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Hardware and Systems Engineering Design
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  • Theories & Concepts
    • Scalar vs. Vector Value
    • Positive vs. Negative Feedback
    • System Response & Stability
    • Dot Product vs Cross Product
    • Transformer Dot Convention
    • Maxwell Equation Teardown
    • Proximity Effect
    • Skin Effect
    • Fourier Transform vs. Lapace Transform
    • Linear Time Invariant System
    • Linearity vs. Flatness
    • Lorentz force
    • Lenz's Law
    • Hysteresis
    • Negative Resistance
    • Grounding
    • I/V Curve
    • Regulated vs Unregulated Output
    • Common Mode vs Differential Mode Signals
    • Transmission Line Effect
    • Transformer vs. Coupled Inductor
    • Independent and Identically Distributed Random Variables (i.i.d)
    • Signal Processing
      • Signal Analysis and Synthesis
      • Fourier Transform
      • Short Time Fourier Transform
      • FIR vs IIR Digital Filter
      • Cross-Correlation vs Auto-Correlation
      • Adaptive Filtering
      • Empirical Mode Decomposition
      • Basic Vector Space in Signal Processing
      • Time-Frequency Plot: Spectogram
    • Foundation of the Study of Linear Algebra and Functional Analysis
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      • Set Theory
      • Linear and Nonlinear Spaces
      • Optimization- Primal and Dual
      • Vector Space Signal Processing
    • Machine Learning and Data Science
      • Maximum Likelihood Estimation (MLE)
      • Discriminative vs Generative Model
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      • Least Square
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        • Advanced System Architecture and Bus Protocols
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      • Hardware Software Partitioning
      • V model in Systems Engineering
    • EMC
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      • Near Field Communication
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    • Clock Generation and Distribution
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    • LiDAR Time of Flight
    • Radar System Ambiguity Function
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    • Introduction to Product Development
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Hardware and Systems Engineering Design
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