At TIES, we believe that all learners need to be equipped with the right tools to lead meaningful lives and compete in the knowledge economy. This requires a fundamental shift in education emphasize STEM literacy and readiness for all. Teaching and learning need to focus less on fragmented and isolated bits of discrete information, and more on a trans-disciplinary approach that offers students the ability to address real-world issues that affect their family, their community and their world.
This is why all of us at TIES have immersed ourselves in the full spectrum of what goes into creating and designing customized, high-value projects. We never take shortcuts. We curate high-quality resources and reinvent the wheel when necessary. We partner and collaborate. We guide our clients to reach their full potential by establishing the necessary conditions that enable and sustain desired outcomes.
STEM learning is everywhere and we help design and advance it. Our work includes the comprehensive design of STEM schools and the transformation of existing ones, strategic planning support to school districts and networks, and the creation of STEM learning experiences that range from curriculum-embedded capstones to aligning in- and out-of-school learning in the community.
A STEM Learning Ecosystem (SLE) is a way to remove barriers to the access of STEM education. By bringing together an entire community, a comprehensive, integrated initiative provides the architecture for cross-sector learning by identifying STEM educators in the private and public sectors and link them to in-school and out-of-school initiatives — building STEM-rich learning environments. TIES designed and continues to provide lead support to the SLE as a global endeavor for existing and new ecosystems. Learn More.
Digital fabrication labs are maker spaces where imagination drives creation and learning outcomes are realized. We provide design services to create stationary and mobile Digital fabrication labs in schools, corporations and community settings. Services include procurement support, installation, alignment to core academic standards and curricula and contextualized training through Fab Faculty Institutes. Do you have digital fabrication equipment that is under utilized? We can help your “reFAB” as well.
No STEM program or learning experience is complete without trained educators and facilitators. We provide coaching, training and professional development across a range of topics, including digital fabrication, STEM instructional models, curriculum integrations and more. If you do not have staff in place, we assist with job descriptions, recruitment, vetting applicants and support.
STEM in Partnership
STEM for the future is inclusive of computational thinking and literacy as part of the fabric of a great STEM education. We work with the CS for All and coding.com communities as they advance this mobilization for all children and learners. Our greatest legacy in our work is to provide clients with the tools to begin designing their own futures — always with TIES as a trusted partner. Clients become agents of their own change.
The Engineering Design Process
At the heart of every project we touch is the Engineering Design Process. A cyclical construct for solving problems, it includes eight key steps: Ask, Identify Design Requirements, Imagine, Plan, Create, Test & Evaluate, Improve and Communicate.
The process ensures that possible issues and/or implications are appropriately identified, considered and monitored throughout design and project implementation. Ultimately, using the engineering design process enables teams to establish the same vision and outcomes, and, from that, to build programs and practices that support the needs and desires of the collective group.
In great anticipation of an AP in engineering, TIES celebrates the Engineering Design Process (EDP) and graphic.
We follow a phased process in all of our projects that guide the project from conception to implementation to impact and sustainability.