About Connor McNeely
Building intelligent systems with modern web technologies, AI/ML, and mechanical engineering expertise
My Story
I'm a mechanical engineer who evolved into AI/ML and full-stack development—bridging physical and digital engineering. From designing high-efficiency pumps at Pfizer and John Deere to building RAG-powered AI systems and production web applications, I solve complex problems across domains that rarely intersect.
Impact: Contributed to 759M vaccine doses at Pfizer · Achieved 75% downtime reduction · Improved efficiency by 50% across automation projects
Based in Lafayette, LA, I specialize in creating AI-powered applications, RAG systems, and full-stack solutions. My mechanical engineering background gives me a unique perspective on building robust, optimized systems that solve real-world problems.
Development Philosophy
Great engineering—whether software or mechanical—is about understanding systems holistically and creating solutions that deliver real-world value. I combine rigorous analysis with practical innovation, building applications that are performant, maintainable, and user-focused. From AI-powered document processing to CAD automation, I focus on creating tools that solve meaningful problems.
Technical Approach
My approach integrates mechanical design expertise with modern software development, AI/ML engineering, and automation. From SolidWorks and FEA/CFD analysis to React, Next.js, and PyTorch, I leverage both traditional engineering tools and cutting-edge web technologies to deliver innovative solutions. Whether designing precision machinery, building intelligent web applications, or deploying machine learning models, I focus on scalable, maintainable solutions that deliver measurable impact.
Core Values
- Maintainable, scalable solutions
- Cutting-edge AI/ML integration
- Optimized for speed and efficiency
- Building intuitive experiences
- Solving real-world problems
Expertise Areas
"Connor's ability to bridge mechanical engineering and software development is exceptional. His automation solutions delivered measurable improvements in efficiency while maintaining the highest quality standards. He brings a unique perspective that combines rigorous engineering discipline with innovative problem-solving."
Engineering Manager
John Deere Turf Care
Professional Journey
Machine Design Engineer
Designed complete centrifugal pump system at Louisiana Tech
Joined Pfizer
Contributed to 759M vaccine doses production
Process Excellence
Enhanced efficiency to #1 PatientView ranking
Automation Leadership
Led automation initiatives at John Deere Turf Care
Lead Design Engineer
Sole engineer for high-efficiency pump systems
Full-Stack Development
Building AI-powered applications and intelligent systems
Qualifications & Experience
Education
B.S. Mechanical Engineering from Louisiana Tech University. Self-taught full-stack developer with extensive AI/ML training.
Experience
Multi-disciplinary engineering and full-stack development across mechanical design, AI/ML systems, and modern web applications
Skills & Tech
Full-stack development (React, Next.js, TypeScript), AI/ML (PyTorch, LangChain, RAG), SolidWorks, Lean Six Sigma, PLC Programming