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“In God we trust; all others must bring data.”
– W. Edwards Deming (American statistician).
Research Interests
- Production AI systems, multi-agent orchestration, RAG, and LLMOps.
- NLP, NLU, embedding spaces, and legal / enterprise search.
- Machine learning, especially graph neural networks.
- Reinforcement learning & integer linear programming optimization.
- Brain, financial, social, & car-traffic networks.
- Inferring network structure from its dynamics 🕸️ ↔ 〰️.
Recent Personal Projects
- VisualSounds: Eye-Gaze Detection (private)
- The first building stone of something new: an iOS system for on-screen eye-gaze detection (TrueDepth + ARKit). What follows is still under wraps — glimpses only — toward a new media experience powered by text-to-audio transformers.
- Open-Forecast: A FinTech Tool
- A fintech web app built with Streamlit, designed to forecast stock prices using machine learning. It analyzes pre-market data to predict price trends.
- Contextual Search: A RAG Tool
- A search engine powered by a fine-tuned DistilBERT model that enables contextual searches within movie scripts. This tool uses Python scripts for scene extraction and embedding generation.
Award
My team and I secured a prestigious National Science Foundation SBIR Phase I grant worth $275K in 2023 for pioneering an artificial intelligence system to enhance transparency and predict trends in democratic elections through sentiment analysis and network theories.
Work Experience
- AI Systems Engineer - Full time, DBE Legal (Nov 2024 – Present) — DTLA, CA
- Joined a team that knew they had a problem but couldn’t yet define a solution. Worked with the firm’s legal teams to understand their full workflow and key trigger points, then designed and shipped AI systems for searching massive case-file databases, tracking client matters, and monitoring defendant-level status. Managed multiple projects from start to finish.
- Created a Svelte + Django interactive dashboard that is continually updated by LLM agents triggered when SQS detects file changes in the firm’s file systems.
- Architected a production-grade AI legal research platform with multi-agent reasoning, a Milvus RAG system, GPU-accelerated model serving, and user-isolated SvelteKit frontend instances.
- Built a comprehensive service mesh spanning 10+ FastAPI servers, including agent orchestration, backend coordination, GPU load balancing across 6 GPUs and cloud providers, task termination, SQL logging, and MCP tool servers.
- Orchestrated a multi-agent architecture using a custom in-house graph-based framework (conceptually similar to LangGraph), where a planning LLM delegates tasks to specialized agents (paralegal answerer, cross-document summarizer, database inspector), executing parallel tool calls via an MCP server and reducing research time from hours to minutes.
- Machine Learning Engineer - Contract, RivetAI (June 2024 – August 2024) — Culver City, CA
- Spearheaded an industry-first dataset by leveraging AWS and Azure large language models (LLMs) to generate and augment data from movie scripts, enabling content extraction and analysis.
- Employed advanced prompt engineering, minimizing paraphrasing by 7% and ensuring structured output in JSON format.
- Fine-tuned a custom mini-BERT NER transformer model, increasing entity recognition accuracy by 15% and setting new benchmarks for script data processing.
- Data Scientist - Contract, Kcore Analytics (Nov 2023 – May 2024) — Remote
- Designed and deployed an ETL pipeline (Databricks) to track real-time electoral campaign performance, improving outcome predictions by 10%.
- Preprocessed and aggregated 1TB+ of data using Spark and SQL, reducing data retrieval time by 20%.
- Applied geospatial analysis and sentiment classification on tweets through PyTorch, predicting voting outcomes at the county level by training a graph neural network (GNN).
- Physics Research Assistant - Full time, Levich Institute (Aug 2019 – Aug 2024) — New York, NY
- Developed a GIS-based system to predict and manage rat infestations in Manhattan, improving prediction accuracy by 15% using NYC Open Data.
- Built a MATLAB dashboard used by 30+ researchers for neuron network dynamic simulations, enhancing scalability and noise testing capabilities.
- Optimized integer linear programming scripts through A/B testing based on graph theory with NetworkX and GUROBI in Python, achieving network repair with 10× fewer modifications and reduced memory usage… (more in CV)
- Laboratory Manager - Full time, Fashion Institute of Technology (Jan 2018 – Jan 2024) — New York, NY
- Led a team in setting up research labs focused on fabrics research, ensuring timely, efficient execution of experiments and demonstrations.
- Managed a $100K annual budget, securing funds to integrate 3D printing technology, enhancing student learning, and increasing equipment upgrades.
- Spearheaded the development of sustainable materials, collaborating with faculty on bacterial leather and mycelium projects, reducing growth times by 5 days and delivering results on time for semester reports… (more experiences in my CV)
- Molecular Data Scientist - Full time, Biochemistry Lab (April 2016 – Nov 2017) — New York, NY
- Advanced virus morphology research by analyzing terabyte-scale biochemical datasets using Relion and R, producing atom-resolution 3D models that contributed to the development of potential treatments.
- Innovated multi-processing techniques to integrate Protein Data Bank models with cryo-EM data, enhancing the accuracy of molecular structures and supporting breakthroughs in structural biology.
Education
- ABT-PhD in Physics - The City College of New York - Feb 2019 – Dec 2024
- Doctoral training through thesis development
- Advisors: Hernan Makse, Manuel Zimmer
- M.S. in Physics - CUNY Graduate Center - Sept 2019 – Feb 2022
- Advisors: Hernan Makse, David Phillips
- B.S. in Physics - The City College of New York - Feb 2012 – Feb 2016
- Cum Laude and Research Honors
- Advisors: Carlos Meriles, Brian Tiburzi
Skills
- Coding
- AI / LLM systems: multi-agent orchestration, RAG (Milvus), MCP tools, prompt engineering, Hugging Face, FastAPI, Svelte / SvelteKit, Django
- ML / data: Python (NumPy, SciPy, Pandas, scikit-learn, Matplotlib, TensorFlow, PyTorch, GeoPandas, NetworkX, Selenium, GUROBI), Spark, SQL, Databricks, R, MATLAB
- Other: C++, Fortran, LaTeX, LabVIEW, Relion, Fusion 360, SolidWorks, GitHub, ArcGIS, AutoCAD, WordPress, Salesforce
- Soft skills
- Team management, cross-functional collaboration, public speaking, project management, problem-solving, attention to detail, quick learner
Publications
- Avila B, et al. “Symmetries and synchronization from whole-neural activity in the Caenorhabditis elegans connectome: Integration of functional and structural networks.” PNAS. 2025.
- Gili T, Avila B, et al. “Fibration symmetry-breaking supports functional transitions in a brain network engaged in language.” arXiv preprint. 2024.
- Avila B, et al. “Fibration symmetries and cluster synchronization in the Caenorhabditis elegans connectome.” PLOS ONE. 2024.
- Xu P, Shen Y, Avila B, et al. “Scale-up of dry impregnation processes for porous spherical catalyst particles in a rotating drum: experiments and simulations.” Granular Matter. 2024.
- Murphy E, Avila B, et al. “Cryo-electron microscopy structure of the 70S ribosome from Enterococcus faecalis.” Scientific Reports. 2020.
- Dhindwal S, Avila B, et al. “Porcine circovirus 2 uses a multitude of weak binding sites to interact with heparan sulfate, and the interactions do not follow the symmetry of the capsid.” Journal of Virology. 2019.
