valley?

• Students will develop strong communication, critical thinking, mathematical modeling, and coding skills in courses where they learn by doing, not just by listening. These logical and critical thinking skills developed through a math major or minor are skills that are highly sought after by employers.
• Opportunities to participate in research through funded summer or academic year research programs or coursework and students present research results at seminars and conferences both on campus and at regional and national meetings.
• Special programming for study abroad and internships allow students to earn credit toward major requirements.
• The mathematics department is a recognized national leader in innovative and effective approaches to mathematics instruction. Faculty members are highly trained with Ph.D.s in mathematics or mathematics education and actively focused on continuously improving their teaching.
• National recognition for mathematics teaching emphases by the National Council of Teachers of Mathematics/Council for Accreditation of Educator Preparation.

The BS in Fisheries and Aquatic Sciences prepares you for careers in this highly-relevant field to the Grat Lakes region. The program features a breadth and depth of knowledge that includes the study of stream ecology, fisheries biology, lake ecology, wetland ecology, aquatic invertebrates, and aquatic plants, among others. This curriculum will give graduates a highly desirable skill set which will make them well qualified for a range of career paths.

If you are interested in fisheries biology, you will be prepared to apply for Associate Fisheries Professional certification offered by the American Fisheries Society. Associate Fisheries Professional certification helps you qualify for jobs with state and federal agencies, and with environmental consulting firms.

Students interested in marine biology should plan on taking additional coursework in math and chemistry and complete summer coursework at a marine field station.

Why Study Fisheries And Aquatic Sciences At Grand Valley?

• The degree combines the highly technical expertise spanning the study of chemistry, physics, statistics, geology, natural resource management and biology with a liberal education component, creating a professional with a broad skill set required for success in this high demand profession.
• Flexibility within the curriculum provides you with a broad set of elective courses and opportunities for specialization.
• Authentic experiential learning in field and in laboratory learning environments.
• Opportunities for internships, international and domestic field study, and mentor-guided student research to complement coursework.
• A broad range of research opportunities provide undergraduate students the chance to engage in real-world projects

The photography program offers high-quality, student-centered, production and theory courses aimed at developing liberally educated professionals able to thoughtfully adapt and thrive in a variety of professional and creative environments.

A Bachelor of Arts or a Bachelor of Science degree is offered. A minor is also available.

Why Study Photography At Grand Valley?

• A dedication to the education of intelligent image-makers that is neither constrained in a vocational training program, nor a narrow studio art emphasis alone, is what makes the photography program at Grand Valley distinct and valued in the state and region.
• The school has many ties with business, community, and cultural organizations, and has contacts with experts in a variety of areas in communications, which serve as outstanding resources both within the classroom and for internships.
• The diversity of courses offered allows students the opportunity to explore a variety of photographic methods and applications as they develop their personal expertise and interests.
• The program prepares students to engage graduate studies in fine art programs.
• Faculty members in photography have a broad range of professional experience and a dedication to teaching.