Bachelor of Arts in Languages, Literatures, and Cultures

at INTO Group - Colorado State University USA

With a degree in counseling and career development, you’ll be equipped for a career as a professional counselor to people of all ages. Develop the knowledge, skills, and competencies to become an ethical and culturally responsive counselor who can enhance and advocate for the mental health, wellbeing, and life quality of all people.

You’ll complete a 60-credit course of study that includes core counseling curriculum (48 credit), a clinical practicum (100 hours), an internship (600 hours), and specialization-specific courses and electives.

This degree and all three specializations are accredited by the Council for Accreditation of Counseling and Related Educational Programs. Upon graduation, you’ll be professional counseling licensure-eligible in the state of Colorado and eligible to become a National Certified Counselor.

The Walter Scott, Jr. College of Engineering at Colorado State University has a world-class reputation, top-rated faculty, distinguished research programs, and outstanding students. We work with industry and government agencies on many research projects, from environmental issues to radars to biofuels.

Areas of Study

• Chemical Engineering

Our Master of Engineering degree is a 30-credit coursework only degree program. The curriculum is divided into four different categories: core, foundation, depth, and breadth. The core and foundation courses are designed to develop a foundation in biomedical engineering. The depth courses allow students to gain more knowledge in a particular interest area while the breadth courses focus on advanced or applied mathematics.

Strengths of the program include:

• Quality classroom instruction
• Diverse range of course offerings within more than a dozen departments at CSU
• Ability to enroll part-time while maintaining your employment
• Exposure to cutting-edge technologies and therapies being developed at CSU and around the world.

The Department of Forest and Rangeland Stewardship consists of foresters, range scientists, hydrologists, and social scientists that study natural environmental processes and how they interact with human systems.

Areas of Study

• Fire ecology and management
• Forest biometry
• Forest ecology
• Forest economics
• Forest ecosystem management
• Forest hydrology and water quality
• Forest restoration
• Natural resource policy
• Quantitative analysis of natural resources
• Silviculture
• Spatial landscape analysis
• Wood products

This major focuses on the understanding the social aspect of natural resources, as well as developing the skills to assess, plan and, implement strategies that lead to successful conservation. As an HDNR major, you’ll take science courses and do field work, but you’ll also become trained in thoughtful and professional communication, public speaking, and writing. You’ll come out with career opportunities that stretch from conservation to government policy, exploration to education, and beyond.

The source of many challenges in natural resources involves human behavior, and solutions to those challenges requires innovative problem-solving, a deep understanding of complex issues, and collective action. This major is focused on understanding the social aspects of natural resources, and developing the skills to assess, plan and implement strategies that lead to successful conservation.  Curriculum for this major trains students in the areas of communication, leadership, systems thinking, collaboration, conflict management, decision-making, social science research in conservation, and conservation planning and management.

The Cell and Molecular Biology Program offers research opportunities from a wide variety of fields to include the molecular and cellular aspects of cancer biology, infectious disease, metabolism (includes biofuels), neuroscience, plant biology, molecular physiology, gene expression, reproductive biology, developmental biology and structural biology.

The department of Electrical and Computer Engineering has been a leader in innovation for more than a century.  The ECE faculty prepare students for the vast, fast-paced field of electrical and computer engineering by emphasizing the fundamentals, while teaching them how to think creatively and work collaboratively.

Areas of Study

• Adaptive radar and sonar
• Biomedical sensing and signals
• Communications
• Computer-aided design
• Computer architecture
• Computer networks and protocols
• Control systems
• Digital communications
• Digital image processing
• Digital signal processing
• Distributed systems
• Electromagnetics
• Embedded systems
• EUV lasers
• Haptic interfaces
• Heterogeneous computing
• Integrated sensing and processing
• Medical imaging
• Microwave engineering
• Mobile and satellite communications
• Molecular imaging
• Molecular optoelectronics
• Neural networks
• Optical databases
• Optical properties of semiconductors
• Optimization for communication, control, and signal processing
• Optoelectronics
• Parallel architectures
• Quantum electronics and semiconductor processing
• Radar metrology
• Reconfigurable computing
• Remote sensing
• Robotics
• Semiconductor growth and processing
• Semiconductor lasers
• Sensor networks
• Statistical signal processing
• Ultrafast dynamics of novel semiconductor materials
• Ultrafast lasers
• Ultrafast molecular control
• VLSI design and testing
• Wireless systems
• X-ray lasers

The Equine Science major provides students with an industry-oriented, science-based education that prepares them for careers in a growing equine industry or one of the many industries associated with equine production.  The curriculum focuses on in-depth scientific knowledge of equine physiology and function and how to relate those scientific principles to the industry. Equine Science majors develop a broad understanding of the horse as it relates to business, recreational, and production aspects of the industry through selection of specialized courses to enhance their technical, practical, and business skills.

Zoologists study animals—their origin, behavior, diseases, and life processes. Some experiment with live animals in controlled or natural surroundings while others study the structure and function of animal cells, tissues, and organ systems. Some zoologists go on to study veterinary medicine. Zoologists participate in research that has practical outcomes in farming, medicine, pharmacy, wildlife conservation, and pest control. Zoology encompasses many specialties. At CSU, students may focus on general training in animal biology or choose a concentration in the following areas: animal behavior, development, aquatic biology, ecology (how animals adapt to their environments), genetics and evolution, invertebrate organisms, cellular/molecular biology and physiology, systematics, and morphology of vertebrate organisms.

The curriculum is designed to provide a basic understanding of zoology through a variety of laboratory experiences in combination with the study of basic theories and defining concepts. The program encourages flexibility, strength, and depth. The course work includes a two-semester introductory biology sequence, one course each in invertebrates and vertebrates, and courses in evolution and ecology. Required courses in the physical sciences include a minimum of one year of introductory chemistry and at least one course in organic chemistry, two courses in physics (all with labs) and one in biochemistry. A course each in calculus and statistics is also required. In addition, students select a minimum of 15 credits of Zoology courses in their chosen areas of concentration.

The Business major encourages critical thinking while exploring modern management theories, relevant business practices, and current industry trends. You’ll discover your interests along the way and begin to focus your studies based on your interests and talents. Then you can choose from 10 concentrations to merge your academic focus with your career goals.