OptiStruct Innovations

Elevator Pitch: Imagine reducing your engineering project’s design phase by 90%, while achieving up to seven times better structural efficiency. With OptiStruct Innovations’ AI-powered platform, based on the groundbreaking NITO framework, we make this possible. Revolutionize your design process, save time, and reduce costs, all while pushing the boundaries of what’s possible in engineering design optimization.

Concept

Utilizing advanced deep learning (NITO) to revolutionize engineering design through topology optimization.

Objective

To provide an AI-driven topology optimization solution that enhances structural efficiency and speeds up the engineering design process.

Solution

Implementing the Neural Implicit Topology Optimization (NITO) framework to offer a scalable, resolution-free, and domain-agnostic approach to topology optimization across various engineering fields.

Revenue Model

Subscription-based platform for engineering firms and professionals, with tiered pricing based on usage volume and complexity. Offering consultancy services for complex projects.

Target Market

Engineering firms in aerospace, automotive, construction, and product design. Academic institutions and research facilities focused on engineering and material sciences.

Expansion Plan

Start with niche markets in aerospace and automotive engineering, then expand to construction and product design. Long-term, diversify into education and research sectors.

Potential Challenges

High initial development and computational costs, securing skilled personnel familiar with deep learning and engineering applications, ensuring data security for proprietary designs.

Customer Problem

Current topology optimization processes are slow, resolution-restricted, and domain-specific, making them inefficient and costly for engineering design.

Regulatory and Ethical Issues

Compliance with international standards for engineering designs. Ethical use of data and AI in creating structural designs that ensure safety and environmental sustainability.

Disruptiveness

NITO can transform engineering design by drastically reducing design iteration time, enabling high-resolution, domain-agnostic optimization and increasing structural efficiency.