Course Description: The course covers 2D and 3D animation, visual effects, and provides practical experience with industry-standard software. Participants will build a comprehensive portfolio showcasing their creative capabilities.

• Classes:
  
  • Class 7: Introduction to Animation Principles: Understanding the fundamentals of movement, timing, and the 12 principles of animation.
    
    • Project: Hands-on exercises with animation software (e.g., Blender, Adobe Animate).
  • Class 8: 2D Animation Techniques: Exploring frame-by-frame animation, vector-based animation, and digital workflow processes.
    
    • Project: Introduction to tweening and easing.
  • Class 9: 3D Modeling Basics: Learning geometry fundamentals, modeling tools, and spatial visualization concepts.
    
    • Project: Creating simple 3D models.
  • Class 10: Visual Effects Fundamentals: Introduction to compositing, particle systems, and post-production techniques.
    
    • Project: Basic VFX exercises using software like Adobe After Effects.
  • Class 11: Animation for Media Projects: Adapting animation techniques for marketing, social media, and interactive applications.
    
    • Project: Case studies of successful animated media campaigns.
  • Class 12: Portfolio Development: Organizing and presenting your animation work professionally for potential clients or employers.
    
    • Project: Feedback and critique session.

Course Description: An innovative exploration of artificial intelligence’s role in media production. Students will discover how AI transforms content creation, distribution, and analysis.

• Classes:
  
  • Class 13: Introduction to AI in Media: Overview of artificial intelligence applications in modern media industries and fundamental machine learning concepts.
    
    • Project: Case studies of AI-driven media projects.
  • Class 14: AI for Content Creation: Exploring generative AI tools for text, image, audio, and video production.
    
    • Project: Hands-on exercises with AI content creation software.
  • Class 15: AI for Media Analysis: Understanding data-driven insights, sentiment analysis, and content recommendation algorithms.
    
    • Project: Analyzing audience engagement using AI.
  • Class 16: AI in Post-Production: Leveraging AI for editing, color correction, audio enhancement, and visual effects.
    
    • Project: Practical exercises with AI post-production tools.
  • Class 17: AI for Media Distribution: Examining AI’s role in content delivery, personalization, and audience targeting.
    
    • Project: Case studies of AI in media distribution platforms.
  • Class 18: Ethics and Future of AI in Media: Addressing ethical considerations, bias, privacy concerns, and emerging technologies.
    
    • Project: Future trends and potential applications.

Course Description: A deep technical dive into the mechanics behind media devices. This course combines electronics, mechanical systems, optical principles, and software engineering, giving students a comprehensive understanding of how media equipment actually works.

• Classes:
  
  • Class 19: Electronics for Media Equipment: Understanding electrical components, signal processing, and circuit design principles for audio and video devices.
    
    • Project: Hands-on exercises with circuit building.
  • Class 20: Mechanical Systems in Media Equipment: Exploring motors, gears, stabilizers, and physical interfaces in cameras, microphones, and other equipment.
    
    • Project: Practical exercises with mechanical systems.
  • Class 21: Optical Systems in Media Equipment: Examining lenses, sensors, light properties, and image formation in cameras and projection systems.
    
    • Project: Hands-on experience with lens calibration.
  • Class 22: Acoustic Principles for Audio Equipment: Understanding sound wave behavior, microphone technology, speaker design, and room acoustics.
    
    • Project: Designing basic acoustic systems for recording studios.
  • Class 23: Software and Firmware for Media Devices: Learning how embedded systems, operating systems, and user interfaces work in media equipment.
    
    • Project: Hands-on exercises with device programming.
  • Class 24: Maintenance and Troubleshooting: Developing systematic approaches to identify, diagnose, and repair common media equipment issues.
    
    • Project: Best practices for equipment maintenance.