3. Data, Science & AI

Automates identification and resolution of coordination conflicts between building disciplines in BIM models.

Enables quantum chemistry and materials science simulations using Qiskit Nature, a quantum computing framework for scientific research.

Provides FPGA power estimation and optimization for low-power hardware design using computational analysis to minimize energy consumption.

Performs sensitivity analysis to identify critical model inputs and assess behavior under uncertainty.

Interface to NanoHUB for accessing educational and research-grade nanoscience simulations.

AI-driven system that inspects returned items and optimizes disposition decisions to maximize revenue recovery.

Integrates LangFuse for monitoring LLM application performance, tracing, analytics, and cost tracking in AI workflows.

Creates randomized assignment schemes for experiments, ensuring statistical validity in clinical trials, A/B testing, and research studies.

Provides deep learning models for object detection and segmentation in robotics, enabling precise environmental perception and navigation.

Performs ACI 318-compliant flexural, shear, and serviceability calculations for reinforced concrete design.

Selects corrosion-resistant materials based on process conditions and industry standards for engineering applications.

Optimizes Chemical and Physical Vapor Deposition processes for thin film and nanostructure manufacturing through computational modeling.

Enables nanophotonics, integrated photonics, and solar cell design simulations using Lumerical's FDTD and MODE solvers.

Creates AGENT.md files with YAML frontmatter, role definitions, and prompt templates compliant with Babysitter SDK for AI agent development.

Extracts and maps data lineage from SQL, dbt, Airflow, and Spark to generate impact analysis graphs.

Optimizes nanoimprint lithography processes for high-throughput nanopatterning through template management and demolding optimization.

Measures single-particle nanoparticle size and concentration using Nanoparticle Tracking Analysis (NTA) technique.

Enables statistical analysis and visualization of proteomics datasets for biological research and protein expression interpretation.

Analyzes Transmission Electron Microscopy images to assess nanoparticle size, morphology, and crystallography for materials science research.

Computes semantic similarity between text content to enable intelligent content discovery and relationship mapping.

Provides ready-to-use implementations of number theory algorithms and guidance for mathematical computations.

Provides exact quantum circuit simulation using state vector methods for precise quantum computation analysis and research.

Performs GIS-based spatial analysis including watershed delineation, floodplain mapping, and site analysis for environmental and urban planning.

Solves complex optimization problems with non-linear objectives or discontinuous search spaces using genetic algorithms.