NeuroAI Lab avatar

NeuroAI Lab

Official

@sun-lab-nbb · United States of America

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16Public Repos
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20Published Skills

The Sun lab is interested in both biological and artificial intelligence, and works at the intersection of neuroscience, AI and engineering.

Skills Distribution
DomainDeveloper To...Codebase Standardi.. (40%)Hardware Interfacing (30%)Experimental Confi.. (30%)

Agent Skills by NeuroAI Lab

Showing 20 vetted skills indexed across 3 GitHub repositories.

Sun-Lab-NBBSun-Lab-NBB
3

commit

Generate Sun Lab style-compliant git commit messages from local code changes.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
3

pyproject-style

Apply Sun Lab pyproject.toml conventions for section ordering, metadata, dependencies, and tool configurations.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
3

python-style

Enforce Sun Lab Python coding conventions for writing and reviewing code.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
3

explore-codebase

Analyzes project structure, dependencies, and execution flows across multiple phases.

Official
Advanced
Sun-Lab-NBBSun-Lab-NBB
3

csharp-style

Enforce Sun Lab C# coding conventions across .cs files.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
3

skill-design

Generate, update, and verify SKILL.md and CLAUDE.md files with YAML frontmatter and formatting conventions.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
3

cpp-style

Apply Sun Lab C++ coding conventions to source files.

Official
Advanced
Sun-Lab-NBBSun-Lab-NBB
3

readme-style

Apply Sun Lab README conventions to create and update README.md files.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
3

project-layout

Enforce Sun Lab directory structure conventions across five project archetypes.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
3

tox-config

Generate standardized tox.ini files for Python, C++ extension, and docs-only projects.

Official
Advanced
Sun-Lab-NBBSun-Lab-NBB
3

api-docs

Apply Sun Lab conventions to Sphinx documentation files and configurations.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
2

implementing-zaber-interface

Implement Zaber motor interfaces with zaber-motion for hardware discovery and axis binding.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
2

implementing-microcontroller-interface

Implement microcontroller firmware modules with matching Python PC interfaces.

Official
Advanced
Sun-Lab-NBBSun-Lab-NBB
2

checking-system-health

Automate pre-flight health verification for Sun lab acquisition systems.

Official
Advanced
Sun-Lab-NBBSun-Lab-NBB
2

managing-session-data

Manage acquisition session data across storage backends using MCP tooling.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
2

designing-experiments

Design and configure Sun Lab VR experiments using MCP tooling and YAML configurations.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB
2

configuring-acquisition-system

Configure mesoscope acquisition systems via MCP tools and YAML files.

Official
Intermediate
Sun-Lab-NBBSun-Lab-NBB

applying-sun-lab-style

Apply Sun Lab coding and documentation conventions to C# and Unity projects.

Official
Basic
Sun-Lab-NBBSun-Lab-NBB

exploring-codebase

Generates a structured codebase overview with architecture, components, and patterns.

Official
Basic
Sun-Lab-NBBSun-Lab-NBB

verifying-task-templates

Validate YAML task templates against Unity prefab configurations.

Official
Intermediate

Frequently Asked Questions About NeuroAI Lab

FAQPage Schema
What specific tasks can I perform using these engineering conventions?

You can standardize project layouts, enforce multi-language coding conventions, generate Sphinx documentation, and validate Unity prefab configurations against YAML templates to ensure consistency across research repositories.

Which technical personas benefit from these laboratory standards?

These standards are designed for research engineers and computational neuroscientists managing complex acquisition systems, hardware-interfacing firmware, and experimental VR environments requiring strict structural and documentation parity.

What are the prerequisites for implementing these laboratory interfaces?

Implementation requires existing Zaber motion hardware, mesoscope acquisition systems, and a development environment configured to support the specific Sun Lab directory archetypes and YAML-based configuration schemas.