Bachelor of Science in Mathematics - Mathematics Education Option (STEM)

at EDUCO - California State University, Long Beach USA

The Master of Arts in Human Experience Design Interactions (MA_HXDI) is comprised of 33 semester units. The program prepares students and/or returning professionals from diverse undergraduate backgrounds for advanced multidisciplinary design work in careers of their choice. Through the MA_HXDI program, students will develop expertise in the tools and methods of experience design as a strategy for making and adding value to systems, products, spaces, and services. Through a diverse faculty and collaborations with leading organizations, students will use cutting-edge technology tools while developing novel solutions to complex challenges. These tools provide both the quantitative data to support the qualitative research of human-centered design, as well as the digital interactions of contemporary human communication and experience. This ‘theory plus practice’ approach prepares students to smoothly transition into the broad spectrum of professional design roles, from design research to interaction design. Through research labs in the department of design, students have the opportunity to engage in interdisciplinary research, independently and through collaborations with business, government, education, entertainment, health care, and technology organizations. These collaborations provide students with highly sought after knowledge and skills for advanced design work.

Fashion Merchandising concentrates on the planning, procurement, and promotion aspects of the fashion business. Students learn to research target markets, analyze business results and develop strategies that effectively meet the needs of consumers in the international market.

The mission of the Fashion Merchandising and Design Program is to offer programs of study to develop professionals in apparel design, product development, production, and merchandising. Instruction, research, and service are combined to meet individual, family, and international community textile and apparel needs.

Psychology is the scientific study of the mind and behavior. Psychologists simultaneously seek to understand the commonality as well as the diversity of human experience.

A Bachelor’s degree in Psychology provides solid preparation for students who wish to pursue a career in any field that involves people, including education, business, health care, sports, or community development. It is ideal for individuals who seek an understanding of behavioral principles while pursuing a well- rounded education. This degree is also designed to provide a strong foundation for graduate school, including the three Master’s degree programs offered in the department.

The Master of Arts in Education, Option in Early Childhood Education (30-33 units) is designed to foster the development of educators who are able to apply research-based knowledge in designing developmentally and culturally appropriate curriculum and assessment strategies for children ages birth through 8. Candidates develop parent involvement strategies, reflect on issues facing the field, evaluate the quality of early childhood programs in their local communities, critically evaluate policies that impact young children and their families around the world, and utilize technology to enhance communication and learning.

Geography focuses on the spatial organization of human and physical landscapes, the interactions between human society and the physical environment, as well as on the meanings that people bring to their place in the world. Geography sits at the nexus of the social and physical sciences, drawing from a range of theoretical and methodological approaches for understanding the world around us.

Master of Science Accountancy is for students and professionals who want to advance and develop their accounting knowledge in auditing, financial statement analysis, corporate governance, forensic accounting, and taxation required to meet the requirements for CPA licensure.

Typical tasks and responsibilities undertaken by students in the curriculum for this program would not fall within one of the traditional specialties in engineering, e.g. aerospace, chemical, civil, electrical and mechanical engineering, or computer science and engineering. The student may pursue an interdisciplinary program, approved by a graduate advisor, by selecting courses from the various departments of engineering. For information concerning the programs, special facilities, laboratories and research possibilities, contact the College of Engineering.

The Art History program provides the necessary research skills and information to enter the professional fields of teaching, museum work, art gallery management, art consultancy, arts management, and art writing. The diverse curriculum offers specialty courses on both Western and non-Western (i.e. Asian, African, Native North American, Pre-Columbian, etc.) societies. Art historical methodologies are included in courses in historiography, art theory, art criticism, art and anthropology, and museology.

This program affords an opportunity for engineers and others to advance their competency in analysis and design to better meet the high technology needs of local industry. Each student selects two core courses and three graduate courses in one area of emphasis, and the remaining courses must augment and support the area of emphasis. Some current examples of areas of emphasis are Biomedical, Communications/Networking/Digital Signal Processing, Power/ Control Systems, and Electronics/Digital System. Students will choose one of the two alternatives: thesis, or comprehensive exam. Successful completion of a thesis provides a unifying culmination to the program, and an enhanced resume for future industrial or academic endeavor. A limited number of laboratory and teaching assistantships are available to qualified graduate students.

The Electronics Engineering Technology program, prepares the student for a position as a technologist, in such industries as aerospace, computers, communications, biomedical, chemical, power, etc. Students are offered a wide range of training in topics such as instrumentation, controls, microprocessors, microelectronics, biomedical electronics, communications, motors and generators, robotics, computer applications, programming and interfacing. Moreover the program emphasizes written and oral communications skills as well as modern methods of industrial administration and supervision.

This degree prepares you for a position as a technologist, in the aerospace, computer, communications, biomedical, chemical, or power industries. Students learn about instrumentation, controls, microprocessors, microelectronics, biomedical electronics, communications, motors and generators, robotics, computer applications, programming, and interfacing. Classes are followed by three months of fieldwork for an approved employer.