Master of Engineering in Computer Engineering - Non-Thesis Option (STEM)

at EDUCO - The University of Tulsa USA

Petroleum engineering focuses on the development, exploration, drilling, production and management of oil and natural gas resources and other minerals. Based on the solid fundamentals of math, physics and chemistry, a petroleum engineering degree includes education in geology and a proper blend of fluid and solid mechanics. Internationally recognized as having one of the top petroleum engineering graduate programs in the country, the McDougall School of Petroleum Engineering has more than 500 students.

Petroleum engineers plan and supervise drilling operations and evaluate and manage oil and natural gas reservoirs. They are qualified to work at an oil company, establish a consulting business or become an independent oil producer. Opportunities exist for travel and work overseas.

While teaching is the major goal, the McDougall School of Petroleum Engineering is also committed to discovery of new concepts and technologies in drilling, production and reservoir engineering. The program offers M.S. and Ph.D. degrees.

Graduate students learn advanced petroleum production concepts and collaborate on multi-disciplinary research projects to continue the development of their petroleum engineering skill set and professional careers.

The school’s strong research program is supported by industry and government sources. Undergraduate and graduate students work alongside faculty at key research locations on the main campus and TU’s historic North Campus. TU’s reputable petroleum engineering program receives overwhelming support from industry and government sources, a prime landscape for those students who choose to obtain the highest degree offered in the petroleum field.

Accountants are generally responsible for creating, analyzing and communicating financial information for companies, organizations, individual clients and government agencies. Accurate recording and reporting of financial data and business transactions comprise a major portion of an accountant’s workday.

The accounting graduate program prepares students to apply discipline-specific knowledge and skills as leaders in the field of accounting. Students will develop critical thinking skills, as well as an understanding of the strategic role of accounting in business organizations and society. This 30-hour degree program can be completed in 12 months and provides an excellent avenue to attain CPA compliance for those seeking professional certification.

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.

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.

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.

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.

The Russell School of Chemical Engineering, a small, yet comprehensive department, has offered a master’s degree program since 1939 and a doctoral degree program since 1966. The school has established a strong tradition in the petroleum, natural gas, and environmental fields, and offers research opportunities in materials engineering, biochemical engineering, advanced modeling and simulation, alternative energy, surface science, and catalysis.

Our current research focuses on modern experimental approaches and state-of-the-art computational studies, allowing for investigation of fundamental phenomena as applied to “real-world” problems and thereby enhancing our interactions with industry. Our computational studies address a wide range of complex problems in multiple time and length scales, ranging from multiphase flow models to complete energy supply chains, which help catalyze solutions to complex societal challenges. Chemical engineering graduate studies offer a dynamic environment for challenging, stimulating research and provide close interaction between faculty and students due to our small size.

The Russell School of Chemical Engineering, a small, yet comprehensive department, has offered a master’s degree program since 1939 and a doctoral degree program since 1966. The school has established a strong tradition in the petroleum, natural gas, and environmental fields, and offers research opportunities in materials engineering, biochemical engineering, advanced modeling and simulation, alternative energy, surface science, and catalysis.

Our current research focuses on modern experimental approaches and state-of-the-art computational studies, allowing for investigation of fundamental phenomena as applied to “real-world” problems and thereby enhancing our interactions with industry. Our computational studies address a wide range of complex problems in multiple time and length scales, ranging from multiphase flow models to complete energy supply chains, which help catalyze solutions to complex societal challenges. Chemical engineering graduate studies offer a dynamic environment for challenging, stimulating research and provide close interaction between faculty and students due to our small size.

The Museum Science and Management (MSM) master’s program at The University of Tulsa provides both interdisciplinary course work and hands-on experience. It is designed to prepare future museum professionals in the areas of administration, fiscal management, collections care, research and education.

Students gain experience using objects and collections in research, exhibition, publication and programming, as well as a background in museum administration, leadership and fundraising. Internship opportunities are available at regional and national cultural institutions that provide practical experience for students in their selected areas of specialization.

MSM faculty provide mentoring to ensure students gain a broad understanding of professional opportunities and responsibilities. Program graduates are ready to take up careers in museums, historical agencies, archives, national parks and related institutions.

TU’s MSM program is open to students who have earned an undergraduate degree in any academic discipline from an accredited university. Admission to a particular track within the MSM program, however, may be limited based on prior coursework and is decided by the MSM graduate committee.

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.