Electrical Engineering Coursework
Separate course hubs with twelve study units for each electrical-engineering subject.
11 courses · 4 notes
Engineering Notes
Study and implementation notes in electrical engineering, FPGA, embedded systems, AI, RF/radar, control, and PCB design.
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Taxonomy
Separate course hubs with twelve study units for each electrical-engineering subject.
11 courses · 4 notes
VHDL and SystemVerilog design with independent reference-model verification.
1 notes
A NUCLEO-F411RE biosignal track covering ECG/PPG circuits, ADC, TIM1, USART2, and CMSIS-DSP processing.
8 topics · 0 notes
Separate learning paths for discriminative AI, vision, and generative models.
12 notes
Schematic, PCB library, layout, DRC, and Gerber workflow.
8 topics · 1 notes
TI mmWave tooling, FMCW radar processing, and physiological-signal alignment.
8 topics · 1 notes
Paper reading, experiments, implementation, and validation boundaries.
1 notes
Series
Small combinational and sequential designs leading to self-checking testbenches.
Compares multiple RTL structures against one cycle-delay contract and independent checker.
Documents communication and output boundaries in a physical two-node prototype.
I compare PPG-HRV classification results after checking dataset splits and metric conditions.
My study sequence from data exploration and autodiff through CNNs, language models, RNNs, and BERT using the saved notebooks and outputs.
My study sequence from generative-model foundations through autoregressive models, VAE, GAN, Pix2Pix, and diffusion.
Logic, library, footprint, layout, DRC, and Gerber using only publishable user-created artifacts.
Connects the motor model, H-bridge, cascaded current/speed loops, and saturation boundaries.
From transmission lines and matching to archived Cadence results for Wilkinson and branch-line circuits.
From chirps, range FFT, and phase to ECG-anchored beats and candidate-timing boundaries.
Connects archive, rerun, redraw, and release records to public pages.
Latest
2026-08-10 · Research · Papers · Project Logs · Engineering Record Lineage 3
The PCB inspection figure atlas and lightbox flow verified on the local 8765 portal are now reflected in the GitHub Pages blog and project hub.
Read note →2026-08-01 · Electrical Engineering Coursework · DC Motor Control 1
My study note on the H-bridge, nested current and speed loops, and switching-frequency comparison in an archived motor-control report.
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2026-08-01 · PADS · PCB Design · PADS PCB Design 3
My notes on a six-pin SOIC decal and an OPA2333, filter, logic, and layout capture as two separate PADS examples.
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2026-08-01 · Electrical Engineering Coursework · RF and Microwave 3
My review of alumina microstrip calculations and stored Cadence divider and hybrid screens.
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2026-08-01 · Electrical Engineering Coursework · VHDL Digital Logic Foundations 7
My source-level review of overlapping 101 transitions and a decoder-based multiplexer from stored VHDL coursework.
Read note →2026-08-01 · AI · Deep Learning · Computer Vision · 2024 OUTTA AI Bootcamp Basic 6
I focused on tokenization, attention masks, BERT output shapes, and environment-based credential handling for Gemini.
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2026-08-01 · AI · Deep Learning · Computer Vision · 2024 OUTTA AI Bootcamp Basic 5
I revisited hidden states, sequence shapes, train-test divergence, and teacher forcing through retained RNN learning curves.
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2026-08-01 · AI · Deep Learning · Computer Vision · 2024 OUTTA AI Bootcamp Basic 4
I connected TF-IDF cosine similarity, dense embeddings, and an autoencoder latent space as different representation-learning tools.
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2026-08-01 · AI · Deep Learning · Computer Vision · 2024 OUTTA AI Bootcamp Basic 3
I traced convolution shapes and read retained loss, accuracy, correct-sample, and misclassification plots together.
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2026-08-01 · AI · Deep Learning · Computer Vision · 2024 OUTTA AI Bootcamp Basic 2
I compared sigmoid-basis function approximation, spiral decision boundaries, and a stalled classifier to understand network capacity and training failure.
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2026-08-01 · AI · Deep Learning · Computer Vision · 2024 OUTTA AI Bootcamp Basic 1
I revisited scatter plots, loss surfaces, gradient descent, and normalization using the linear-regression outputs retained in my notebook.
Read note →2026-08-01 · AI · Deep Learning · Computer Vision · 2025 Generative Models Intensive 5
Notes connecting forward noise, reverse denoising, latent space, and a transformer backbone.
Read note →2026-08-01 · AI · Deep Learning · Computer Vision · 2025 Generative Models Intensive 4
Notes connecting alternating generator and discriminator updates with Pix2Pix conditioning and L1 loss.
Read note →2026-08-01 · AI · Deep Learning · Computer Vision · 2025 Generative Models Intensive 3
Notes on why the encoder predicts a mean and variance and how reconstruction and KL losses interact.
Read note →2026-08-01 · AI · Deep Learning · Computer Vision · 2025 Generative Models Intensive 2
Notes connecting joint-probability factorization, teacher forcing, log-likelihood, and cross entropy.
Read note →2026-08-01 · AI · Deep Learning · Computer Vision · 2025 Generative Models Intensive 1
My notes comparing discriminative and generative models before checking tensor shapes and visualizing data.
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2026-08-01 · AI · Deep Learning · Computer Vision · CNN and Discriminative AI 3
Why subject splits, folds, preprocessing, confusion matrices, and paper-reported metrics are not merged into one performance value.
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2026-08-01 · Electrical Engineering Coursework · Embedded Integration and Data Paths 1
My map of the PPG node, camera/EAR node, TCP/IP, file IPC, GPIO, I2C LCD, and alarm paths.
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2026-08-01 · mmWave · FMCW Radar · FMCW Radar Signal Processing 4
ECG R-peaks, SCG references, FMCW phase morphology, and the distinction between candidate timing and direct valve measurement.
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2026-08-01 · FPGA · RTL · Digital Verification · SystemVerilog Delay Logic and DV 5
Comparing RTL architectures with one interface contract, an independent reference model, expected cycles, and 26 regression checks.
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