CAD-Driven Engineering Solutions
Main contact
Timeline
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September 13, 2025Experience start
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December 9, 2025Experience end
Experience scope
Categories
Civil engineering Mechanical engineering Hardware product designSkills
finite element methods sustainable design parametric modeling communication 3d modeling fusion 360 (cad software) project management technical documentation compass-and-straightedge construction autodeskThis experience focuses on the practical application of computer-aided design (CAD) principles in engineering contexts. Learners will develop skills in technical sketching, geometric construction, and parametric modeling using industry-standard CAD platforms like Autodesk Fusion 360 and Inventor. By integrating simulation workflows and sustainable design practices, learners can apply their knowledge to real-world projects, delivering professional-quality engineering drawings and digital design packages that align with industry standards. This experience is designed to attract projects that can be completed efficiently, providing tangible benefits to participating companies through innovative design solutions.
Learners
Deliverables are negotiable and will seek to align the needs of the learners and the organization.
Some final project deliverables might include:
- Professional-quality engineering drawings adhering to ASME, ISO, and CSA standards
- Optimized 3D models and assemblies with complete technical documentation
- Simulation reports using Abaqus for finite element analysis
- Rendered models and technical illustrations for design communication
- Structured project management documentation, including version control and collaborative workflows
Project timeline
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September 13, 2025Experience start
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December 9, 2025Experience end
Project examples
Learners in groups of 3-5 will work with your company to identify your needs and provide actionable recommendations, based on their in-depth research and analysis.
Project activities that learners can complete may include, but are not limited to:
- Design and simulation of a sustainable consumer product with a focus on material efficiency
- Development of a mechanical assembly for a small-scale manufacturing process
- Creation of a digital twin for a component used in renewable energy systems
- Optimization of an existing product design to improve manufacturability and reduce costs
- Design of a custom tool or fixture for a specific engineering application
- Simulation and analysis of a structural component under various load conditions
- Development of a modular design system for a series of related products
- Integration of CAD models with simulation data to create a comprehensive design package
Additional company criteria
Companies must answer the following questions to submit a match request to this experience:
Main contact
Timeline
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September 13, 2025Experience start
-
December 9, 2025Experience end