Associate in Arts - Music General

at Foothill College USA

Geospatial technology is the unifying tool with which spatial phenomena is explored. Geospatial technology consists of Geographic Information Systems, Global Positioning Systems and Remote Sensing. The Geographic Information Systems Technology program at Foothill College provides opportunities for career preparation and lifelong learning by providing courses that meet workforce needs. Geographic information systems are collections of computers, software applications and personnel used to capture, store, transform, manage, analyze and display spatial information. The associate degree provides a solid technical background in geographic information systems concepts and applications including cartographic concepts, database design, programming and interdisciplinary applications of the technology. The outcomes of the associate degree align with the U.S. Department of Labor geospatial competency model for geospatial careers. The degree also includes general education and elective courses required for graduation. Completion of the degree requires practical work experience in geographic information systems. The Geographic Information Systems Technology degree prepares students for entry-level technician jobs.

Program Learning Outcomes:

• Students will be able to apply cartographic principles of scale, resolution, projection, data management and spatial analysis to a geographic nature using a geographic information system.
• Students will be able to plan, evaluate and execute an original geographic information systems project.
• Students will be able to demonstrate the ability to communicate orally, in writing and graphically, the outcome of geographic information systems analysis.
• Students will be able to demonstrate an awareness of professional obligations to society, employers and funders and individuals as outlined in the Geographic Information Systems Professional Certification Institute Code of Ethics.

The Child Development Program is an academic and vocational training program that prepares students for future work as early childhood educators in diverse early childhood settings. Courses and certificates are designed to meet entry-level requirements for the level of work chosen and/or meet the requirements needed to obtain a California Child Development Permit to become an Assistant Teacher, Associate Teacher, Teacher, Master Teacher and/or Site Supervisor in state-licensed, publicly funded, center-based child care and development programs. Students planning to transfer to a four-year university as a child development or related major may be able to apply some child development units toward the lower division major preparation requirements or qualify for the AS-T in Early Childhood Education. Please see a Foothill counselor for more information.

Program Learning Outcomes:

• Students will be able to demonstrate an understanding of the needs and characteristics of children from birth through middle childhood, and the multiple influences on their development as related to the high-quality care and education of young children.
• Students will be able to demonstrate an understanding of ethical standards and professional behaviors that deepen knowledge and commitment to the field of early care and education as related to National Association for the Education of Young Children Code of Ethical Conduct.

The Associate in Science in Plumbing Technology degree program is conducted in partnership with the Pipe Trades Training Center apprenticeship program. The apprenticeship program is five years in duration, requiring a minimum of 9,000 hours of on-the-job training. After 5 years of classroom instruction and paid work experience, students are recognized as journeypersons within the Pipe Trades industry, working to protect the health and safety of the community by piping pure water to commercial and industrial buildings for drinking, cooking, washing, cleaning, manufacturing or personal use, and removing wastewater after it has served its purpose. Labor market analysis indicates increased employment opportunities in the Pipe Trades through 2020. Students earning an associate degree increase their marketability and employment opportunities.

The apprenticeship program, which includes coursework, lab work and on-the-job training, involves learning about the assessment, installation, maintenance, and repair of different types of pipe systems, effective and safe tool use, material applications, related mathematics and science and storage. Students will learn to read blueprints, apply layout and install, as well as estimate and repair both supply and wastewater systems. The Associate in Science in Plumbing Technology degree builds on the Certificate of Achievement in Plumbing Technology by adding requirements for general education courses and electives.

Program Learning Outcomes:

• In compliance with applicable standards and codes, students will demonstrate ability to install and remove plumbing systems such as drain waste and ventilation systems, systems for various industrial fluids, public or private water systems and gas piping systems.
• In compliance with applicable standards and codes, students will demonstrate ability to maintain, extend, and/or alter plumbing systems, including drain waste and ventilation systems, systems for various industrial fluids, public or private water systems and gas piping systems.

The Women's Studies major offers both male and female students opportunities to study the experiences, history, contributions and cultural images of women domestically and internationally, with a strong emphasis on global understanding and multicultural contributions. Courses from a variety of traditional disciplines, including sociology, history, psychology, communication and art, are included within the major.

Program Learning Outcomes:

• The student will be able to identify connections between specific people, groups, events and ideas and larger sociological, psychological, historical and gender studies specific themes, developments and topics.
• The student will be able to critically analyze a variety of primary and secondary sources and draw valid sociological, psychological, historical, and gender studies interpretations from them.

Physics, the fundamental science, conceptualizes the basic principles of the universe and establishes the foundation for astronomy, chemistry and geology. The beauty of physics lies in a small number of powerful concepts which expand our view of the world around us and which lead to many engineering applications from which we derive many benefits.

Program Learning Outcomes:

• Students will know basic physics principles.
• Students will be able to apply their knowledge to practical, theoretical and experimental problems.
• Students will be prepared to advance to the next step in careers in science, industry and education.

Sports Medicine is a multi-disciplinary educational experience. Instruction emphasizes injury prevention, emergency care and rehabilitation through the principles of anatomy, physiology, pathology, biomechanics and psychology. Hands-on experience is available to the student intern through the Athletic Treatment Center from an array of Sports Medicine professionals. Students interested in medicine, athletic training, physical therapy, chiropractic, nutrition or other allied health fields are candidates for this program.

Program Learning Outcomes:

• Students will demonstrate entry-level knowledge and skill in a variety of sports medicine disciplines, including athletic training, physical therapy, strength and conditioning and emergency medical care.
• Students will be able to provide quality medical care for Foothill College intercollegiate athletic teams.

Because of the increasingly technological nature of our society, science majors will find an impressive array of options and exciting opportunities. A science major can provide preparation for a career in fields related to biology, chemistry, mathematics, physics, astronomy or engineering.

Program Learning Outcomes:

• Students will be able to integrate the various fields of science in order to critically evaluate and interpret scientific information.
• Students will be able to assess how relevant scientific information could be used to inform their own personal economic, political and social decisions.

Computer programming, algorithms, data structures, and languages play an increasingly important role in academic, science and business careers. The Associate in Science degree satisfies the transfer requirements of many disparate 4-year colleges and universities. Our up-to-date curriculum is also valuable for enhancing the career opportunities of working professionals.

Program Learning Outcomes:

• Students will be able to use standard software engineering tools to create reusable code.
• Students will be able to design a large program that takes advantage of existing code libraries.
• Students will be able to organize a complex program in a logical way, enabling the extension of the program.
• Students will be able to comprehend user requirements and produce code and documentation in an industry-accepted style that satisfies those requirements.
• Students will be able to develop software that solves problems in a variety of fields, including math, physics, chemistry, biology, astronomy, business, and the Internet.

Engineers apply the theories and principles of science and mathematics to practical technical problems. The engineering major provides a solid foundation in what is normally referred to as the "engineering core" at most colleges and universities. Mathematics, physics, chemistry and introductory engineering courses such as circuit analysis and statics make up the bulk of this core. The major is intended to provide, in most cases, all of the basic subjects necessary for a smooth transfer to the candidate's chosen college or university.

Program Learning Outcomes:

• Students will be able to formulate logical problem-solving approaches, generate solutions, and assess the reasonableness of the solutions for engineering-type analysis problems.
• Students will be able to design, construct, and produce creative solutions to engineering problems by applying the engineering design process and identifying pertinent design parameters based on the fundamental physics governing a system.
• Students will be able to demonstrate understanding of the fundamental knowledge necessary for the practice of, or for advanced study in, engineering, including scientific principles, rigorous analysis, and problem-solving.
• Students will be able to demonstrate clear communication skills, responsible teamwork, professional attitudes and ethics.
• Students will be able to demonstrate a preparation for the complex work environment and continuous learning.

This program prepares students to design, administer, maintain and troubleshoot networks of all sizes. Skills gained include specification preparation, network management, network design, equipment and system sales and software development. Laboratory courses provide students with hands-on experience to demonstrate the principles of Enterprise Networking. Courses provide learning opportunities for students new to the field, as well as those who are experienced professionals. Specialized courses are also available to help the student prepare for certification exams, including: Cisco Certified Network Associate (CCNA), Cisco Certified Network Professional (CCNP), VMware Certified Professional - Data Center Virtualization, and the Certified Wireless Administrator (CWNA).

Program Learning Outcomes:

• The student will be able to design a network infrastructure to support specific user and business requirements.
• The student will be able to design, implement and maintain appropriate security services for network systems.
• The student will be able to select the components to create a virtual infrastructure.
• The student will be able to optimize the performance, reliability and availability of network services.