TMSA Case Study — Dream Chaser Kids

TMSA
QueenCity STEM

How a STEM-focused charter school used Dream Chaser Kids to translate technical knowledge into entrepreneurial application — improving problem-solving by 60% among their highest-performing students.

STEM charter school Dean's List cohort 18 students Full semester Charlotte, NC

60^%

Problem-
solving
improvement

Partner context

The gap between technical knowledge and real-world application

TMSA QueenCity STEM is a rigorous charter school with a strong academic reputation — their students score well on standardized measures and consistently land on the Dean's List. But school leadership identified a persistent gap: students who excelled at structured problems struggled when problems were open-ended, ambiguous, or required them to lead the solution.

The question leadership asked was provocative: if our best students are already academically strong, can Dream Chaser Kids still move the needle? That question shaped the entire deployment — and the answer reshaped how TMSA thinks about what "high performance" means.

The key finding

Dream Chaser isn't just for struggling students.

A 60% improvement in problem-solving among Dean's List students challenges the assumption that enrichment programming only matters at the remedial level. High performers have gaps too — and talent-based, project-driven learning closes them.

Implementation

A full-semester integration into the academic calendar

TMSA ran Dream Chaser Kids with 18 Dean's List students over a full semester — longer than most deployments, and deliberately so. Leadership wanted to see sustained engagement and depth, not just completion rates on a short sprint.

Phase 1 · Discovery

Talent identification for high performers

Students who were used to being defined by grades and test scores encountered a different kind of self-assessment. The Talent Explorer surfaced strengths that weren't visible in academic performance — creative, relational, and entrepreneurial profiles alongside the analytical ones.

Phase 2 · Build

Project Playbooks bridging STEM and application

Students selected playbooks that connected their technical skills to real problems — a student with a Problem Solver profile built an organizational system for the school; an Innovative Explorer designed a STEM tutorial series for younger students. The work was self-directed in a way classroom assignments rarely are.

Phase 3 · Share

Public presentation and StoryBuilder portfolios

Students presented their projects publicly — a format that pushed public speaking and communication skills that standardized curricula rarely develop. StoryBuilder pages gave each student a professional portfolio artifact that went beyond transcripts and test scores.

Measured outcomes

60% improvement. Among students who were already excelling.

Pre and post assessments showed a 60% improvement in problem-solving capabilities across the cohort. This is notable precisely because these students were Dean's List performers — their baseline was already high. The growth happened because Dream Chaser addressed a different dimension of capability than traditional STEM curriculum.

60^%

Improvement in problem-solving

18 Dean's List students · full semester

Students in cohort

Dean's List — highest-performing

Full semester

Deepest single-cohort deployment

Strong gains in financial literacy — students applied real budgeting and pricing concepts to their projects

Entrepreneurship confidence — students moved from theoretical interest to practical exploration of real ventures

Public speaking readiness — significant improvement in communication and presentation skills not captured by academic metrics

STEM-to-application bridge — students who could solve equations began solving real neighborhood problems

Sustainability & scale

A new case for enrichment: not remediation, but elevation

The TMSA deployment reframes the conversation about who enrichment programs are for. Dream Chaser Kids is not a remediation tool — it's an elevation tool. High-performing students have untapped dimensions of capability that standardized curriculum doesn't reach. The 60% problem-solving gain among Dean's List students is the evidence.

For STEM-focused schools and districts, this creates a new argument: Dream Chaser isn't a supplement to your rigor — it's the application layer your rigor has been missing. Students who can solve structured problems learn to solve unstructured ones. Students who know STEM learn to use it for something.

The full-semester model also demonstrated that longer deployments produce deeper outcomes. TMSA's experience suggests that schools with the flexibility to run a semester-length implementation will see the strongest results — particularly in public speaking, entrepreneurial confidence, and sustained project execution.