I’m Brock Nash — a mathematician, solution architect, software developer, and creative systems thinker with a passion for building tools that empower people and exploring the boundaries of knowledge through technology and theory.

I thrive at the intersection of elegant code and abstract insight. Whether I’m architecting a custom CRM, reverse-engineering a system bottleneck, or mapping the topology of complex graphs, I’m drawn to solutions that reveal underlying structure and unlock potential. I’m equally energized by collaborative team dynamics and deep solo research, always striving to create technology that is innovative, accessible, and impactful.

As an alumnus of the North Dakota Governor’s School for Mathematics and a contributor to the Online Encyclopedia of Integer Sequences (OEIS), I actively research and share findings in abstract algebra, number theory, and computational complexity. I’m particularly focused on systems like Brock Algebra, which integrate historical information into numeric systems, offering new approaches to reversibility and transformation in hard problems.

Experience

Software Developer & Systems Architect
Company Name | Years at Company

• Built a custom CRM from scratch tailored to organizational workflows, dramatically improving efficiency

• Unified three disparate CRM platforms into a single solution, reducing complexity and improving UX

• Automated business operations and integrated with third-party APIs to reduce manual overhead

• Designed advanced reporting tools and performed data migrations across systems, including financial flows

• Trained teams and supported adoption through cross-departmental collaboration

• Delivered live-coded solutions during client meetings, including full integrations in under 24 hours

• Provided feedback to vendors, influencing API design and hardware improvements

• Participated in internal culture-building: book club, volunteer initiatives, and employee sports

Technologies:
C#, .NET, SQL, NoSQL, MongoDB, Python, Angular, TypeScript, Swift, HTML, CSS, Xojo, API Integrations, Automation, Cross-Platform Dev

Research & Creative Projects

The Junosis Project
Creator of a multi-format RPG universe blending game design, storytelling, animation, and music—an idea born in middle school and now evolving into a full-fledged web series, game, and novel.

Math + Art Channel
A creative exploration of math-driven visuals, including GPU-based cellular automata, fractals, and custom visualizations rooted in niche mathematics.

Music & Creative Work
Percussionist and music editor; currently writing, recording, and mixing original songs tied to narrative world-building. Also experienced in photo and video editing for multimedia projects.

Mathematics & OEIS

• Contributor to the OEIS, including A108349

• Developer of Brock Algebra, a system incorporating number history to enable novel operations

• Research areas: NP-hard reversibility, chirality in network structures, manifolds in control systems, and algorithmic complexity in pattern detection and disinformation analysis

Education & Affiliations

• ND Governor’s School Alumni – Mathematics

• OEIS Contributor – Profile

Core Skills

Technical Expertise
CRM Development • Data Architecture • API Integration • Automation • Full-Stack Dev • GPU Programming • Machine Learning • Shader Logic (Metal/WebGL)

Mathematical Focus Areas
Brock Algebra • NP-Hard Reversibility • Chirality in Graphs • Multi-Agent Decision Systems • Topological Manifold Theory • Alternative Number Systems

Creative & Media
Game Design • Video Editing • Audio Production • Worldbuilding • 3D Printing

Communication & Community
Live Problem Solving • Cross-Team Collaboration • Accessibility Advocacy • Trade Show Support • Technical Training

Achievements & Personal Highlights

• Tied 2nd place in a multi-hundred student Mathematics Olympiad

• Valedictorian and Academic Team Captain

• State-level award winner in theatre and speech

• Hosted foreign exchange students to foster cross-cultural connection

• Grocery Store All-Rounder – from cashier to operations