Training Plan 2024

Course Title:

Gaming programming Advanced Level

Course ID:

120224 0601 1015ESH

Course Dates :

12/Feb/2024

16/Feb/2024

Course Duration :

Course Location:

London

United Kingdom

Course Fees GBP £ :

Primary Price

£4,555.99

VAT may vary depending on the country where the course or workshop is held

Course Fees USD $:

Advisory Price

$5,829.37

VAT may vary depending on the country where the course or workshop is held

Course Category:

Computer Science Programmes

Gaming programming, Soft Skills

Course Certified By:

* Professional Training and CPD Programs
* Executive Diploma Certificate
* Executive Masters Certificate

* ESHub CPD
* LondonUni
* Others

United Kingdom

Secure Your Place

Please Note : Your £250.00 Deposit will be deducted from the total invoice Amount.
To commence the registration process for your training course, please follow the link provided and proceed with; Upon successful payment, we will promptly contact you to finalize your enrollment and issue a confirmation of your guaranteed placement.

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Course Information

Introduction

The Advanced Level Gaming Programming course is designed for individuals seeking an in-depth understanding of game development and programming.
Covering advanced concepts, this course aims to elevate participants' skills in creating interactive and immersive gaming experiences. Key highlights include:
* Introduction to Major Concepts: Explore advanced game programming concepts, including user input handling, rendering techniques, and collision detection.
* CS50's Game Development: Delve into the development of 2D and 3D interactive games through hands-on exploration, analyzing the design of iconic games like Super Mario Bros. and Pokémon].
* Foundational Knowledge: Gain a solid foundation in the video game development process, covering game design principles and transitioning from idea to fully designed games.
* Advanced Game Programming with Scratch: Apply advanced programming skills using Scratch, progressing from introductory programming to real-life projects in game development.
* Game Programming Essentials: Hands-on learning for aspiring game programmers, focusing on the development of video games under the guidance of industry mentors.
* Unity-Based Development: Learn to develop 2D and 3D games using Unity, ideal for those with a keen interest in programming, including advanced techniques and practices.

Objectives

The objectives for this course are:
* SMART Learning Objectives: Utilize the SMART learning objectives template to guide the development of clear, specific, measurable, achievable, relevant, and time-bound learning objectives in course design.
* Course Goals/Learning Outcomes: Focus on creating clear learning objectives that guide class assignments, exams, and the overall course, ensuring alignment with the goals of the instructor, program, or institution.
* Observable Learning Outcomes: Develop well-defined learning objectives that are observable and describe what students should be able to achieve after participating in the course.
* Measurable Statements: Craft statements that clearly describe what students are expected to learn, sometimes referred to as learning outcomes, providing a basis for assessment and evaluation.
* Engagement, Pass Rates, and Completion Improvement: Design course objectives that aim to enhance learner engagement, increase assessment pass rates and scores, and improve overall course completion

Who Should Attend?

The "Gaming Programming Advanced Level" course is designed for individuals with a solid foundation in game development and programming who aim to advance their skills to an advanced level. This course is suitable for:
* Experienced Game Developers: Individuals already working in the field of game development who want to enhance their programming skills and tackle more complex aspects of game creation.
* Programmers Seeking Specialization: Programmers interested in specializing in gaming programming, delving into advanced topics such as graphics programming, artificial intelligence, or game engine development.
* Game Designers with Programming Background: Game designers who possess programming knowledge and want to deepen their understanding of the technical aspects involved in game development.
* Computer Science Graduates: Graduates with a computer science background looking to specialize in the gaming industry and pursue advanced programming roles.
* Enthusiastic Hobbyists: Hobbyists with a strong interest in game programming, who have already mastered the basics and now wish to take their skills to the next level.
Attendees should have prior experience in game development, programming languages, and basic understanding of game design principles to fully benefit from the advanced-level content.

Training Method

• Pre-assessment
• Live group instruction
• Use of real-world examples, case studies and exercises
• Interactive participation and discussion
• Power point presentation, LCD and flip chart
• Group activities and tests
• Each participant receives a 7” Tablet containing a copy of the presentation, slides and handouts
• Post-assessment

Program Support

This program is supported by:
* Interactive discussions
* Role-play
* Case studies and highlight the techniques available to the participants.

Daily Agenda

The course agenda will be as follows:
• Technical Session 08.30-10.00 am
• Coffee Break 10.00-10.15 am
• Technical Session 10.15-12.15 noon
• Coffee Break 12.15-12.45 pm
• Technical Session 12.45-02.30 pm
• Course Ends 02.30 pm

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Course Outlines

Week 1

Day 1:
Advanced Graphics Programming
• Understanding Shaders: Explore the fundamentals of shaders and how they are utilized in modern game development.
• Shader Effects: Learn advanced techniques for creating stunning visual effects using shaders.
• Optimization Techniques: Discover methods for optimizing graphics performance without sacrificing visual quality.
• Hands-on Practice: Engage in practical exercises to implement shaders and optimize graphics in a game environment.

Day 2:
Artificial Intelligence in Games
• AI Fundamentals: Review the basics of artificial intelligence and its applications in game development.
• Pathfinding Algorithms: Dive deep into pathfinding algorithms used to create intelligent NPC behavior.
• Decision Making: Learn about decision-making processes for NPCs and game agents.
• Case Studies: Analyze real-world examples of AI implementation in popular games.

Day 3:
Advanced Gameplay Mechanics
• Advanced Physics: Explore advanced physics simulations for realistic game mechanics.
• Player Interaction: Delve into complex player interaction systems and input handling.
• State Machines: Understand the concept of state machines and their role in game behavior.
• Case Studies: Examine case studies of games with intricate gameplay mechanics.

Day 4:
Game Engine Development
• Game Engine Architecture: Learn about the architecture of game engines and their components.
• Engine Components: Explore the various components of a game engine, including rendering, physics, and audio.
• Engine Design Patterns: Understand design patterns commonly used in game engine development.
• Hands-on Development: Engage in practical sessions to develop a basic game engine prototype.

Day 5:
Advanced Multiplayer Networking
• Networking Fundamentals: Review the fundamentals of networking in game development.
• Client-Server Architecture: Understand the client-server model and its implementation in multiplayer games.
• Synchronization Techniques: Learn about synchronization techniques for maintaining game state consistency.
• Scalability and Performance: Explore strategies for ensuring scalability and optimizing performance in multiplayer games.