GAME ENGINEERING

"The gaming industry is bigger than the movie and music industries combined."

John Riccitiello

Game engineering is a dynamic field that blends creativity with technical expertise to shape the gaming industry. Beyond entertainment, it has a significant impact on the global economy and society. Games not only entertain but also educate and connect people worldwide. 

The Game Engineering program is designed to provide individuals with the essential skills and techniques needed to design, develop, and deploy interactive and immersive games. This comprehensive program covers various aspects of game development, including game design principles, graphics programming, artificial intelligence, physics simulation, and user interface design. Graduates of this program will be equipped with the knowledge and expertise to create engaging and innovative games for various platforms, preparing them for a dynamic and exciting career in the gaming industry.

Upon completion of your degree, you may pursue careers as:

• Game Developer
• Game Designer
• Graphics Programmer
• Gameplay Programmer
• AI Programmer
• Physics Programmer
• Game Engine Developer
• User Interface (UI) Designer
• Level Designer
• Technical Artist
• Quality Assurance (QA) Tester
• VR/AR Developer
  

Our learning model integrates theoretical instruction with extensive hands-on practice to foster comprehensive skill development in game engineering. Students engage in intensive boot camps designed to provide real-world game development experience, equipping them with practical skills and insights. They also have the opportunity to pursue industry-recognized certifications, enhancing their professional profiles and credibility. Additionally, corporate training sessions led by industry experts provide valuable insights and practical skills relevant to current gaming industry trends.

Throughout this program, students will gain expertise in game design principles, graphics programming, and user interface design. They will learn to use industry-standard tools and technologies, including game engines like Unity and Unreal Engine. The curriculum covers programming languages such as C++ and C#, as well as techniques for creating immersive 3D environments and realistic physics simulations. Students will also explore artificial intelligence for games, multiplayer game development, and the process of testing and optimizing games to ensure a seamless user experience.