15th Annual C-STEM Conference

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@ UC Davis Conference Center, Davis, CA
Register Here via Eventbrite
Ticket Prices
Early Bird (by 9/16/2025)
Conference: $150
Pre-Conference: $50
Combined Conference & Pre-Conference: $200
General Registration (starts 9/17/2025)
Conference: $180
Pre-Conference: $80
Combined Conference & Pre-Conference: $230
Pre-Conference Sessions
1pm-7:30pm
(Subject to Change)
- Hands-on C-STEM Workshops for Teachers and Administrators (Introductory & Advanced)
- Mathebotics & the Era of the New California Math Framework
- Essential Info & Tips from UCD Undergraduate Admissions
- Insights on K12 Preparation, College Majors, and Career Success from UCD Undergraduate Students
- UC Davis Research Lab Tours: Theories in Action, STEM/CS in Application & Drivers for Innovation.
- UCD Spaceflight Research Center
- AI, Aerial Robotics, & Neural Engineering Lab
- Diane Bryant Engineering Student Design Center
- Nano-MicroManufacturing Center
- Viticulture & Enology (vineyard & winery)
- Brewery: Meet Dr. Glen Fox, Anheuser-Busch Endowed Professor of Malting and Brewing Sciences
- Evening Networking Reception
Join the UC Davis C-STEM Center for the 15th Annual Conference on Integrated Computing and STEM Education on October 17, 2025, at the UC Davis Conference Center. We will also host a Pre-Conference on October 16, 2025, starting at 1pm. The theme of this year's conference is "Advancing Math Achievement for All Students through Coding & Robotics in the Era of the New CA Math Framework." Explore engaging solutions to challenges in math and CS education, learn from fellow teachers, discover ground-breaking strategies and best practices for integrating coding and robotics into K-12 math education under the new CA Math Framework, and share math success stories.
C-STEM is a UC Approved Educational Preparation Program for Undergraduate Admission for all UC campuses. The rigorous C-STEM Math, CS, and Engineering Design with Robotics Curriculum provides K-12 students with up to 13 years of integrated learning of math and computer science. C-STEM has UC A-G Program Status. High schools can readily and easily add the 20 “A-G approved” rigorous C-STEM courses to their own school’s A-G course lists to satisfy the UC/CSU admission requirements. C-STEM provides professional development for teachers through the Joint UC Davis and UC Riverside Computer Science Supplementary Teaching Credential Authorization Program.

The conference provides a forum for policy makers, researchers, district and school administrators, K-12 STEM teachers, and industrial partners to share their vision, research results, best practices, and experience on transforming math education with hands-on coding and robotics, especially on closing the math achievement gap for at-promise students and English language learners.
Gain first-hand experience integrating coding and robotics into math curriculum with our hands-on breakout sessions featuring Linkbots, Arduino, and more. See how teachers have successfully impacted students from ALL backgrounds through C-STEM K-12 Math, CS, and Engineering Design with Robotics Curriculum, Afterschool and Summer Robotics Camps and Robotics-Math Camps, GIRL/GIRL+ Camps, Ujima GIRL Project, level-playing-field RoboPlay Competition.
Also, learn more about the Joint UC Davis and UC Riverside Computer Science Supplementary Teaching Credential Authorization Program and teachers, schools, and districts increase their Smarter Balanced Math Test scores dramatically.
A group of C-STEM teachers, administrator, and superintendent will be recognized as C-STEM Teacher of the Year, C-STEM Administrator of the Year, and Superintendent of the Year for their extraordinary pioneering work on integrated learning math with hands-on coding and robotics. C-STEM Distinguished Schools will also be recognized. Each awardee will received award certificates from the California Department of Education, California State Legislature, and University of California, Davis. More info about C-STEM awards can be found here.

Keynote and Plenary Speakers' Biographies
(Subject to Change)
Keynote
The Future of Learning: Innovative, Immersive & Aligned to the Real World
Moderator: Tiffany Benson, Superintendent, Travis Unified School District

Dr. Caryn Lewis currently serves as the Assistant Superintendent of Educational Services for the Monterey County Office of Education (MCOE). She has spent more than 24 years in service to California’s public schools, working as a master teacher, instructional coach, school principal, director of K-12 learning, and as an assistant superintendent of educational services. Caryn is dedicated to the growth of innovative school programs and has successfully led school and district teams in a vision for empowering future-ready students. At the school and district level, Caryn’s schools were among the first in California to be recognized for Title I Academic Achievement and as National 21st Century Exemplar Schools, awarded by the Partnership for 21st Century Learning. She has received numerous state and national awards for closing equity gaps for underserved school communities, including Administrator of the Year from the California Association for Bilingual Education, and the Association for California School Administrators. Through her work at MCOE, Caryn continues to advocate for equitable access to learner-centered programs and opportunities to grow dynamic college and career pathways for all students.
Luncheon Address
State of Education in California: 2025 and Beyond
Moderator: Dr. Harry Cheng, Director of C-STEM, UC Davis

Dr. Ingrid Roberson is the Chief Deputy Superintendent of Public Instruction at the California Department of Education. Dr. Roberson leads 14 divisions that provide foundational statewide support for curriculum, instruction, assessment, and accountability from early childhood development to college and career readiness for approximately 5.8 million TK-12 students in 10,000 schools across the state. She also supports CDE’s State Special Schools, including the California School for the Deaf (Fremont and Riverside) and the California School for the Blind. Ingrid firmly believes in a whole child approach to education that begins with building a student’s sense of safety and belonging, a right for every student in a California public school and continues with fostering a student’s lifelong joy of learning that includes the arts, sciences, and languages.
Dr. Roberson has nearly 25 years of experience in California public education, starting as a special education preschool teacher assistant and then becoming an elementary classroom teacher. Most recently, she was a Senior Advisor at the California Collaborative for Educational Excellence and an Associate Superintendent of Academic Services at the Alameda County Office of Education. At the national level, she conducted research on creative learning communities at UCLA’s Center for Research, Standards and Student Testing, and she led the innovation research agenda for the Stupski Foundation’s Learning Lab Network.
She holds a Bachelor of Arts from the University of California, Berkeley, a Master of Arts from Stanford University, and a Doctor of Education from UC Berkeley.
Plenary Panel
Empowering Math Learners through C-STEM and Robotics
Moderator: Dr. Ingrid Roberson, Chief Deputy Superintendent of Public Instruction, California Department of Education

Mikey McKelvey, Director of K-12 Instruction, has been with New Haven Unified School District for over 30 years. She is an experienced educational leader with a wide range of experiences. She has held positions of Literacy and Assessment Program Specialist, Literacy Coach and Coordinator of EL Services, elementary school assistant principal, and principal. She is a strong advocate of professional development for teachers and implementing innovative and academically rigorous programs to support student learning. Ms. McKelvey has been instrumental in leading the implementation of C-STEM Program at her district to address the needs of all students, with a special focus on at-promise and EL students. The concerted effort at the district and school level has resulted in strong growth in students’ math assessment scores at Hillview Crest Elementary School.

Stella Castillo is the Principal of Hillview Crest Elementary School in New Haven Unified School District. A proud graduate of New Haven USD, she is deeply committed to creating high-quality learning opportunities for Hillview Crest’s linguistically and culturally diverse students. Her vision centers on building strong foundations in mathematics and computer science to prepare students for future college and career success. Under her inspiring leadership, teachers at Hillview Crest collaborate as a team to engage students in hands-on learning through coding and robotics, contributing to significant growth in math achievement.

Brittany Casey has over thirteen years of teaching experience in New Haven Unified School District. As a member of the original teacher cohort that piloted the C-STEM program at Hillview Crest Elementary School, she taught C-STEM the first year. In her current role as a Math and C-STEM Teacher on Special Assignment, she plays a leading role in the district-wide implementation of the UC Davis C-STEM program with students from TK to Algebra 1, equipping young learners to apply coding and robotics as tools for problem-solving, collaboration, and real-world mathematical thinking. Ms. Casey was recognized at the UC Davis C-STEM Conference 2024 for her leadership and the meaningful contributions she has made to the success of the program at NHUSD. Throughout her career, she has prioritized building strong relationships and empowering all learners to explore the possibilities of STEM. Ms. Casey holds a B.S. in Education with a minor in Special Education from the University of Oregon and a master's degree in Educational Technology Leadership from CSU East Bay.

Starr Wong is a 3rd Grade teacher at Hillview Crest Elementary School in New Haven Unified School District. She plays a key role in supporting the school’s new C-STEM program. She brings enthusiasm and creativity to her classroom, designing engaging RoboBlocky activities that spark curiosity and problem-solving in her students. In addition to her work with C-STEM, she serves in multiple leadership roles across the school, helping to foster collaboration and innovation among colleagues.
Breakout Sessions
Many hands-on breakout sessions are designed for Learning through doing. Learn from experienced C-STEM teachers to share their experience on how to integrate coding, robotics, Arduino into their math and STEM classes for hands-on learning to close the achievement gap. Bring your own laptop of Windows, Mac OS X, or Chromebook to join many hands-on sessions to learn, and take the latest technologies, curriculum, know-how, and excitement to your classroom teaching.
Breakout Session 1
1A. Hands-on: For Absolute Beginners - Getting Started with RoboBlocky to Teach Math and CS with Robotics into Elementary School Curriculum (Bring-Your-Own-Computer)
1B. Best Practices (Administrators & Teachers): Advancing Math/CS Achievement for All with County Office of Education (COE) Leadership & Cal-MSCS Grant
1C. Hands-on Arduino: Introduction to Basic Electronics and Creative Problem Solving for Physical Computing (Bring-Your-Own-Computer)
1D. Competition & Programs: RoboPlay Challenge Competition to Showcase Student Learning, Perseverance, Creativity, Problem-Solving, and Teamwork Skills
1E. Leadership & PD: School and District Wide Integration of C-STEM Math/CS/Engineering Design with Robotics Curriculum into K-12 Math Classroom Teaching
Breakout Session 2
2A. Hands-on: Engaging Students in Learning Math with Coding and Robotics (Bring-Your-Own-Computer)
2B. Teacher-to-Teacher Sharing (ES): Best Practices, Strategies, Lessons, and Projects in Integrating C-STEM Coding and Robotics into Elementary School Math (for Teachers with C-STEM Teaching Experience)
2C. Teacher-to-Teacher Sharing (MS/HS): Best Practices, Strategies, Lessons, and Projects in Integrating C-STEM K-12 Math with Robotics/CS in Middle/High Schools (for Teachers and Administrators with no C-STEM Experience)
2D. Competition & Programs: Expanded Learning - Afterschool and Summer Math/Robotics Camps & Student Clubs
2E. Leadership & PD: Successful C-STEM Implementation - TOSAs, Principals, Coordinators, and Directors - Pillars of Student and Teacher Success
Breakout Session 3
3A. Hands-on: CS with Music, Art, Language Arts, Universal Design for Learning (UDL), LMS (Bring-Your-Own-Computer)
3B. Best Practices: Integrating C-STEM with CS/CTE and Other, Including APCSP
3C. Best Practices (MS/HS): Best Practices in Integrating C-STEM Mathematics with Robotics Curriculum into Middle/High Schools (for Teachers with C-STEM Teaching Experience)
3D. Competition & Programs: Ujima (Collective Work and Responsibility) Girls in a Robotics Leadership (GIRL) Project
3E. Leadership & PD: C-STEM Professional Development & Joint UCD/UCR Extension CS Supplementary Teaching Credential Authorization Program




Hotel Information
The C-STEM Center does not directly deal with reservations but can recommend sites that have been known to offer discounted or contracted rates for UC Davis events. Please call hotels directly to confirm.