GH. Georg Hackenberg
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đŸ’ģ   Software Engineering

R&D Prototyping

High-Performance Web Apps & MVPs

Translating algorithms and scientific concepts into interactive web systems. Engineering production-ready web dashboards, custom tools, and high-fidelity MVPs.

Accelerating Scientific Innovation into Production-Ready Code

As both an active researcher and a hands-on software engineer, I bridge the gap between academic theory, algorithmic proofs-of-concept, and scalable, user-friendly software.

Many organizations struggle to translate mathematical logic or backend python scripts into tools that clients and partners can easily use. I help you package your scientific or technical IP into stunning web-based prototypes and Minimum Viable Products (MVPs).

How we can work together:

  • Proof-of-Concept Development: Turning algorithms, raw data flows, or database structures into fast, responsive, and visually beautiful web interfaces.
  • Wasm & Performance Optimization: Migrating performance-critical calculations into TypeScript or compiling C++/Rust engines to WebAssembly for near-native client-side performance.
  • Interactive Visual Systems: Engineering customized node-link editors, dynamic flow layouts, and complex data panels that run fluidly in the browser.

📊 Our Collaboration Methodology

A structured, step-by-step framework to ensure reliable, high-quality, and scalable project outcomes.

R&D Prototyping methodology flowchart

Our prototyping workflow accelerates scientific innovation into production-ready software: starting with concept ideation, we design a modular system architecture, build performance-optimized core calculations in JavaScript/WebAssembly, and deliver an interactive, high-fidelity Minimum Viable Product (MVP).

Detailed Phase Breakdown

1

Concept & Scope

We translate your scientific formulas, mathematical logic, or draft Python scripts into clear software requirements. We define the prototype boundary to maximize early usability.

2

Modular Architecture

We architect a type-safe system using modern web patterns. By establishing structured schemas, modular API endpoints, and clean data contracts, we construct a codebase that is highly scalable.

3

Runtime Optimization

We engineer performance-critical calculations for the browser environment. Using compiled Rust/C++ compiled via WebAssembly and optimized canvas loops, we ensure the prototype runs fluidly at 60fps.

4

MVP Delivery

We package the prototype into a polished, responsive web dashboard ready for stakeholder demos. You receive a clean repository with documentation, serving as a solid blueprint for full-scale development.

ℹī¸ Focus Areas

  • • Custom web application bootstrapping with Astro, Tailwind, and TypeScript
  • • Interactive dashboards and graph visualizations (D3.js, Canvas, SVG)
  • • Algorithm translation from Python/MATLAB to high-performance JS/WebAssembly
  • • Type-safe database integrations and schema-driven API architectures
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Let's Collaborate

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Write directly to discuss custom setups, corporate workshops, strategic advisory, or prototype developments.

Contact & Booking Inquiry

Send an email request to

georg.hackenberg@fh-wels.at

Typically responding within 2 business days.

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