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Navid Shirzadi

Applied Scientist

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Navid Shirzadi Courses

Prompt Engineering for Everyone Bootcamp

$19.99

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Machine Learning & Data Science A-Z: Hands-on Python

$84.99

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Time Series Analysis and Forecasting with Python

$69.99

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Optimal Sizing of Hybrid Renewable Energy Systems with Homer

$59.99

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Optimization with Python: Complete Pyomo Bootcamp A-Z

$12.99

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Data Engineering Bootcamp

$12.99

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Wind Energy Modeling Bootcamp: Hands-on Python

$12.99

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PyTorch for Deep Learning Bootcamp: Zero to Mastery

$12.99

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Optimization with GAMS: Operations Research Bootcamp A-Z

$12.99

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EnergyPlus Essentials: Mastering Building Energy Simulation

$12.99

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Mastering Generative AI with PyTorch: Hands-on Experience

$12.99

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Optimization with Genetic Algorithms: Hands-on Python

$12.99

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Generative AI with Context: RAG, CAG & KAG Applications

$12.99

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Multi-Objective Optimization with Python Bootcamp A-Z

$12.99

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EnergyPlus Advanced: Complex Building Energy Simulation

$12.99

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Most Recent Review

The explanations of RAG, CAG, and KAG are clear, well-structured, and supported by hands-on examples. Highly recommended for anyone looking to build context-aware AI systems and move beyond basic LLM usage.
- Review by Hakan on Generative AI with Context: RAG, CAG & KAG Applications

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Instructor Bio

Welcome! I'm Navid Shirzadi, and I'm thrilled you're here.

I’m an Applied Scientist with a Ph.D. in Engineering and over a decade of experience working with integrated energy systems, optimization, and intelligent control strategies. My background spans mathematical optimization, advanced control, and hybrid modeling techniques that blend physics‑based simulations with modern AI.

I’m deeply experienced in Python, and I build cutting‑edge machine learning, deep learning, and agentic AI models for real‑world applications. My recent work focuses on leveraging agentic AI workflows and LLM‑powered tools to automate and enhance building energy modeling, EnergyPlus pipelines, and large‑scale simulation tasks.

Throughout my career, I’ve published research on intelligent control strategies for energy systems and developed AI‑driven methods that improve efficiency, reliability, and decision‑making. My passion lies in teaching these concepts in a clear, practical, and intuitive way, helping learners build skills they can immediately apply in engineering, data science, and AI‑driven modeling.

I’m excited to share my knowledge and help you grow your expertise in AI, optimization, and energy systems.