Master of Science in Engineering

at San Jose State University USA

Our graduate program mission statement is the graduate Program Educational Objectives (PEOs), which objectives are broad statements that describe the career and professional accomplishments that the program is preparing the graduates to achieve.

Program Educational Objectives
The graduate program’s educational objectives (PEOs) for Civil Engineering are to

• Prepare students for their professional careers and licensure by strengthening their knowledge in their specialization (depth) and extending their skills and knowledge base (breadth);
• Provide students advanced proficiencies for professional practice to enable them to advance in the licensing process and equip them for advancement in their career;
• Improve students’ research skills and prepare them for further graduate study;
• Provide students with experience and skills for multi-disciplinary and cross-CE disciplinary practice.

Four Graduate Program Outcomes (POs) are aligned with the PEOs and are assessed in individual graduate courses. By the end of the program, students should be able to

• Apply advanced concepts, theory and analysis for problem solving;
• Synthesize and integrate necessary engineering concepts into engineering solution process;
• Apply modern tools for computations, simulations, analysis and design;
• Communicate effectively.

Learning Outcomes

• Describe and explain how peoples and societies evolve across time and space demonstrating the importance of context (social, political, economic, cultural, environmental, ideological, and technological).
• Illustrate the complexity of historical causality and describe past events from multiple perspectives.
• Analyze the credibility of historical sources and arguments, revising interpretations as new evidence warrants.
• Conceive and carry out historical research, constructing persuasive evidence-based arguments using primary and secondary sources according to recognized standards of the historical discipline.

The undergraduate program in Justice Studies provides students with an interdisciplinary curriculum that engages in critical analysis of justice issues. Core classes focus on theory and empirical research that addresses the relationship between law, justice, the justice system, and society. Electives address a number of more specialized and topical justice-related issues.

Learning Outcomes
At the end of the Bachelor of Science degree in Justice Studies in the Department of Justice Studies, students will be able to:

• Explain the major concepts, theories, and historical trends within studies of crime, law, and social justice at all levels, from local to global.
• Describe and apply ways to gather valid information and conduct research to answer questions about crime, law, and social justice issues.
• Understand and critically analyze individual, institutional, and societal responses to crime, law, and social justice issues.
• Employ interdisciplinary perspectives on systems of inequality and concepts of justice to
• propose grounded, informed, and sustainable solutions to social problems in communities
• and/or institutions.
• Articulate compelling, reasoned, and empirically-informed positions on issues of justice to
• diverse audiences. Students will value empirical evidence, tolerate ambiguity, act ethically, and recognize their role and responsibility as a member of society.

The Master of Science in Data Analytics, offered by the Department of Applied Data Science, is developed in partnership with industry experts targeting students from diverse academic and professional backgrounds. Students receive the advanced education necessary to apply analytics to solve real-world problems by immersing them in the full data analytics process lifecycle.

Students learn how to build portfolios of data analytics projects by leveraging the interrelationship between domain data knowledge and emerging information technologies. Students advance their knowledge and skills through the integration of:

• Identifying domain-specific problems, defining requirements, and establishing measurable organizational objectives.
• Performing data exploration, preparation, visualization, and governance.
• Applying programming, statistics, database, data mining, and machine learning technologies to build models for descriptive, diagnostic, predictive, and prescriptive data analytics.
• Engaging in the development, validation, and monitoring of data analytics systems to meet requirements and objectives.

Today most organizations treat analytics as a strategic asset, and analytics is central to many functional roles and skills. This program prepares students for a career in data analytics in almost all industry domains. Potential career roles for graduates include data analyst, data administrator, business intelligence analyst, and information research scientist.

This 120-unit program prepares students for professional positions in applied physics and research or for graduate study at the PhD level (transfer students must take at least 12 units of upper division physics major courses at SJSU with a GPA of 2.0 or better in these courses).

Students in the BS, Microbiology program prepare for positions in industries that use or detect microorganisms and for graduate studies in basic, applied or medical microbiology. The program includes specialized instruction in basic microbiology, immunology, medical microbiology, microbial physiology, bacterial genetics and bacterial diversity.  It is also designed to accommodate those who wish to pursue certification as Clinical Laboratory Scientists (medical technologists). Electives, such as hematology, and internships that meet state certification requirements are offered.

The Master of Science in Bioinformatics at San José State University features  an interdisciplinary curriculum in bioinformatics, biology, computer science, and mathematics. Questions in many areas of biology, including genomics, molecular biology, neuroscience, physiology, microbiology, ecology, and evolution, must now be answered using mathematical and computational methods. New techniques allow the acquisition of many thousands or millions of biological measurements, and the field of bioinformatics has developed to address this need. The MS Bioinformatics program will provide students with an understanding of biological questions, a background in mathematics, and the computational skills necessary to address complex problems in the biological sciences. Students will also gain experience utilizing these skills to answer biological questions, including those with biomedical applications. The goal of the MS in Bioinformatics program is to prepare students for careers in the growing field of bioinformatics both in academia and in the biotechnology industry.

The Organizational Studies major is an interdisciplinary major designed to help students develop skills for careers in a variety of organizations including small businesses, multinational corporations, non-profit organizations, and local, state, and national government agencies. Organizational Studies courses are designed to give students skills for real-world problem solving. Students have the opportunity to take courses across a wide range of social science disciplines including anthropology, communications studies, economics, political science, psychology, and sociology. Organizational studies is ideally suited for students who want careers in business, government, or the non-profit sector, where knowing how organizations work is a key to success.

Chemical Engineers combine science with engineering technology to make an essential contribution to many industries, including biotechnology, semiconductor processing, environmental engineering, manufacturing and industrial chemicals. The Chemical Engineering degree also provides a strong foundation for graduate degrees in a range of disciplines. The Department has excellent laboratory facilities for courses and student research.

We offer specialization in biochemical engineering program which blend traditional engineering and subjects in the biological sciences with specially developed biochemical engineering courses and labs. Please contact Dr. Liat Rosenfeld for more information.

Chemical engineers in biotechnology work on projects related to pharmaceuticals and genetically engineered materials for diagnostics and treatment, and food and chemical processing. Chemical Engineers working in the environmental area are responsible for control of air pollution, remediation of contaminated water, hazardous materials management, waste reduction, industrial health and safety, risk analysis, and regulation. Manufacturing opportunities are in semiconductor fabrication, electronics, analytical equipment, and processing equipment for the production of inorganic and specialty chemicals.

The Chemical Engineering Program at SJSU is designed to provide a solid engineering foundation and then allow the student to develop some specialization in an area of interest.

If you see your future career as a call to adventure, the International Business concentration may be for you. The concentration provides a broad base of business courses and additional coursework focused on global business. As a graduate, you will be well prepared for a career with a global business or organization. Your further marketability will depend on your personal characteristics, your life experience, and your academic performance in the International Business concentration. Employing companies or organizations then provide further training necessary for the job. An undergraduate degree in International Business is not a professional degree or one that targets a specific job. Rather, it is an excellent base on which to build.