Associate in Science (AS) | Williston State College

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Associate in Science (AS)

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Associate in Science (AS)

Minimum required credits: 62
AS Student Education Plan (SEP)

Program Description
Associate in Science (AS) degrees are awarded to students who complete courses consisting of diverse, introductory level material in preparation for transfer to baccalaureate programs. The basis of study is in communications, the humanities and social sciences, mathematics, science, computer science, and wellness. The primary areas of emphasis are mathematics, science, and computer science.

 
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What You'll Learn

The Associate of Science (AS) degree at Williston State College offers an in-depth, science-focused curriculum designed to build strong analytical, mathematical, and scientific knowledge. This program prepares students for further study in science, technology, engineering, mathematics (STEM), and health sciences, or for immediate entry into a variety of technical and professional fields. Here’s what you can expect to gain from your AS degree:

  1. Scientific Inquiry & Research Skills:

    • Learn how to apply scientific methods to explore questions and solve real-world problems.
    • Gain hands-on experience with laboratory techniques and equipment, enhancing your ability to conduct research and interpret data.
    • Understand how to formulate hypotheses, design experiments, and analyze results critically and accurately.
  2. Quantitative Reasoning:

    • Develop a strong foundation in mathematics, including algebra, statistics, and calculus, which are essential for scientific studies.
    • Learn how to interpret and manipulate data using mathematical models to support evidence-based decision-making.
    • Apply quantitative skills to solve complex problems in various scientific and technical fields.
  3. Understanding of Natural Sciences:

    • Study fundamental concepts in biology, chemistry, physics, and environmental science, gaining a broad understanding of the natural world.
    • Explore the interconnectedness of ecosystems, the principles of matter and energy, and the laws governing physical phenomena.
    • Develop an appreciation for how scientific knowledge can address environmental challenges, health issues, and technological advancements.
  4. Critical Thinking & Problem-Solving:

    • Enhance your ability to think logically and approach problems methodically.
    • Learn how to break down complex questions, evaluate potential solutions, and make informed decisions.
    • Gain skills in troubleshooting, an essential ability in fields that require hands-on problem-solving and innovation.
  5. Technology & Applied Sciences:

    • Get familiar with the latest technological tools and software commonly used in science and engineering fields.
    • Gain experience with data analysis software, scientific calculators, and lab equipment, preparing you for technical roles and advanced study.
    • Understand how technology drives innovation in STEM fields and contributes to advancements in research, healthcare, and environmental management.
  6. Ethical & Social Implications of Science:

    • Study the ethical responsibilities that come with scientific research and technological advancement.
    • Learn to consider the social, environmental, and ethical impacts of scientific discoveries and technological innovations.
    • Develop a framework for making responsible decisions that reflect both scientific integrity and societal needs.
  7. Health Sciences (if applicable to your pathway):

    • For students interested in health-related fields, gain foundational knowledge in anatomy, physiology, and healthcare concepts.
    • Prepare for specialized study in fields such as nursing, physical therapy, radiology, or other healthcare professions.
    • Understand the principles behind maintaining human health, disease prevention, and the biological factors that influence well-being.
  8. Professional Development & Preparation for Transfer:

    • Build skills in time management, communication, and teamwork, all essential for professional and academic success.
    • Prepare for a seamless transition to a four-year program or entry-level technical positions in science and technology.
    • Cultivate lifelong learning habits that keep you adaptable and ready to grow in your chosen field.

With this comprehensive foundation, the Associate of Science degree equips you with the scientific knowledge and technical skills to excel in diverse STEM careers or further academic pursuits, ranging from environmental science and engineering to health sciences and mathematics.

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Course Requirements

Core Requirements:

  • English Composition:

    • ENGL 110: College Composition I
    • ENGL 120: College Composition II or ENGL 125
  • Mathematics:

    • MATH 103: College Algebra or a higher-level math course
  • Science:

    • At least one laboratory science course?
  • Computer Science:

    • One computer science course
  • Wellness:

    • 2 credits in wellness-related courses?
  • College Strategies/Transitions:

    • UNIV 100: College Strategies or UNIV 101: College Transitions?

Additional Requirements:

  • Humanities & Social Sciences:
    • Courses that explore human culture, behavior, and societal structures?

These requirements are designed to ensure a well-rounded education, preparing students for various academic and career paths in the sciences and related fields.?

For the most current and detailed information, it's advisable to consult the official Williston State College Associate in Science program page or contact an academic advisor directly.?

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Possible Career Paths & Salary Ranges

An Associate of Science (AS) degree from Williston State College opens doors to a variety of career pathways across scientific, technical, and healthcare fields. Whether you choose to enter the workforce directly or pursue further education, the AS degree provides a solid foundation for jobs in fast-growing, high-demand industries.

  1. Health Sciences Careers:

    • Medical Laboratory Technician: Work in medical labs, conducting tests and analyzing patient samples.
      • Average Salary: $57,800 per year
    • Radiologic Technologist: Assist in producing diagnostic images for patient treatment in hospitals and clinics.
      • Average Salary: $61,900 per year
    • Physical Therapy Assistant: Help physical therapists provide rehabilitative care to patients.
      • Average Salary: $62,000 per year
  2. Environmental and Biological Sciences:

    • Environmental Technician: Support environmental scientists in managing natural resources and monitoring environmental health.
      • Average Salary: $50,000 per year
    • Biological Technician: Work in research settings to support biological and medical scientists, preparing experiments and analyzing results.
      • Average Salary: $48,000 per year
  3. Computer Science & Information Technology:

    • IT Support Specialist: Assist businesses by maintaining and troubleshooting computer systems and networks.
      • Average Salary: $55,500 per year
    • Web Developer: Design and develop websites for organizations or as a freelance service.
      • Average Salary: $67,500 per year
  4. Engineering Technician Careers:

    • Civil Engineering Technician: Support civil engineers in planning and developing infrastructure projects.
      • Average Salary: $58,500 per year
    • Mechanical Engineering Technician: Help design and test machinery and tools, often working in manufacturing environments.
      • Average Salary: $56,000 per year
  5. Laboratory Science and Research:

    • Chemical Technician: Work in labs to help chemists and chemical engineers in research and development.
      • Average Salary: $52,000 per year
    • Agricultural Technician: Work in labs or fields to assist with agricultural research and crop development.
      • Average Salary: $45,000 per year
  6. Opportunities for Advancement: Many students with an AS degree choose to continue their studies by transferring to a four-year program in fields such as biology, chemistry, computer science, engineering, and healthcare. This pathway can lead to advanced roles and higher salaries, with bachelor's degree holders often seeing significant earning potential in their fields.

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Estimated Cost of Attendance
Estimated Cost of Attendance On Campus Estimated Cost of Attendance Off Campus Off Campus with Parent
$19,519 $23,086 $14,468

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