ENGINEERING TOOLKIT
AELab analysis suite
Run contingency studies, review dynamic simulation results, and prepare reports with Python tools for PSS/E and TARA PowerGEM.
Python · PSS/E · TARAExplore the toolkitPOWER SYSTEMS × APPLIED AI
I’m Amir Exir, a power systems and applied AI engineer. I combine electrical engineering experience with AI development to build knowledge agents, machine learning applications, analytics dashboards, and engineering automation tools.
SELECTED WORK / 01
Explore engineering tools, AI knowledge agents, predictive models, and interactive dashboards—from power system studies to document research and market analytics.
Showing all selected projects.
6 projectsENGINEERING TOOLKIT
Run contingency studies, review dynamic simulation results, and prepare reports with Python tools for PSS/E and TARA PowerGEM.
Python · PSS/E · TARAExplore the toolkitINTERACTIVE EXPLORATION
Locate transmission lines, substations, and generating facilities using public infrastructure data for U.S. grid regions and Canada.
Geospatial · Public grid dataExplore the mapKNOWLEDGE & RETRIEVAL
Research ERCOT planning, interconnection, and operating requirements with AI-assisted document search and source citations.
RAG · Retrieval · PythonExplore technical assistantsGRID ANALYTICS
Load forecasting, renewable generation, market pricing, and outage views in one interactive dashboard.
ERCOT API · Forecasting · StreamlitView the dashboardAPPLIED MACHINE LEARNING
Explore graph neural networks for voltage and thermal alarm prediction in simulated grid scenarios.
PyTorch Geometric · GNN · PandapowerExplore the modelAUTOMATION CASE STUDY
An experimental workflow connecting market data, model evaluation, Telegram delivery, and paper trading.
n8n · Machine learning · AutomationSee the workflowTry a different search or explore all selected work.
Professional Summary

I am a Professional Engineer and NERC Certified System Operator with a background in electrical and computer engineering, experience at ERCOT, LCRA, and PEC, and ongoing graduate study in AI at UT Austin. My work combines transmission planning, grid operations, and energy management system (EMS) applications with software and AI development.
I build Python applications, retrieval-augmented knowledge agents, and machine learning models for technical research, forecasting, classification, and automation. Power systems provide the foundation for much of this work; additional projects explore language-model fine-tuning, market analytics, and automated reporting.
Credentials
Professional licensure and system operator certification, alongside graduate education in electrical and computer engineering, ongoing AI study, and coursework in machine learning and cloud computing.
Texas P.E. license with power systems and transmission planning focus.
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Reliability Coordinator certification and real-time grid operations background.
Discuss grid operations experience
Graduate AI coursework in machine learning, optimization, deep learning, ethics, and applied systems.
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Lamar University, 2020. Master of Engineering in Electrical and Computer Engineering.
Certification in AWS cloud fundamentals.
View credentialResume, PSS/E automation certificate, IBM AI certificate, machine learning certificate, and AI course badges.
Experience
Planning, operations, advanced applications, and training experience across PEC, LCRA, and ERCOT.
Conduct transmission planning studies, evaluate projects, and analyze system reliability using power system models.
Worked across planning studies, EMS advanced applications, GE EMS SCADA/TSM/DTS workflows, modeling support, and engineering automation.
Supported ERCOT resource integration, operations training, real-time engineering, model requirements, and market/reliability procedures.
Classroom teaching and instructional support, with an emphasis on explaining technical concepts to students with varied backgrounds.
Flagship Tool
AELab brings PSS/E and TARA PowerGEM study tasks into a Python desktop application. It supports contingency analysis, dynamic simulation, model validation, results visualization, IDV generation, and transmission project reporting.
Interactive Grid Map
Explore transmission lines, substations, and power plants on an interactive map of U.S. grid regions and Canada. Search for facilities, filter infrastructure by region, and review available asset and source information.
Data & AI Solutions
Retrieval-augmented AI assistants for technical document research. Search ERCOT procedures and PSS/E API references, retrieve relevant passages, and review answers alongside source citations.
Research ERCOT requirements for planning studies, modeling, resource integration, and market operations. Search across Nodal Protocols, Planning and Operating Guides, Resource Integration materials, DWG/SSWG procedures, Other Binding Documents, and revision requests.
Review related procedures and rule changes with section and page citations and links to ERCOT source documents. Where the source evidence establishes document status, the assistant distinguishes effective requirements from proposed or future changes. Revision coverage includes NPRR, PGRR, NOGRR, OBDRR, RRGRR, VCMRR, COPMGRR, LPGRR, RMGRR, SMOGRR, CMGRR, and SCR.
Open the ERCOT assistant to browse indexed documents and their source references.
Answers questions from ERCOT Dynamic and Steady-State Working Group manuals, including flat-start case development, model validation, and compliance support.
Searches ERCOT planning procedures and requirements for faster navigation of standards, revisions, and study expectations.
Supports interconnection process questions around data submittals, timelines, responsibilities, and public documentation requirements.
Knowledge agent for ERCOT protocol research across market rules, operating procedures, settlement topics, and technical requirements.
Find PSS/E API references and scripting examples for power flow, contingency analysis, and dynamic simulation.
Develop PSS/E automation scripts with coordinated AI assistants for task planning, API lookup, code generation, execution, and error handling.
Applied ML
Explore forecasting, classification, graph neural networks, and language-model fine-tuning. Applications include power grid analysis, energy demand forecasting, medical question answering, and interview preparation.
Technical White Paper
A technical white paper exploring practical applications of machine learning for electric power systems, with a focus on forecasting, classification, graph learning, and retrieval-based engineering assistants.
Review ERCOT load forecasts, renewable generation, real-time market prices, and resource outages in one dashboard. Follow industry news and regulatory updates, with reports available through Telegram.
Graph neural network system for simulated power grid scenarios that predicts voltage violations and thermal overloads across buses and transmission lines using GCN, GAT, GIN, and Graph Transformer architectures.
Explore fault type classification from current and voltage measurements in a Scikit-learn and Streamlit application for protection training and diagnostic research.
Explore hourly load forecasts for AEP/PJM using historical demand data and interactive model analysis.
LoRA fine-tuning project using TinyLlama-1.1B-Chat and MedQuAD, with ROUGE-based evaluation and resource-aware training techniques.
Practice behavioral and technical interviews with an assistant that draws on résumé content and STAR examples.
Automation Case Study
An experimental stock and cryptocurrency application that compares forecasting models, summarizes market data, and supports Alpaca paper trading. Reports can be requested through Telegram or delivered on a schedule using n8n and calendar integrations. This demonstration does not provide financial advice.
Personal
I enjoy biking and paddleboarding around downtown Austin, and I make time for the live music culture that makes Austin, Texas, feel like home.
Contact
I welcome conversations about power systems, AI engineering, and software development. Contact me to discuss engineering automation, knowledge agents, machine learning, analytics, or solutions architecture for energy and other technical applications.