Highlights:
- Learn about real-world projects where model-driven innovation reduced both development time and risk
- Watch a two-minute video to learn about system-level virtual prototypes, and see how they help prevent costly, late-stage design changes
- Understand where model-driven innovation fits into your larger design process and toolchain
- Gain research-backed strategies to speed the adoption of model-based engineering in your organization
Designers of high-precision machines face increasing challenges as engineering design projects become more and more complex. It is often difficult to manage, track, and re-apply the technical reasoning behind critical design decisions. However, a model-driven approach to engineering systems design can deliver well-integrated, highly advanced analytical solutions within your existing toolchain. By integrating system simulation and analysis into your Product Lifecycle Management (PLM) workflow, you can reduce development risk, create better products and get to market faster. Maplesoft Engineering Solutions provide tools and services created to help you achieve this goal.
In this edition of Model-Driven Innovation, you will see how FLSmidth used Maplesoft Engineering Solutions to develop a machine that could revolutionize the mining industry, see videos highlighting new products, and read a research paper that could help you convince colleagues and partners on best practices for implementing systems modeling within your organization.
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