Bachelor In Software Engineering

About Us

As a result of the rapid change in the field of computer science in the last 10 years, Software Engineering is an engineering branch that has emerged for the need to develop, manage and maintain software that is compatible with developing technologies, more rapidly, reliably, and with high quality. In addition to having the main concepts of computer engineering in it, it is an area aiming to have the knowledge of engineering that dominates all the processes in the software life cycle.

The main purpose of the TEDU Software Engineering Undergraduate Program is to train Software Engineers who are competent, follow current developments, have social communication skills, exhibit working principles in a team, and stand out in the sector in order to respond to the increasing demand for software engineers in the world.

5 Reasons to Choose TED University

1. Liberal Arts Education
   LA education prepares students for a modern and complex world that necessitates writing and speaking effectively, thinking critically and creatively, acquiring problem-solving skills, and being flexible and adaptable.
2. Career Opportunities
   TEDU has one of the strongest alumni and industry network not only in Turkey but also in all over the world which make a successful career planning possible for our students and provide opportunities for them.
3. City University
   TEDU campus is in the city center and equidistant from everywhere, which provides easy access to our students with its location at the intersection of the transportation network.
4. Scholarship Opportunites
   There are possibilities of 25%-75% tuition fee waiver or 100% tuition fee exemption for International students
5. English Medium Education
   Our goal is to empower our graduates with knowledge in their fields of study and academic English language skills at an advanced level that will serve them in their continuing academic and professional careers.

Teaching and Learning

After completion of the English-preparatory program, students of the Department of Software Engineering first pass through the engineering core program and then learn basic engineering concepts and then the fundamentals of Software and Computer engineering in theoretical and applied for departmental courses. While students also specialize in certain areas of Software Engineering through elective courses they choose, they also have a broader vision and alternative perspectives through elective courses outside the department.

Students who successfully complete the TEDU Software Engineering Department graduate with competence in the following subjects:

• Popular programming languages and basic programming techniques.
• Advanced Object-Oriented Programming
• Data Structures and Algorithms: How to store and use the data that form the basis of Software Engineering research and the operation of the algorithms used to process data.
• Relational Databases: Techniques necessary for storing huge amounts of data on a regular basis and accessing them quickly and efficiently when necessary.
• Software design templates, software validation, and verification techniques.
• Software projects planning, management, and development processes
• Software requirement analysis, modeling, and agile software development techniques
• Software quality and assurance
• Artificial intelligence and machine learning techniques
• Social media studies, web programming
• Mobile programming, game programming
• Operating Systems: The basic structures and operation of operating systems, which is the main program that enables computers to operate.
• Information security

Laboratories

Our "Software" and "Hardware" Laboratories are equipped with state-of-the-art technologies and include desktop, mobile computers, virtual reality equipment, and eye trackers.

Career Opportunities

Students, who will graduate from the Software Engineering Department, can easily take part in the software development departments and IT departments of public and private companies. There are many job opportunities in the fields such as managerial software, game technologies, social media, web programming, finance, health, artificial intelligence, computer graphics, database expertise, defense industry.

In addition to computer and software engineering fields at home and abroad, they will have the ability to continue various academic master's and doctorate programs in other engineering fields and will continue their careers as academicians.

Program Outcomes

1. Having sufficient background in subjects specific to mathematics, science, and engineering discipline; to be able to use theoretical and applied knowledge in these areas in complex engineering problems, especially in software engineering problems,
2. To be able to identify, define, formulate and solve complex engineering problems by selecting and applying appropriate analysis and modeling methods, to reveal the data that will present the relevant information when the problem is read, and to make it concrete with appropriate examples,
3. To be able to design a complex system, process, device, or product to meet certain requirements under realistic constraints and conditions by applying modern design methods,
4. To be able to develop, select and use modern techniques and tools necessary for the analysis and solution of complex problems encountered in Software Engineering applications by using information technologies effectively,
5. Ability to collect data, analyze and interpret results for the study of research topics or complex engineering problems specific to a software engineering discipline,
6. To be able to work effectively in disciplinary and multidisciplinary teams, to work individually,
7. To be able to communicate effectively in Turkish, verbally and in writing, to write effective reports and to understand written reports, to prepare design and production reports, to make effective presentations,
8. To be able to access information with the awareness of the necessity of lifelong learning, to follow developments in science and technology, and to renew itself continuously,
9. Acting in accordance with professional ethical principles, having knowledge about standards used in Software Engineering applications, and predicting the legal results of applications,
10. Understanding the importance of negotiation, effective working, leadership, and good communication with stakeholders in the software development environment and reflecting this on their behavior,
11. To be able to understand and apply the theories, models, and techniques that form the basis of the analysis, design, validation, validation, development, and maintenance processes of software systems.