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Engineering Design Sprint (Brock University)

ENGR 1P01
Closed
RBC Future Launch
RBC Future Launch
Amir Mofidi
Associate Professor
1
Timeline
  • September 22, 2025
    Experience start
  • December 1, 2025
    Experience end
Experience
11 projects wanted
Dates set by experience
Preferred companies
Anywhere
Any company type
Any industries
Categories
Software development Civil engineering Mechanical engineering Electrical engineering Hardware product design
Skills
technical communication presentations engineering design process optimal design project management computer-aided design 3d modeling 3d visualization additive manufacturing (3d printing)
Student goals and capabilities

This experience immerses learners in the practical application of engineering design principles, focusing on sustainable practices and multidisciplinary collaboration. Participants will leverage their skills in CAD software, project management, and technical communication to tackle real-world engineering challenges. By engaging in hands-on projects, learners will refine their ability to define problems, develop optimal design solutions, and integrate sustainability into their engineering decisions. This experience is designed to bridge classroom knowledge with industry-relevant projects, preparing learners to contribute effectively to engineering teams.

Students
Undergraduate
Beginner levels
45 students
Project
40 hours per student
Level UP Teams assign students to projects
Teams of 4
Expected outcomes and deliverables
  • Detailed engineering design sketches and CAD models
  • Project management plans and timelines
  • Technical reports documenting design processes and outcomes
  • Prototypes or simulations of engineering solutions
  • Presentations showcasing design concepts and sustainability considerations
Project timeline
  • September 22, 2025
    Experience start
  • December 1, 2025
    Experience end
Project Examples
  • Designing a sustainable packaging solution for a consumer product
  • Developing a CAD model and prototype for a small-scale robotic arm
  • Creating a structural design for a lightweight, portable shelter
  • Designing an aerodynamic component for a model aircraft
  • Developing a 3D-printed part for an automotive application
  • Creating a remote sensing device for environmental monitoring
  • Designing a mechanical component for a renewable energy system
  • Developing a simulation model for a simple mechanical system