Fully-funded M. Because most universities focus their funding on Ph. However, there are a number of universities that do offer funded M. Funding is typically offered in exchange for graduate teaching and research work that is complementary to your studies. You can also find several external fellowships in the ProFellow database for graduate and doctoral study, as well as dissertation research, fieldwork, language study, and summer work experience.
Baylor University Waco, Texas : Masters programs offer varying levels of support, ranging from a partial tuition waiver to full tuition remission with a stipend. There are limited Graduate Assistant positions available to support full-time MA students. The work varies by the department but may include a stipend, tuition remission, or both.
Brock University Catharines, ON : Full-time students in the Research Pathway, thesis option, may receive fellowship funding for up to 6 terms. Full-time research-based students will receive preferential hiring for all Graduate Assistantships if positions are available. Full-time students in the Research Pathway may apply for Faculty of Education fellowships and other university scholarships and awards.
Systems engineering refers to the development of reliable and effective systems. Utilizing interdisciplinary approaches and methods, the principles of systems engineering can be applied to problem-solving tasks in many industries. A key facet of systems engineering is the goal of maximizing customer satisfaction while also working within the constraints and needs of a business. As such, undergraduate degree programs in systems engineering cover concepts of applied science, technology management, and analytical modeling.
Concentration options in such areas as mechanical systems and telecommunications systems are also commonly offered. Graduate students advance to research concepts, in preparation for advanced careers in academia, government, and private industry. Systems engineers usually work with computer hardware, but may choose to develop telecommunications networks. Biomedical engineering BME programs integrate engineering and medical principles to improve healthcare treatment and diagnosis.
Much of the work in BME involves research and development. Programs typically include thesis and non-thesis tracks. A Master of Science in Management Information Systems includes courses in business, communications, computer science and management. Through this program, which is intensive to the sciences, students gain leadership skills that prepare them for positions in information security and communication systems.
Typical coursework may include systems analysis, control and planning, database system management, computer science overview, and project management. In general, a student seeking admission into a Master of Information Technology degree program has earned a baccalaureate degree.
Some academic institutions prefer prospective students to have completed courses in statistics and who hold baccalaureate degrees in related fields of study such as computer science, industrial engineering, information technology and library science.
Students can find courses that cover topics such as: computer systems, java programming, protocols of network architecture, software design, electronic commerce, and telecommunications.
Information technology is important to modern life and the success of many organizations, since it aids in the efficient transmission, storage and analysis of pertinent information. Graduates can seek employment opportunities in areas such as: public accounting firms, computer auditing, risk management, and corporate computer systems analysis.
Graduate degree programs in computer science focus on applications of computing technology and computer programming, including artificial intelligence, software engineering and the development of programming languages.
Common core coursework can include: computational applied logic, algorithms, operating systems, software engineering, artificial intelligence, database and network systems. What positions can you compete for? It depends in part on your previous experience including experiences in other fields like business, graphics, or biology. A degree at this level may serve as a complement to undergraduate studies in science, engineering or computers. Flexibility is often allowed with electives to help students tailor their program.
Most programs are designed to allow students to focus on their personal career field. Some examples are: Scientific Computing Courses, where students study the relationship between computers and math. Students explore of how computers can be used to solve mathematic equations and other related problems, or Complex Variable Courses, where you study integral theorems, branch points, Taylor and Laurent series, conformal mapping and Schwarz-Christoffel transformation.
Computer engineers create and maintain computer systems and may specialize in one aspect of computer engineering, such as hardware or software engineering. Hardware engineers design computer circuitry, disks, chips, printers and other computer devices, while computer software engineers develop computer applications and programs. Good math and analytical skills are necessary for students interested in a career in computer engineering. Mechanical engineers design and build anything with moving parts, including products as diverse as air conditioners and automobiles.
Since mechanical engineering is the broadest of any engineering specialty, those who practice mechanical engineering can pursue careers in the biotechnology, automotive, nuclear energy and aerospace industries.
The Master of Science in Mechanical Engineering allows students to pursue in-depth study in areas such as manufacturing, design, or robotics. The non-thesis option might require students to pursue an independent study or take additional courses in place of a thesis. This degree program is also designed to prepare individuals for further educational undertakings, such as a doctoral program.
Chemical engineers apply both, the knowledge of chemistry and, the principles of engineering to the chemical industry and thus form the bridge or the link between science and manufacturing.
They are involved in a wide variety of activities like equipment design, process developing for chemical manufacture on a large scale, planning and testing ways of producing and the treatment of byproducts as well as supervision of manufacturing activities.
A masters in this field is intended for chemical engineers looking for advancement in the field. These programs typically include extensive research components, and many students focus their studies in a particular area of specialization within the broad discipline of chemical engineering.
Specializations include thermodynamics, nanotechnology, biotechnology and biomedical engineering. Coursework topics may include: advanced thermodynamics; advanced process systems engineering; and advanced separation processes. Most entry-level nuclear engineering positions require a bachelor degree, but many advanced research or supervisory jobs are only available to people with a master degree or doctorate.
Any engineer who works in the public sector must be licensed by the state. A bachelor degree takes most students four to five years to obtain and master degree or doctorate can take between two to four additional years. The process to obtain a license varies by state, but usually requires engineers to pass a test and work as interns for a certain period.
Some courses that students will need to take include engineering analysis, nuclear reactor design, ionizing radiation and nuclear reactor engineering. Nuclear engineers research and develop the processes, instruments, and systems used to derive benefits from nuclear energy and radiation.
They design, develop, monitor, and operate nuclear plants used to generate power. They may work on the nuclear fuel cycle—the production, handling, and use of nuclear fuel and the safe disposal of waste produced by nuclear energy—or on fusion energy. Some specialize in the development of nuclear power sources for spacecraft; others find industrial and medical uses for radioactive materials, such as equipment to diagnose and treat medical problems. Operations research analysts are high-level problem-solvers who use advanced techniques, such as optimization, data mining, statistical analysis and mathematical modeling, to develop solutions that help businesses and organizations operate more efficiently and cost-effectively.
Coursework in both math and computer science is important, as is keeping up with technological advances and new software and analytical methods. Professionals in corporate finance specialize in assisting organizations in generating fund necessary to support and expand business operations, put together acquisitions, manage cash resources, and ensure future economic stability. Working in corporate finance you could find yourself supporting an international company or a local business looking to break into the global market.
Professionals hit the ground running, taking on responsibilities and problem solving their way to success. The finance department of the AEP is in charge of creating and instigating financial policy, developing the financing program, directing cash flow, and coordinating with investors and financial organizations.
As long as you perform well, corporate finance positions are comparatively stable. Most people in the financial services industry are employed in such areas as commercial banking, corporate finance, financial planning, investment banking, money managing, insurance and real estate.
Almost every firm, government agency and organization have financial managers who oversee the preparation of financial reports, strive to reduce risk, direct investment activities and implement cash management strategies. The profession of electrical engineering demands a strong foundation in physical science and mathematics, a broad knowledge of engineering techniques, and an understanding of the relation between technology and society. Interconnections between electrical and systems engineering are creating a fresh vision of knowledge, its uses, and its users.
The program gives students the theoretical foundation and the interdisciplinary skills needed to deal with the new ideas and new applications that are the hallmarks of modern electroscience. The MBA in Finance degree provides the enrolled students training in the fundamentals of finance.
It also enables students in developing a balance between the technical finance courses needed to work in financial institutions, and the overall management skills needed in all business situations. Coursework generally includes learning practical, valuable skills in areas such as marketing, strategic management and information technology, which you can apply in any work setting.
The International Marketing MBA covers fundamental approaches of understanding markets, competitors, product portfolios and consumer behavior from an international perspective. It emphasizes current developments in e-marketing strategies and changes in advertising and the use of media. This program equips graduates with the necessary tools, skills and mindset required to be effective international marketers.
Course-work will generally include studies of global economics, finance and strategic management. An MBA in Marketing can open a number of professional doors to opportunities in a wide range of fields. Career paths graduates with an MBA degree in marketing can pursue include: creative advertising agencies, fashion marketing, film marketing and publicity, biotech, aviation and pharmaceuticals, freelance consultancy, and teaching.
The field of computer science is continually fueling innovation and driving societal changes. The coursework typically represents a realistic balance between CS foundational theory and applied technical courses. Core classes might include Programming, Algorithms, Databases and Systems coursework. Students who take up this degree program learn how to investigate the risks and potentials in investing in both local and foreign markets and make an informed decision based on their research.
They also learn to analyze international finance markets and trade. Graduates of an Economics MBA program are invaluable when it comes to making decisions regarding pricing of a product, setting its market and advertising it.
Graduates are also trained in industrial relations, marketing policies and investment decisions. Thus, Economics MBA graduates are able to set up a business in view of the local market and anticipate its growth and development in terms of both the local and the global market. Some degree courses may offer further specializations within an Economics MBA program such as: urban economics, labor economics, and economic analysis. A Master of Business Administration in Marketing Management program lets students develop skills to run the marketing branch of a business or corporation through a curriculum incorporating both theory and practice.
Courses involve conducting and analyzing extensive market research before putting together marketing campaigns. Marketing Management programs teach graduate students about product development, management and sales promotion.
Many MBA programs in marketing and marketing management place a strong emphasis on social networking, Internet technologies and emerging media platforms, which corporations utilize more and more to market products and services. Courses in an MBA in Marketing Management program focus on practical strategies and emerging technologies in the marketing field.
In addition to studying sales promotion, some common courses in the curriculum cover: product development and design, brand and product management, and new media platforms. An MBA in Entrepreneurship program strengthens your expertise for starting, building, or advising new business ventures. Such a program will provide a foundation in financial accounting, global marketing, operations management, data analysis, and other key disciplines needed to achieve business success.
The responsibilities and functions of this role vary and can include work related to human resources e. Individuals in these roles should have excellent leadership and communication skills to help facilitate this work. Nursing is a unique field, in that it fits in among the high-paying medical roles—such as surgeons, physicians, and psychiatrists—without the multi-year residencies and medical degrees that are usually required to obtain those positions. To pursue the advanced roles in this career path, individuals must obtain a Master of Science in Nursing.
Growth by 17 percent much faster than average. These are registered nurses that have specialized in anesthesiology, a practice in which intravenous drugs and inhaled gasses are administered to patients undergoing surgeries or other potentially painful procedures to numb or avoid pain or discomfort. Growth by 26 percent much faster than average. Nurses in these roles do a combination of clinical work, disease prevention, and health management. Beyond their direct clinical health work, individuals in this role are known to take part in healthcare forums, conduct research, and then apply that research to their clinical practice.
Engineers who already have the basic skills from an undergraduate degree often go on to earn a Master of Science in Engineering Management. In pursuit of this degree, engineers develop the business and management skills required to advance into leadership roles. Growth by 3 percent slower than average. The primary duties of this role are to oversee activities occurring within architectural and engineering companies.
This often includes the planning, directing, and coordinating of all business activities that occur within these organizations, as well as the creation of technical goals and procedures for specific processes.
Whether developing new products or ensuring the completion of a live project, it is up to these managers to coordinate with all members of a team to complete tasks.
This advanced degree directly correlates with a successful career in the petroleum engineering field. Although it is a niche industry, petroleum engineers often are compensated well for their work, both because of the physical demand and the high-risk atmosphere they work in.
Professionals that are drawn to a petroleum engineering career also may benefit from an exploration of bioengineering , chemical engineering , environmental engineering , or even industrial engineering. This role requires many site visits as well as time spent working on methodology in the office.
Other career options in this field include drilling engineers, production engineers, and reservoir engineers. Growth by 16 percent much faster than average. Financial managers often hold an advanced degree in economics , business administration, or finance. They create financial reports and projections, provide tactical advice on investments, and develop strategies to help the organization reach its long-term financial goals.
Financial managers are found most commonly in banking and insurance companies, and most commonly come from an accountant, auditor, or financial analyst background. Growth by 20 percent much faster than average. Actuaries can receive proper training either through a Master of Science in Finance or a Master of Science in Actuarial Science program—both of which prepare students for this highly lucrative career. They also use these programs to assess the risk involved with potential future events and work with clients to develop procedures in order to reduce the negative financial impact of such risks.
Most financial advisors work independently and consult for a roster of individual clients.
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