AI-assisted research workflows
Tools that connect spectroscopy, scientific literature, and automation—making complex research information easier to search, interpret, and use.
A small snapshot of what has my attention right now.
Tools that connect spectroscopy, scientific literature, and automation—making complex research information easier to search, interpret, and use.
How generative models can recover meaningful molecular information from measurements that are weak, incomplete, or low resolution.
Research and scientific-software problems where AI can support the science without becoming the entire story.
Start a conversationDesigning advanced models that turn complex scientific and technical data into actionable insights. My work spans deep learning, transformer architectures, GAN-based spectral enhancement, and NLP systems that understand research papers and automate scientific analysis.
Building reliable, high-performance applications that support modern AI workflows. I develop end-to-end platforms from frontend interfaces to backend systems-optimized for data processing, automation, and seamless integration with machine-learning pipelines.
Exploring futuristic ideas at the intersection of spectroscopy, computational science, and AI. My work focuses on developing new AI algorithms, publishing findings, and pushing practical innovation in data-driven chemistry, biophysics, and intelligent analytical tools.
Creating tailored, domain-specific systems that solve challenging problems. From OCR and research-analysis pipelines to web crawlers, automated RAG workflows, and spectroscopic data engines, I build tools that simplify complexity and deliver real-world impact.
Key achievements and qualifications
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