Research Scientist

John Doe

Multimodal generative AI researcher applying LLMs and evaluation methods to real-world problems, now targeting biological AI.

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John Doe

About

I am a research scientist focused on multimodal generative AI, model evaluation, and human–AI interaction, with experience deploying production AI systems and reducing hallucination rates. A Columbia Ph.D. candidate (expected 2028) with publications at NeurIPS and ACL, I bring expertise in large-scale model training, distributed systems, and cross-functional collaboration and am pursuing roles in biological AI to apply these strengths to biological research and applications.

Goals

I am seeking roles in biological AI where I can apply my expertise in generative and multimodal AI, model evaluation, and human–AI interaction to advance biological research and applications.

Stack

Languages

Python·
C++·
Java·
SQL·
JavaScript

Frameworks

PyTorch·
TensorFlow·
Hugging Face·
LangChain

Cloud & Tools

AWS·
Docker·
Kubernetes·
Linux·
Git

Research Areas

Generative AI·
Multimodal Learning·
Large Language Models (LLMs)·
Natural Language Processing (NLP)·
Reinforcement Learning·
Computer Vision·
Human–AI Interaction·
Knowledge Retrieval·
Retrieval-Augmented Generation (RAG)·
Long-Context Reasoning·
Distributed Training·
Model Evaluation & Reducing Hallucinations·
AI Alignment

Professional Skills

Evaluation Pipeline Engineering·
Production Deployment of AI Systems·
Cross-functional Collaboration·
Mentoring & Team Leadership·
Experimental Design & Large-scale Experimentation·
Scientific Communication & Presentations·
Research Publication

Selected Work

S

Scalable Evaluation & Distributed Training Pipelines

Built scalable evaluation pipelines processing millions of samples daily and designed distributed training pipelines for large-scale transformer models to support long-context and retrieval-augmented generation research. Improved experimentation throughput and supported large-scale model training and evaluation workflows.

Python · PyTorch · Kubernetes · AWS · Docker

Experience

July 2028 – Present

Research Scientist

OpenAI

Led research on multimodal large language models and reasoning systems, developed evaluation frameworks that improved model reliability and reduced hallucination rates by 22%, and collaborated with product, safety, and infrastructure teams to deploy production AI systems while mentoring junior researchers.

Aug 2023 – May 2028

Graduate Research Assistant

Columbia AI Research Lab

Conducted research on multimodal AI systems for document understanding and knowledge retrieval, published at top-tier conferences (NeurIPS, ACL), and designed distributed training pipelines for large-scale transformer models using PyTorch and Kubernetes while collaborating with faculty and peers on human-AI interaction studies.

Summer 2026 – Summer 2026

AI Research Intern

Google DeepMind

Built scalable evaluation pipelines for generative AI systems processing millions of samples daily, ran experiments on retrieval-augmented generation and long-context reasoning, and presented findings to senior research leadership and engineering stakeholders.

Education

Aug 2023 – May 2028 (expected)

Ph.D. in Computer Science

Columbia University

Research focus: Generative AI, Multimodal Learning, Human-AI Interaction; Dean's Fellowship.

2018 – May 2022

B.S. in Electrical Engineering and Computer Science

Massachusetts Institute of Technology

GPA: 4.8/5.0

John Doe

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