Bachelor of Science in Recreation - Therapeutic Recreation

at Northwest Missouri State University USA

Geology majors at Northwest study the solid portion of the Earth. Faculty focus on three core areas: rocks and minerals, the surface process that shapes the Earth, and tectonic forces that have occurred in the scale of geologic time.

By studying rocks and minerals composing the solid Earth, students learn where and how they are used daily. The surface process that shapes the Earth focuses on how rivers and glaciers sculpt the land, ultimately influencing soils, farming and national parks. Through the study of tectonic forces, students learn the history of Earth, its internal processes and gain an understanding of earthquakes and volcanic eruptions.

Art majors with an emphasis in printmaking gain skills and techniques in many areas of printmaking such as monoprinting, intaglio, relief and digital processes. Faculty ensure students have experience with all methods of printmaking and the ability to print editions in each medium.

The comprehensive major in nanoscience is the study of structures in nanometer size which is smaller than cells but larger than most molecules. At Northwest, this interdisciplinary majors focuses on providing practical laboratory experiences, isolating DNA and synthesizing nanoparticles to construct solar cells. Students can choose to specialize in nanoscale biology, nanoscale chemistry or nanoscale physics.

• Nanoscale biology applies nanotechnology at the cellular level. Two approaches include using nanotechnology to study part of a living cell or use part of the living system as a model for creating nanoscale devices. This major utilizes cellular mechanisms to create new technologies.
• Nanoscale chemistry focuses on utilizing nanomaterials for drug delivery systems, carbon nanotubes, dye-sensitized solar cells and semiconductor nanowires. This major continues to evolve as chemists use their skills in synthesis and chemical modification, and employ state-of-the-art instrumentation and technology to characterize and manipulate nanostructures.
• Nanoscale physics focuses on the interaction of light and electromagnetic radiation at a nano level, the change in properties from the large scale to the nanoscale, and practical experience in designing and looking at materials at a nano level.

Physics is the study of basic principles that govern the universe such as the underlying laws of matter, space, time, etc. Physics majors at Northwest get hands-on learning opportunities while using experimental equipment using the gamma ray spectroscopes to study nuclear physics and electrical circuits to study and understand the components and how they work.

Physics emphasis areas include:

• Biological Science
• Computer Science
• General
• Geological Science

Media studies majors at Northwest learn skills to communicate clearly and effectively. Faculty focus on teaching students theories and ensuring students are proficient in written and oral communication and the ability to think critically. With broad-based knowledge of how mass media functions, this major prepares students to advance their education in graduate school.

Computer science powers modern society. Whether you make a purchase on Amazon, do a search on Google, send a tweet, or check your email on a smartphone, you are leveraging the power of computer science. There is literally no area of human endeavor in which computer science does not play a major role. Agriculture, banking, healthcare, social media, everywhere you look, computer science is there. It is transformative.

Our program teaches both the theory and practice of computer science, preparing students for a career in computing or a path to graduate school. Students learn the essential theory that underlies the discipline, knowledge that makes them well-rounded and informs them as they develop software. On the practical side, students learn how to discover and document what end-users need; develop algorithms to solve those problems; assess the efficiency of those algorithms; and finally how to implement those algorithms in various programming languages.

Students can get a general degree in computer science, or focus on one of three emphasis areas: Information Security and Assurance, Data Management or Mobile Computing.

Northwest’s Master of Science in Information Systems is a 16-month program that focuses on information systems analysis and design, cybersecurity, database design and development, human-computer interaction, financial decision making for information systems, business intelligence and management of IT projects. Additional coursework provides students with hands-on experience in today’s major platforms including Java, modern database engines and current project management tools.

A capstone Information Systems Development project is designed to expose the students to real world IT practices, enhancing their communication skills and preparing them to enter the job market.

The first of its kind in Missouri and the region, Northwest’s Data Science major is an interdisciplinary program with four areas of emphasis: computer science, business, molecular biology and geographic information systems.

The business emphasis is designed for students interested in analyzing data and projecting the best option for a client. Faculty focus on ensuring students have tools to analyze big data and make proper business decisions.

The Business Technology major is a unique combination of business and cutting-edge technology courses. Professors provide a strong foundation in business and technical skills that teach the most up-to-date techniques. Students complete the common professional component and high-demand courses that ultimately prepare them to be marketable and competitive for employment in a technology-driven environment.

The early childhood education program prepares students to successfully complete the licensure requirements of the program and earn their teaching license with an endorsement in early childhood education. This license enables students to teach children birth through the third grade in multiple settings including public and non-public schools, homes and other community settings.

This program offers a strengths-based approach in working with all children including those with special needs and rights. Along with coursework that is focused on child-centered and culturally sensitive practices, students participate in embedded field experiences in the Phyllis and Richard Leet Center and Horace Mann Laboratory School and partnering community settings. Combined, these learning experiences provide the basis from which theories about development, learning and curriculum come to life for our students.

Individually and as a cohort of learners, students learn an integrated approach to teaching and learning through constructivist curriculum practices and strategies that offer meaningful learning within diverse systems and settings. Opportunities to learn together as critical colleagues who further each other’s reflective thinking skills prepares students for professional collaboration in their future careers.

Across the country, the importance of early childhood education continues to grow as studies indicate the long-term benefits educational opportunities in the early years have on shaping future learning outcomes. Faculty focus on preparing childhood teachers, decision makers and intellectual and ethical leaders to create opportunities for learning that ensures the well-being of children and families in their communities and beyond.