Engineering the Future: Tools and Technologies for Classroom Innovation
Ongoing | Ages Adult | $65/person On-campus; $75/person School-based
The Engineering the Future STEM Workshop blends science content and engineering practices with tools, technologies and methods for incorporating innovation, invention and project-based learning in the classroom. This full-day STEM emersion experience, supporting Colorado and Next Generation Science Standards, provides multiple entry-points and opportunities to incorporate engaging technologies and student-directed ‘making’ in three learning modules:
Invention Literacy with Makey Makey and Scratch:
This workshop module uses simple and easy to use technology interfaces (JoyLabz – Makey Makeys) and computer programming software (MIT-Scratch) as platforms for exploring opportunities to incorporate innovation, invention and invention literacy in the classroom. With options for beginner and experienced users, the workshop will provide the materials and opportunities for participants to learn and apply STEM content to an innovation design challenge.
Key Concepts: Computers, Programming, Technology, Innovation, Invention, Circuits, Switches, Conduction/Resistance, Materials Science and the Engineering Design Process.
Project-Based Engineering in Biomechanics:
Designing and building an assistive device is a great way to blend life science content with science and engineering practices, physical science concepts, and real-world applications. In this module participants will use the engineering design process to guide a student-directed ‘build’ of an upper arm assistive device. This project-based activity includes measurement, math applications, materials selection and designing and building the mechanism, human body interfaces, control and power systems.
Key Concepts: Motion, Movement, Forces, Simple Machines, Angles, Circuits, Motors, Gears, Pulleys, Human Body Systems, Measurement, Estimation and Math Applications.
Making and Maker Spaces for STEM Projects:
In this station-based module, learners will be introduced to cutting-edge technologies for classroom ‘making’ and have the opportunity to design, create and take home their own STEAM creation made from materials in our maker space. This experience models and demonstrates how to organize and safely facilitate open-ended, student-directed projects in a low-tech maker space that includes wood/plastic/fabric, hand tools, power tools, fasteners, hardware, glues, wires, LED lights and batteries.
Key Concepts: Materials, Properties of Materials, Criteria, the Engineering Design Process, Innovation, Using hand and Power Tools, Circuits, Time and Project Management, Creativity.
- $65/person On-campus; $75/person School-based: A full day of professional development, lesson plans and facilitation guide, digital resources and a letter and certificate documenting 7.5 hours of teacher professional development for district and CDE teacher licensing
- Pre-register online here or by calling 303-492-8640
- Arrive at Science Learning Laboratory, Room 101 (3400 Marine St, Boulder, 80309) at 8:45am, break for lunch between 12-12:30pm, depart at 5:00pm
- Participants may bring their own lunch or visit one of many nearby eateries during their break
For additional information or to begin planning your CU Science Discovery program, please contact Hester Nadel via email or by calling 303.492.8640.