ICMD® EDU Materials Design & Engineering Platform

Utilizing QuesTek’s revolutionary ICMD® SaaS platform and geared toward graduate materials education and the transition to Integrated Computational Materials Engineering (ICME), this version of Materials by Design® technology delivers ICME tools for use in advanced degree programs. Built on decades of industry experience and collaboration with academia.

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“I was able to efficiently collaborate with designers (MT) to incorporate their feedback in model development and recalibrations using a unified framework like qt-designer. There was little to no overhead on training designers whenever new models are added or changes are made to existing models.”
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“This tool enabled me to create and run grid calculations much quicker (saving me hours!) and the output structure made it easy to manipulate the data and plot it. I also like how the plotting was designed, the resulting plots always look clear and easy to read.”
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“It’s much simpler to create and execute complicated model workflows with the Alloy Design Toolkit than by myself with conventional tools.”
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Your Materials Education Solution

ICMD® (Integrated Computational Materials Design) EDU is a cutting-edge, cloud-based platform tailored for accelerating materials engineering education in academic environments. With advanced computational modeling and simulation capabilities, ICMD® Software provides researchers, engineers, and educational institutions with powerful tools to predict, optimize, and understand material behavior under a variety of conditions. Reflecting QuesTek’s decades of industry experience and collaboration with government and academia, ICMD® offers unprecedented ease of use, comprehensive databases, and robust visualization tools, making it an essential resource for materials science and engineering education.

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Key Features and Benefits

User-Friendly Interface:
Customizable & Collaborative Interface: Collaborative workspaces with built-in user model customizability, and flexible sandbox-style tools to enable users to create their own custom workflows.

Predictive Modeling:
Material Behavior Prediction: Utilizes advanced algorithms to predict material properties and behaviors before physical testing, significantly reducing experimentation time.

Simulation of Various Processing Conditions: Models material performance under a range of processing conditions including temperature, time, cooling rates, pressure, and mechanical stress, providing comprehensive insights into the microstructural evolution of alloys.

Optimization Tools:
Fine-Tuning Materials: Helps researchers optimize material compositions and processes to achieve desired properties and performance metrics.

Comprehensive Databases:
Exclusive Data Access: Integrates built-in, vetted thermodynamic and kinetics databases, several of which are exclusive to ICMD® Software, ensuring high-quality and reliable data. Detailed model theory and citations to learn how each model works, built in training resources with videos

Extensive Documentation: Includes exhaustive model documentation with cited sources and detailed explanations to support user understanding and application.

Expert Training and Support:
Training Programs: Established training processes conducted by ICMD® experts ensure that users can effectively utilize the software.

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