Bachelor of Science in Biology/Psychology - Pre-Occupational Therapy

at Northwest Missouri State University USA

The Organizational Behavior and Human Resources major at Northwest is a multidisciplinary program intended for students interested in behavioral science with a foundation in business. Faculty focus on ensuring students have knowledge in the benefits, recruiting, selection, professional development and compensation of human employment; understanding behaviors behind teamwork and group dynamics; and leadership within a business or organization.

The art education major is designed for students who want to teach in schools, museums or community centers. This interdisciplinary program focuses on children’s artistic development, skills-based learning with two- and three-dimensional art, critical thinking regarding images in pop culture including logos, advertisements, television shows and memes; and issues-based learning that promotes problem-solving.

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.

Economics majors at Northwest develop analytical, critical thinking and decision-making skills in preparation of evaluating the decisions made by businesses, consumers and government. The goal of this degree is to assess information and decisions in order understand the structure, operation and investigation of decisions.

In addition to small class sizes, Northwest students receive instruction from faculty who have received the Dean’s Award for Exemplary Teaching and the Governor’s Award for Excellence in Teaching. Classes are small and upper-level courses have an average of fewer than 10 students.

Chemistry Education majors at Northwest study the chemistry curriculum and learn methods to applying it in the classroom. This major prepares students to teach all chemistry courses at the secondary education level (grades 9-12).

Like all Northwest chemistry majors, students study of the science of matter and it’s transformations from one form to another. Faculty focus on providing practical laboratory experience and foundational knowledge in organic chemistry, inorganic chemistry, biochemistry, physical chemistry and analytical chemistry.

In education courses, faculty incorporate practical teaching knowledge where students learn to implement a curriculum in the classroom, create a positive classroom environment, methods of effective communication, and techniques of assessing learner’s progress in the classroom.

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.

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.

A degree in History prepares students for careers in government, public service, business industry, archives, museums and historical preservation as well as writing and research.

As a history major at Northwest, students become familiar with the human experience and determine how history fits into the context of the world. Students will study the evolution of the earliest man to the present day, as well as events and values as well as causes and effects that determine how the world has been shaped. At Northwest, students are taught to become critical thinkers who study evidence in order to obtain a conclusion and communicate that information in clear, concise methods.  

Professors offer relatively small classes and close interaction with students. Additionally, all upper-level courses are taught by University instructors rather than graduate assistants.

Marine biology majors at Northwest study marine organisms and their ecology, habitat and interaction. Faculty focus on ecology, or the study of organisms and their habitats; diversity, in organisms; and adaptations of organisms and diatoms, or the unicellular life of oceans. Students also learn best practices for surveying marine organisms.

Earth Science Education majors at Northwest study the earth science curriculum and learn methods to applying it in the classroom. This major prepares students to teach all earth science courses at the secondary education level (grades 9-12).