
Over four months, Haeun Jeon developed and documented advanced computer vision pipelines in the KU-BIG/KUBIG_2025_SPRING and KU-BIG/KUBIG_2025_FALL repositories. She built modular depth estimation and object detection workflows using Python, PyTorch, and Jupyter Notebook, integrating pre-trained models and custom utilities for data loading, inference, and evaluation. Her work included end-to-end notebooks for CNN, YOLOv1, and Vision Transformer models, as well as frameworks for training VAEs and GANs on MNIST. By delivering comprehensive documentation and reusable components, Haeun improved onboarding, reproducibility, and experimentation speed, demonstrating depth in deep learning, model architecture, and project setup without reported production bugs.

Month 2025-12: Delivered comprehensive Mini-Genie documentation in KU-BIG/KUBIG_2025_FALL to accelerate onboarding and improve reproducibility. The core deliverable was a detailed README covering installation, usage, model architecture, and training pipeline, committed in a single change. This work strengthens maintainability, knowledge transfer, and readiness for future contributions.
Month 2025-12: Delivered comprehensive Mini-Genie documentation in KU-BIG/KUBIG_2025_FALL to accelerate onboarding and improve reproducibility. The core deliverable was a detailed README covering installation, usage, model architecture, and training pipeline, committed in a single change. This work strengthens maintainability, knowledge transfer, and readiness for future contributions.
Month: 2025-08 — Performance-review ready: key deliverables completed in KU-BIG/KUBIG_2025_FALL, with a focus on deep learning experimentation infrastructure and resource provisioning.
Month: 2025-08 — Performance-review ready: key deliverables completed in KU-BIG/KUBIG_2025_FALL, with a focus on deep learning experimentation infrastructure and resource provisioning.
July 2025 monthly summary for KU-BIG/KUBIG_2025_FALL. This month delivered three end-to-end notebooks that enable rapid prototyping, benchmarking, and stakeholder demonstrations across CNN-based classification, object detection, and Vision Transformer paradigms. The assets provide data preprocessing pipelines, training workflows, evaluation utilities, and clear visualizations to accelerate model experimentation and cross-model comparisons.
July 2025 monthly summary for KU-BIG/KUBIG_2025_FALL. This month delivered three end-to-end notebooks that enable rapid prototyping, benchmarking, and stakeholder demonstrations across CNN-based classification, object detection, and Vision Transformer paradigms. The assets provide data preprocessing pipelines, training workflows, evaluation utilities, and clear visualizations to accelerate model experimentation and cross-model comparisons.
June 2025 (KU-BIG/KUBIG_2025_SPRING): Delivered an end-to-end Depth Estimation Pipeline for Images, including data loading, inference, evaluation, and utilities built around pre-trained models. The pipeline integrates object detection and segmentation to produce refined depth maps for improved scene understanding in downstream analytics. No major bugs reported this month. Business value: accelerates CV experimentation and deployment; modular design supports rapid iteration across image-based depth tasks. Skills demonstrated: computer vision pipelines, model inference, evaluation, data utilities, and integration of pre-trained models.
June 2025 (KU-BIG/KUBIG_2025_SPRING): Delivered an end-to-end Depth Estimation Pipeline for Images, including data loading, inference, evaluation, and utilities built around pre-trained models. The pipeline integrates object detection and segmentation to produce refined depth maps for improved scene understanding in downstream analytics. No major bugs reported this month. Business value: accelerates CV experimentation and deployment; modular design supports rapid iteration across image-based depth tasks. Skills demonstrated: computer vision pipelines, model inference, evaluation, data utilities, and integration of pre-trained models.
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