Master of Science in Engineering in Mechanical Engineering - Thesis Option (STEM)

at EDUCO - The University of Tulsa USA

The Department of Mechanical Engineering focuses on teaching students how to apply knowledge and experience to establish professional careers in a global marketplace and pursue advanced studies along with continued professional development.

Mechanical engineers have played a central role in the technological development of Western civilization by creating and improving a wide variety of machines and systems used by industry and the general public. These professionals combine theory and practice to design and fabricate mechanical and thermal equipment such as tools, engines and machines.

Faculty help students investigate the advanced principles and applications of mechanical engineering for graduate school preparation, careers in academia or industry jobs. These programs enhance students’ professional skills through a deeper understanding of mechanical engineering principles and applications.

Electrical and computer engineering involves researching, developing and testing electronic and computer components. Engineers study computing processes, circuit boards, memory devices, networks and routers while examining new frontiers in computer hardware. The electrical and computer engineering field is marked by its advancements in evolving areas of technology such as optics, electric power systems and microelectronics.

Students complete a core electrical engineering curriculum with an emphasis on computer science while allowing room for electives in TU’s reputable humanities-based programs. A strong background in mathematics and physics is required along with interests in bioengineering, electromagnetic fields and circuit systems. ­

The master of science in engineering (M.S.E.) in electrical engineering educates students in professional engineering and research. This graduate option is an opportunity for students to enhance their professional skills and abilities with continued study in the electrical systems that fuel our lives. A master’s degree qualifies professionals for additional responsibilities in the workplace and inspires new solutions for the world’s engineering challenges. This option is ideal for students who plan to eventually pursue a doctoral degree.

A wide range of theoretical approaches using various methodologies derived from evolutionary and ecological theory and empirical methodology are used in the graduate level curriculum. Specific areas of emphasis include anthropogenic effects on the environment, modeling human-environmental interactions and body/mind connections in contemporary health and religious practices.

The Master of Arts program has an established reputation, as evidenced by a high rate of placement of its graduates. Extensive collections, research opportunities and internships are also available with Gilcrease Museum. Over 75 percent of those who have earned a degree currently hold anthropological or archaeological positions. The rapidly growing doctoral program in archaeology, established in 2012, provides thorough training in both theoretical and applied aspects of the field.

The program builds a foundation for the application of anthropological theory and method to a variety of real world problems and ensures that all students learn strong basic research skills. We offer state-of-the-art labs, which allow us to combine experimental archaeological analyses with extensive fieldwork worldwide.

The Department of Mechanical Engineering focuses on teaching students how to apply knowledge and experience to establish professional careers in a global marketplace and pursue advanced studies along with continued professional development.

Mechanical engineers have played a central role in the technological development of Western civilization by creating and improving a wide variety of machines and systems used by industry and the general public. These professionals combine theory and practice to design and fabricate mechanical and thermal equipment such as tools, engines and machines.

Faculty help students investigate the advanced principles and applications of mechanical engineering for graduate school preparation, careers in academia or industry jobs. These programs enhance students’ professional skills through a deeper understanding of mechanical engineering principles and applications.

The Collins College of Business Master of Science in Business Analytics targets the education of students in the analysis, interpretation, and prediction capabilities of large sets of data. This program will help students master the technical tools necessary to perform analysis of a variety of data but will also allow them to specialize in a discipline-specific area. Furthermore, coursework will develop the communication skills of students, a key component to employment and success in the field.

Biology is a rapidly changing science that incorporates molecular and cellular biology; behavioral and molecular ecology; developmental biology; organismal, ecological and evolutionary genetics; microbiology; aerobiology; molecular systematics; and neuroscience. Flexible degree requirements lead to careers in biology, health fields and professional or graduate school.

Students work directly with faculty in a specified area of research and plan a program of courses and overall research goals in consultation with their supervising professor. We prepare these graduate students for careers in education, industry and government, or for continued graduate studies. A wide range of research opportunities are available to graduate students including basic studies in bioinformatics, cellular and molecular biology, developmental biology, ecology, genetics, microbiology, molecular systematics, neuroscience, virology and other areas. In addition to laboratory based studies, research opportunities are available at field sites in northeast Oklahoma and field stations in other locations. An in-depth understanding of one area of specialization is achieved through elective courses, independent study and dissertation research.

Biological Science, Thesis, M.S.

• Study animal behavior, developmental biology, ecology, environmental science, evolution, genetics, microbiology, physiology, and cellular and organismic biology.

Electrical and computer engineers are responsible for making day-to-day life easier while protecting the nation’s infrastructure against cyber and physical attacks. These engineers improve quality of life by creating innovative systems such as smart houses, self-driving cars and medical instruments.

The Tandy School of Computer Science and Department of Electrical and Computer Engineering at The University of Tulsa jointly offer programs leading to the Master of Science degree in Engineering, Master of Engineering, and Ph.D. degree in computer engineering.

After completion of core doctoral credits, students are allowed to pursue research and course work that emphasizes either the computer science or electrical engineering aspect of this joint degree. Alumni serve as faculty in academia and also enjoy successful careers in industry and government.

Geologists study the history, materials, processes and products of the Earth. Some pursue solely academic interests such as how mountains form and erode while others are interested in practical applications, exploring fossil fuels and minerals or planning construction sites and disposal locations. A geologist studies environmental impact.

The Department of Geosciences offers master of science degrees with specialization in geology, geophysics and environmental science.

Students research the most effective ways to detect oil, iron, copper, and many other minerals in the Earth while learning to identify and survey properties for environmental hazards. Our students also study the structure above and below the Earth’s surface to investigate earthquakes, oceanic shifts and other physical changes of our planet. Students are motivated to apply these principles creatively through training in advanced methods of analysis, research and synthesis. Graduates use their education to establish respectable careers in academia, consulting, industry and government.

This program is a professional mathematics degree designed to prepare students for work in a variety of areas, including business and industry. Program graduates will be proficient in the use of modern analytic and computational tools and will have experience in modeling and solving problems of a practical nature.

Industrial-Organizational psychology focuses on mastering key knowledge and skills needed to help organizations succeed, and the doctoral program expands those skills, targeting creation and dissemination of new knowledge in the field of I-O Psychology through scientific research. The program is designed for those seeking to develop the applied skills necessary for basic consulting projects in business and government. Graduates of our master’s program typically find jobs involving analysis of jobs and people as a basis for improving the fit between them.

We emphasize that the best foundation for good practice is good science. Our curriculum offers a balance of I/O content, methods and applications in a culture stressing professionalism, respect for individual differences, and the importance of evidence-based practice. Our students learn to think critically and to communicate clearly in solving real-world problems in work settings.

Courses are offered in a broad array, including but not limited to job analysis, employee selection, training, leadership, work motivation, organizational development and a variety of methods topics, such as psychological measurement and statistics.