Course Description:

Game Programming Pro is an in-depth course that covers various programming concepts and techniques required for game development. The course covers programming essentials, including understanding variables, data types, operators, decision-making, and loops. It also covers procedural and structured programming, syntax libraries, and expanding codes. Students will also learn about C / C++ programming history, pre-processors, and standard libraries.

The course also dives into object-oriented programming (OOP) concepts, including data hiding, inheritance, and data abstraction, as well as the use of classes and objects. Students will learn how to work with the Standard Template Library (STL) and the latest standards of C / C++. They will also gain a comprehensive understanding of the Open Graphics Library (OpenGL), its API for rendering 2D and 3D vector graphics, and DirectX concepts.

The course also explores AI design concepts and how AI is a set of mathematical approaches. It covers working with statistics, automation, and the design and analysis of algorithms. Students will also deep dive into programming algorithms, critical thinking, and data analysis. The course ends with machine learning concepts, which include enhancing performance, critical thinking, and data analysis.

Overall, the Game Programming Pro course is designed to provide students with a comprehensive understanding of the programming concepts required for game development. By the end of the course, students will have gained practical knowledge of programming concepts, techniques, and tools that are required for game development, giving them an edge in the competitive gaming industry.

Course Outcomes:

Possible course outcomes after completing the Game Programming Pro course in depth include:

1. Understanding of programming essentials: Students will understand the basics of programming, including variables, data types, operators, decision-making, and loops.
2. Knowledge of procedural and structured programming: Students will gain an understanding of procedural and structured programming, syntax libraries, and expanding codes.
3. Proficiency in C / C++ programming: Students will learn about C / C++ programming history, pre-processors, and standard libraries.
4. Expertise in OOP concepts: Students will learn about object-oriented programming (OOP) concepts, including data hiding, inheritance, and data abstraction. They will also learn to work with classes and objects.
5. Ability to work with the Standard Template Library (STL): Students will learn how to work with the Standard Template Library (STL) and the latest standards of C / C++.
6. Understanding of OpenGL and DirectX concepts: Students will gain a comprehensive understanding of the Open Graphics Library (OpenGL), its API for rendering 2D and 3D vector graphics, and DirectX concepts.
7. Knowledge of AI design concepts: Students will learn about AI design concepts and how AI is a set of mathematical approaches. They will learn how to work with statistics, automation, and the design and analysis of algorithms.
8. Proficiency in machine learning concepts: Students will learn about machine learning concepts, including enhancing performance, critical thinking, and data analysis.
9. Practical experience with game development: Students will gain practical knowledge of programming concepts, techniques, and tools required for game development, giving them an edge in the competitive gaming industry.
10. Professional skills development: Students will develop critical thinking skills, problem-solving skills, and data analysis skills, making them valuable assets in any programming role.

Technologies Covered:

• Programming Concepts
• C / C++ for Gaming
• Python for Gaming
• Open GL / Direct X
• Advance Programming
• Artificial Intelligence – AI

Career Path:

Here are some career possibilities for students who complete the Game Programming Pro course:

1. Game Programmer: Students can pursue a career as a game programmer, developing code for games on a variety of platforms, including PC, consoles, and mobile devices.
2. Game Developer: Students can work as game developers, using their programming skills to develop and design games that engage players.
3. Game Designer: Students can use their programming skills to design games that are engaging and interactive. They can work in collaboration with game programmers and artists to create the overall game design.
4. Artificial Intelligence Programmer: Students who gain an understanding of AI design concepts can pursue a career as an AI programmer, working on the development of AI systems for games.
5. Graphics Programmer: Students who gain a comprehensive understanding of the Open Graphics Library (OpenGL) and DirectX concepts can work as graphics programmers, responsible for creating the visual effects and 3D models in games.
6. Mobile App Developer: Students who understand programming essentials and have proficiency in C / C++ programming can pursue a career as a mobile app developer.
7. Software Engineer: Students who develop practical knowledge of programming concepts and techniques can work as software engineers, developing software for a variety of industries.
8. System Analyst: Students who develop critical thinking and problem-solving skills can work as system analysts, evaluating and designing software solutions for businesses.
9. Technical Project Manager: Students can use their programming skills to work as technical project managers, overseeing the development of software projects from inception to launch.
10. Computer Science Educator: Students who gain expertise in programming concepts and techniques can teach computer science courses at various educational institutions.

Duration & Schedule:

• Course Duration: 3 Months
• Session Duration: 1.5 Hrs per session
• Classes: Monday to Friday

Additional Time for Question & Answer, Brain Storming & Group Discussion

Fees & Payments:

• Total Sum Payable: ₹ 30,000/- @ One Go