This custom curriculum is based on the University of South Florida BSEE program, tailored to include a focus on broadcast systems and modern technologies. The coursework encompasses core topics in mathematics, physics, electrical engineering, IP networking, along with problem-solving, practical applications, and capstone projects.

By the end of this curriculum, you will:

1. Have a BSEE-equivalent foundation in math, science, and electrical engineering.
2. Be proficient in broadcast engineering systems: acquisition, storage, streaming, and display.
3. Design and troubleshoot systems using both COTS hardware and custom-built devices.
4. Understand and apply color theory in modern broadcast workflows.
5. Develop strong networking skills for SMPTE ST 2110 IP-based media workflows.
6. Enhance problem-solving and debugging skills through practical projects.

1. College Algebra and Trigonometry (3 weeks)
2. Pre-Calculus (3 weeks)
3. Calculus I (Differential Calculus) (6 weeks)
4. Calculus II (Integral Calculus) (6 weeks)
5. Calculus III (Multivariable Calculus) (6 weeks)
6. Differential Equations (6 weeks)
7. Linear Algebra (4 weeks)
8. Probability and Statistics (3 weeks)

1. General Chemistry I (6 weeks)
2. Physics I: Mechanics (6 weeks)
3. Physics II: Electricity and Magnetism (6 weeks)
4. Physics III: Waves and Optics (4 weeks)

1. Circuit Analysis (6 weeks)
2. Electronics I and II (8 weeks)
3. Digital Logic Design (6 weeks)
4. Signals and Systems (6 weeks)
5. Communication Systems (6 weeks)

1. Introduction to IP Networking (4 weeks)
2. Advanced IP Networking (4 weeks)
3. SMPTE ST 2110 Standards and Implementation (4 weeks)

1. Color Theory and Applications (2 weeks)
2. Audio and Video Systems (4 weeks)
3. IP-Based Streaming Systems (4 weeks)
4. Display Technologies (2 weeks)

1. Root Cause Analysis: Debugging circuits, systems, and signals.
2. System Design and Prototyping: COTS hardware and custom devices.
3. Practical Troubleshooting Case Studies: Real-world debugging scenarios.

1. Project 1: Build an end-to-end broadcast system (acquisition → IP transmission → display).
2. Project 2: Design and simulate a custom device (e.g., signal filter, amplifier).

• Each exam and project will be weighted:
  • Quizzes: 20%
  • Midterms: 30%
  • Final Exam: 40%
  • Projects: 10%

The final GPA will be calculated as:

[ \text{GPA} = \frac{\text{Sum of Grade Points}}{\text{Total Credits}} ]

1. Monday–Thursday: Learn new concepts and complete problems.
2. Friday: Review progress and practice key concepts.
3. Saturday: Upload your work to GitHub (GoodNotes PDFs, notes).
4. Sunday: Review and feedback.

• Wireshark: Network protocol analyzer for monitoring IP traffic.
• PTP Track Hound: Tool for analyzing Precision Time Protocol (PTP) messages.
• LTSpice: Circuit simulation.
• OBS Studio: Streaming tool for IP-based workflows.
• DaVinci Resolve: Video editing and color correction.
• MATLAB: Signal analysis and systems.

• Arduino or Raspberry Pi for prototyping.
• Breadboards, multimeter, and basic components.

• Practical Electronics for Inventors (Electronics)
• Digital Video and HD: Algorithms and Interfaces (Broadcast)
• SMPTE and ITU standards documentation.

• Use GitHub branches for each week’s work:
  • Example: week01-math-foundations or week04-circuit-analysis.
• Upload PDFs exported from GoodNotes to the appropriate folder.
• Maintain a clean and organized repo structure.

By completing this program, you will:

1. Develop a strong foundation in mathematics, physics, and electrical engineering.
2. Gain hands-on experience in broadcast systems and modern technologies.
3. Be capable of designing, implementing, and troubleshooting systems using both COTS hardware and custom devices.
4. Understand and apply color theory and SMPTE ST 2110 workflows.
5. Confidently converse with professional engineers in the broadcast field.

1. Set up your repository (bsee-curriculum) on GitHub.
2. Use this document as your README.md to track the curriculum.
3. Start with Phase 1: Math Foundations, and create your first branch (e.g., week01-math-foundations).

Let’s get started! 🚀