Academics

Celebrating Women in STEM: Bellevue’s Subject Expert Engineering Teacher

March 12, 2026 by emilyhughes Leave a Comment

March is Women’s History month and BASIS Independent Bellevue is celebrating in a variety of ways, including donating to a local women’s shelter, making a Mae Jemison inspired craft, and a presentation from one of our Subject Expert Science Teachers about the history of women in STEM. In order to celebrate the importance of women in STEM, we collaborated with Ms. DiBattista, a Engineering Subject Expert Teacher, to share about her passion for engineering that was sparked as a child and continues to remain strong today as she inspires the next generation of engineers!

Background

When I was a small girl, my dream was to become an inventor. I can vividly remember carrying my manila folder around with me, that was filled with designs that ranged from bubble powered cars to amazing rollercoasters! If you saw me as a young child, you could bet that I would have this manila folder with me. As I let my imagination soar, little did I know I was engaging in the engineering design process long before I knew how engineering would change my life. I will never forget the day my parents gifted me my first Lego set. It was a part of the Lego Architecture collection featuring the London Bridge. My first Lego set sparked my interest in civil engineering, which continues to be an area of passion for me.

As I grew older, I decided to attend the University of Central Florida, where I received my certification in K-6 Education. I knew that I wanted to work with kids in education, but I hadn’t yet made the connection of incorporating my passion in design with teaching. Initially, I taught math and science to grade 5 students as an intern. I then continued as a permanent teacher at the same school. My Supervising Teacher, who later became my colleague, inspired me to figure out what kind of teacher I wanted to be. I often admired how she combined fun activities and problem-solving with good classroom management. I could see students thriving in this environment and knew I wanted to be the kind of teacher that created a similar environment for my future students. At that school, I was also the Club Supervisor for the Coding Club and the Chess Club, which included students in grades 2–5. Both clubs gave me experience working with students on how to solve problems. Seeing students have so much joy in creating projects to solve problems got me wondering if there was a teaching role where I could put this process into action.

Engineering at BASIS Independent Bellevue

In my search for Engineering and STEM-based teaching positions, I soon found BASIS Independent Bellevue and was instantly drawn to the BASIS Curriculum, which emphasized the foundational skills of problem-solving, critical thinking, and collaboration through the Engineering and Design Process. Last summer I had the pleasure of teaching Girls Rock Math, a STEAM-based summer camp for girls at BASIS Independent Bellevue. Following the summer camp, when the opportunity arose to teach grade 3 and 4 students Engineering at Bellevue, I instantly jumped at the opportunity. I was eager to be in a teaching role where I could share my love of problem solving and creativity with children who could match my excitement for engineering. I felt this teaching role created the space for me to be the teacher I dreamed of being back when I was an intern. As the Subject Expert Engineering Teacher at BASIS Independent Bellevue, I get to incorporate my passion for design that I had as a young child, along with my training in education.

Everything I do in my class centers around the Engineering and Design Process. The Engineering and Design Process consists of seven steps: Ask, Imagine, Plan, Create, Test, Improve, and Communicate. My favorite part of the Engineering and Design Process is the testing phase, because students get to see their projects come to life! Students can see whether projects are successful or need improvements in real time. The Engineering and Design process is not only helpful within our engineering class but can be applied in all aspects of life. Breaking a problem down into steps helps teach our students to form a plan when facing any issue. It also teaches them that most ideas don’t work the way we might imagine on the first try. Working through the Engineering and Design Process helps create student resilience and team communication to solve problems.

A Project in Action

Throughout the course of this year students have engaged with many projects, but my favorite project so far has been designing a paper skyscraper city with grade 3 students. This project introduced students to Urban Planning Engineering and was focused on students learning how to incorporate green spaces, sustainable engineering processes, and best practices for merging the built environment with the natural environment. The kids created a whole city block that included skyscrapers and a central green space. They designed the buildings with visible interiors, so everyone could see who lived inside. Students also made small versions of themselves that they placed around the buildings. The students were thrilled with the process of creating a miniature version of themselves to put in their model. I was delighted to find an alien stuck in one of the park trees, which further confirms my theory that BASIS Independent Bellevue students are out of this world!

Skyscraper City designed by grade 3 students.

Looking Ahead

As I continue to build the Engineering Program at BASIS Independent Bellevue, I want to create more opportunities for students to showcase their models and engineering work within the school community. Students take great pride in the projects they create, and I would love to find more ways to highlight their accomplishments beyond our classroom. I am also eager to be able to work with primary students next year, as we expand and have Kindergarten–grade 2 students on campus. I can’t wait to work with primary students and start nurturing their foundational skills of problem-solving, critical thinking, and collaboration from a young age.

Thinking back on the trajectory of my career, I am extremely grateful that my path has led me to be the Subject Expert Engineering Teacher at BASIS Independent Bellevue. When I see a young girl in my class ecstatic about her parachute design, I am instantly taken back to being the girl with the manila folder filled with my creative designs. I am humbled to now be in a position to nurture students’ sparks of creativity and empower them to explore the possibilities of Engineering in their future!

BASIS Independent Bellevue is a Kindergarten – Grade 12 private school, providing students with an internationally benchmarked liberal arts and sciences curriculum, with advanced STEM offerings. Considering joining the BASIS Independent Bellevue community? To join our interest list for the next school year and receive admissions updates and more, please click here.

Exceptional Achievement: 62 BASIS Independent Seniors Named National Merit Finalists

March 5, 2026 by aloracooper Leave a Comment

At many high schools, naming a single National Merit Finalist is headline-worthy.

This year at BASIS Independent Schools, it’s 62.

Out of 234 seniors in the Class of 2026, more than one in four students (26%) earned National Merit Finalist distinction — the highest number in our network’s history and a level of achievement rarely seen at this scale.

Academic Excellence, By Design

The National Merit Scholarship Program recognizes students who score among the top performers in the nation on the PSAT/NMSQT. Advancing to Finalist status requires exceptional academic performance, rigorous coursework, and sustained excellence.

62 National Merit Finalists
65 Semifinalists
92 Commended Students
Over 67% of seniors earned national academic recognition

These outcomes reflect a deliberately structured academic program built around subject mastery, early acceleration, and intellectual independence.

Recognition Across Campuses

BASIS Independent Silicon Valley

38 Finalists
40 Semifinalists
51 Commended Students

BASIS Independent Fremont

13 Finalists
13 Semifinalists
16 Commended Students

BASIS Independent McLean

8 Finalists
9 Semifinalists
15 Commended Students

BASIS Independent Brooklyn

3 Finalists
3 Semifinalists
6 Commended Students

BASIS Independent Manhattan

4 Commended Students

Across five campuses and three states, students continue to demonstrate that high-level academic distinction can be both consistent and scalable.

“We are incredibly proud of the graduating Class of 2026. These acceptances are a result of years of sustained academic commitment from our students, as well as incredible contributions to their schools and communities. Congratulations to them!” says Toby Walker, Vice President of BASIS Independent Schools. “Consistently excellent and impressive results like these speak to the strength of our curriculum and philosophy across all BASIS Independent School campuses.”

A Clear Upward Trajectory

This year marks a 41% increase in National Merit Finalists over last year — and the largest cohort in network history.

When excellence compounds year after year, it signals something deeper than a strong class. It reflects a durable academic culture.

Looking Ahead

As the Class of 2026 prepares for selective college admissions this fall, these distinctions serve as both recognition and runway.

We celebrate our National Merit Finalists, Semifinalists, and Commended Students for their remarkable achievements — and the educators and families who support them.

Excellence, when intentional, becomes tradition.

Discover what’s possible at BASIS Independent Schools.

Explore Our Academic Program

BASIS Independent Schools is a premier network of PreK-12 private schools with locations in some of the most bustling and dynamic metropolitan areas in the country, including California, New York, Virginia, and Washington State.

Student-Athlete Success Story: NCAA Signing Day & the Power of Academic Balance

February 25, 2026 by aloracooper Leave a Comment

How Student-Athletes Excel in Academics and Competitive Athletics

Across the BASIS Independent Schools network, student success is defined by a balance of advanced academics paired with meaningful opportunities beyond the classroom.

Each year, our students demonstrate that academic excellence and athletic achievement are not mutually exclusive. Instead, they strengthen one another.

A recent NCAA Signing Day celebration at BASIS Independent Silicon Valley highlighted this powerful combination, underscoring a broader network truth: BASIS Independent student-athletes are prepared to compete and excel at the collegiate level.

A Model Supporting Scholar-Athletes

Student-athletes are supported by an intentionally designed program that cultivates discipline, time management, and resilience. These same skills that drive success in advanced coursework translate naturally to competitive athletics in the form of focus, persistence, and strategic thinking.

Whether training after school, competing on weekends, or balancing schedules with demanding classes, BASIS Independent students consistently rise to the challenge. Faculty, coaches, and families work collaboratively to ensure students are supported holistically, enabling them to pursue ambitious academic goals while continuing to grow as athletes.

NCAA Signing Day: A Network Moment

The NCAA Signing Day celebration at BASIS Independent Silicon Valley marked an important milestone not only for one student, but for the entire network.

Senior Michelle G.’s commitment to compete in women’s tennis at Massachusetts Institute of Technology reflects a pattern seen across BASIS Independent Schools: students earning opportunities at institutions that value both intellectual rigor and athletic excellence.

Events like this offer the community a chance to pause and celebrate what these accomplishments represent; years of dedication, consistency, and support from families, educators, and coaches working together.

Building a Culture of Athletic Excellence

Across the network, athletics programs emphasize growth, leadership, and sportsmanship. Students compete in basketball, soccer, swimming, tennis, volleyball, and more with many often serving as team leaders while maintaining demanding academic schedules. This culture reinforces a powerful message:

Students do not need to choose between excelling academically and pursuing athletics seriously. Instead, they learn how to integrate both — a skill that serves them well in college and beyond.

Looking Ahead: A Growing Legacy

As more BASIS Independent student-athletes move on to collegiate athletics, including programs governed by the National Collegiate Athletic Association, these milestones continue to build momentum across the network. Younger students see what’s possible, programs grow stronger, and the definition of success expands.

Each signing day, championship season, and personal best achieved by a BASIS Independent student represents a network win and a reflection of a school community committed to developing well-rounded, motivated, and high-achieving young adults.

Interested in learning more about our programs and community?

Inquire Today

Going Deeper: Inside the Senior Capstone Experience

February 25, 2026 by sarahpeterson Leave a Comment

Every year, our seniors reach a remarkable milestone. By the time they arrive at their final year at BASIS Independent Fremont, most have already completed their Advanced Placement® (AP®) requirements and are ready for something different—something more. That’s where Capstone courses come in.

On February 5, 2026, families, faculty, and fellow students gathered for the 2026 Senior Capstone Symposium, a showcase of the original research, engineering projects, financial analyses, and literary explorations that our Class of 2026 has been working on all year. It was, in a word, exceptional.

But to fully appreciate what made that day so special, it helps to understand what Capstone courses are—and why they represent one of the most distinctive elements of a BASIS Independent Fremont education.

What Are Capstone Courses?

The senior year at BASIS Independent Fremont is designed to be a bridge from traditional high school learning to the kind of independent, applied thinking students will encounter in college and beyond. At the heart of that experience are Capstone courses.

Capstone courses are teacher-created, college-level classes that go beyond the breadth of a typical AP course. Where AP courses are built to cover essential content across a wide field, Capstone courses are designed to go deep. They are original courses tied to our teachers’ own academic passions and expertise, and they shift the style of learning itself—from traditional classroom instruction toward the seminar-based and lab-based formats students will encounter in college.

This year, BASIS Independent Fremont offered an impressive range of 14 Capstone courses:

Art Portfolio	Author’s Study
Corporate Finance	Data Structures and Algorithms
Drug Discovery & Development	Engineered Systems
Linear Algebra	Linguistics
Literary Animals	Microbiology
Multivariable & Vector Calculus	Neuroscience
Optics and Biophysics	Storytelling Through Sound

Inside the Courses: Teacher Spotlights

What makes Capstone courses so distinctive? We spoke with three of the faculty members behind this year’s courses to find out.

Corporate Finance

In many ways, Corporate Finance is a natural Capstone to the business pathway at BASIS Independent Fremont. Mr. Ong already teaches AP Economics and courses in entrepreneurship, but he saw a gap: students needed exposure to the decision-making tools and frameworks actually used by financial professionals.

“There is significant interest in business and entrepreneurship at BIF, and I proposed this Capstone as a necessary foundational course for students who are interested in pursuing careers in business management, marketing, finance, and entrepreneurship. I also feel strongly that all students should be financially literate and have a basic understanding of the workings of corporations, the economy, and the financial system in order to effectively function in our modern world.”
— Mr. Ong, Corporate Finance

The course is deliberately practical. Students don’t just learn theory—they apply strategic financial frameworks to real-world scenarios. This year, the class even took a field trip to the San Francisco Financial District, giving students a ground-level look at the institutions and organizations they’d been studying.

Data Structures & Algorithms

For students who have completed AP Computer Science, Data Structures and Algorithms (DSA) is the natural next frontier. Ms. Shahin describes it as equivalent to a college-level introductory DSA course—the kind of material students at top universities encounter in their first or second year.

“DSA is a cornerstone for computer science education. By learning how data can be organized in different ways, students learn to tackle various problem-solving scenarios—from linked lists to arrays, from search engines to AI. It’s an important stepping stone for all computer science fields.”
— Ms. Shahin, Data Structures & Algorithms

What makes this course particularly exciting, Ms. Shahin notes, is the rapid pace of change in the field—and her students’ readiness to meet it. “With rapidly changing technology these days, helping them understand the actual process better, and sometimes also learning from their discoveries, is fun.” Alumni from the course have gone on to study computer science at MIT, CMU, Caltech, Cambridge, UC San Diego, and UC Berkeley.

Multivariable & Vector Calculus

Dr. Chaudhri’s Multivariable & Vector Calculus course pushes students well past the limits of AP Calculus into content typically covered in a university freshman or sophomore year. It’s one of several advanced math and science courses he has developed over the years, each reflecting a different dimension of higher-level mathematics and science.

“The Capstone classes cater to knowledge beyond what is covered in an AP class. They offer more depth and more breadth in a specific field of study at an undergraduate freshman/sophomore level—these serve as introductory bridges to a more advanced curriculum at college.”
— Dr. Chaudhri, Multivariable & Vector Calculus

The courses aren’t just academically advanced—they’re experiential. Past classes have included field trips to venues like the Exploratorium in San Francisco, where students engaged hands-on with scientific experiments that brought the course’s big questions down to earth.

Dr. Chaudhri’s courses also reflect a collaborative spirit—some have even come directly from student requests, a reminder that at BASIS Independent Fremont, the curriculum is a living thing, shaped by the curiosity of the students who inhabit it.

The 2026 Senior Capstone Symposium

On the morning of February 5, the BASIS Independent Fremont campus transformed into a showcase of some of the most ambitious student work we’ve seen. Eight of this year’s Capstone courses were represented—Neuroscience, Data Structures & Algorithms, Corporate Finance, Engineered Systems, Linguistics, Art Portfolio, Microbiology, and Author’s Study—and the range of work on display was a testament to the ambition and intellectual range of our seniors.

Project Highlights

The breadth of projects on display made it clear that there is no single mold for a Capstone experience. Here is just a sampling of what was showcased:

Neuroscience – One group of students investigated how chronic hypoxic exposure (low-oxygen conditions) impacts cerebellar basket cell structure and function—and what that means for broader neurological outcomes. The depth of this research mirrors the kind of questions asked in university neuroscience labs.

Data Structures & Algorithms – Students built fully functional applications using the data structures they studied. Highlights included MealCraft, a smart grocery organizer that intelligently categorizes and tracks pantry items; HAPify, a data-driven application with real-world use cases; and QuickPark, a parking management system designed to solve a genuine everyday problem.

Corporate Finance – The Corporate Finance Gallery Showcase turned into a miniature pitch event, with students presenting capital budgeting analyses and product launch proposals spanning everything from eco-performance running shoes to EV chargers to next-generation Apple hardware.

Engineered Systems – The engineering students showcased a remarkable range of physical and software-based systems. Projects included Security Jewelry—wearable tech designed to help users signal distress discreetly; Atmosys, an environmental monitoring system; an Automatic Planter that uses sensors to automate plant care; and a Wheelchair Rehabilitation Program designed to improve accessibility and patient outcomes.

Microbiology – The Microbiology presentations were perhaps the most research-intensive of the day, with students tackling graduate-level questions on topics ranging from bacterial flagellar motor evolution to the therapeutic potential of fecal microbiota transplantation for neuropsychiatric disorders.

Author’s Study – In a fitting contrast to the lab-and-data presentations elsewhere, the Author’s Study class closed out the day with a student-facilitated roundtable discussion—modeling the kind of Socratic seminar that defines great humanities education at the college level.

In Their Own Words

Josh P. approached his Capstone courses as an opportunity to test his interests before college—and came away with more than he expected.

“Capstone courses are a great chance for exploration—in-depth exploration into often niche topics. From the Neuroscience course, I got the basis to learn about more detailed parts of topics I was interested in, which I was then able to practically implement with the Capstone project. The whole process of developing your knowledge in the course and then finding a concrete, applicable way to use your exploration—Capstones are really amazing for that.”

That spirit of exploration carried into his other courses too, including Storytelling Through Sound: “I realized that I’m interested in applying literature outside of the standard means, and I’ve kind of taken that concept with my other Capstone courses as well.”

And looking ahead to college, Josh sees the Capstone experience as groundwork for what’s next: “I think the Capstones are kind of your gateway to enter that mindset—going deeper into topics you’re interested in, and also just niche topics in general.”

— Josh P. (Class of 2026), Drug Discovery & Development, Linear Algebra, Neuroscience, Storytelling Through Sound

Richa C. also took four Capstone courses and found that the flexibility of the Capstone curriculum was exactly what set them apart.

“For APs, I wouldn’t put too much effort in because I would always depend on that final AP exam bringing everything up for me. In Capstones, I actually have to work for it. There’s no set curriculum—the teachers make the curriculum, so they’ll just take you on a rollercoaster ride some days. I really like how flexible the curriculum is.”

That flexibility showed up in unexpected ways. In Neuroscience, it meant hands-on lab work that went well beyond a typical classroom experience: “It’s like holding an actual brain in your hands and cutting into it and seeing all the little things in there.”

And at the Symposium itself, seeing the full scope of what her classmates had been working on all year left an impression: “I just really liked seeing everyone else’s hard work and all their projects. They were really cool.”

— Richa C. (Class of 2026), Linguistics, Literary Animals, Multivariable & Vector Calculus, Neuroscience

Kriti L. chose her Capstone courses — Neuroscience, Author’s Study, Microbiology, and Linear Algebra — based on subjects she already loved. But it was the energy in the classroom that made them memorable.

In Author’s Study, she found herself caught up in her teacher, Mr. Betcher’s, enthusiasm: “I think it definitely excited me too. I was excited to see what was the topic that made my teacher so interested in this.”

That excitement extended to how the courses felt day to day: “It felt almost like a college course. There was no really structured curriculum — if we wanted to touch on a side subject, we could do that. We didn’t have to only study topics for the AP test. And it’s a lot more formal — you have to write whole papers that are 20 pages. But it’s also preparing me for college.”

— Kriti L. (Class of 2026), Author’s Study, Linear Algebra, Microbiology, Neuroscience

A Different Kind of Senior Year

What makes the Capstone experience so valuable isn’t just the content—it’s the mode of learning. By the time BASIS Independent Fremont seniors step into these courses, they’ve earned the academic credentials to take on something more. Capstone courses give them a glimpse of what college-level intellectual life actually looks like: seminar discussions, independent research, open-ended problem solving, and the deep satisfaction that comes from pursuing questions you genuinely care about.

The 2026 Senior Capstone Symposium was a celebration of exactly that. Watching our seniors present—confidently explaining their methodologies, fielding questions, and connecting their work to the broader world—it was clear that BASIS Independent Fremont’s promise had been fulfilled: these students are not just ready for college. They are ready for what comes after.

Congratulations to the Class of 2026.

Curious what senior year could look like for your student? Contact our Admissions team to schedule a tour and explore our Upper School curriculum.

BASIS Independent Fremont is a TK – Grade 12 private school, providing students with an internationally benchmarked liberal arts and sciences curriculum, with advanced STEM offerings. Considering joining the BASIS Independent Fremont community? To join our interest list for the next school year and receive admissions updates and more, please click here.

BASIS Independent Schools Early College Acceptances for Class of 2026!

February 20, 2026 by mirandamartinez Leave a Comment

Each year, the early college admissions season brings a wave of excitement to our school communities. Across our network of top-ranked high schools, we are proud to share that many of our seniors from the Class of 2026 have already received early offers of admission to colleges and universities across the country and internationally.

Early College Acceptance Results

Colleges and Universities With at Least One Acceptance: 130

Total Early Acceptances Across Our Network of Schools: 738

Top 25 Colleges and Universities Total Acceptances: 39

Total Acceptances in International Universities: 26

Rankings from US News & World Report 2025-2026 Top National Universities & 2025-2026 Top National Liberal Arts Colleges

These early acceptances are the result of years of dedicated study, thoughtful conversations with their Subject Expert Teachers and College Counselors, countless drafts of essays, and a deep commitment to growth both inside and outside the classroom. We celebrate these students not only for where they have been admitted, but also for the perseverance, character, and curiosity that brought them to this moment.

At the same time, we recognize that the college admissions journey looks different for every student. Many of our seniors are still waiting to hear back from institutions in the weeks and months ahead. As decisions continue to roll in over the coming months, we look forward to celebrating every milestone together as one community, united by the shared belief that our students are prepared to thrive wherever their journeys lead.

One of the strengths of being part of a broader network of schools is the depth of support available to our students. Beginning in grade 9, our dedicated college counseling teams on each campus, with the collaborative expertise shared across our network, guide our students with individualized support and provide them with a community that believes in their potential.

We are proud of the resilience our students demonstrate throughout this process. Applying to college requires reflection, vulnerability, and courage. Regardless of outcomes, the growth our seniors experience during this season is meaningful and lasting.

To our students who have received early acceptances, congratulations. Your hard work has paid off, and we celebrate you!

To our students who are still waiting, we are with you! We are confident in your preparation, proud of your efforts, and excited for the opportunities that lie ahead.

Early College Acceptances from the Class of 2026

UNITED STATES ACCEPTANCES

Adelphi University

American University

Baylor University

Binghamton University

Boston University

California Institute of Technology

Carnegie Mellon University

Case Western Reserve University

Chapman University

Colgate University

Columbia University

Cornell University

Drexel University

Duke University

Emory University

Fairfield University

Fordham University

George Mason University

Georgetown University

Georgia Institute of Technology

Georgia State University

Harvey Mudd College

Hofstra University

Indiana University

James Madison University

Johns Hopkins University

Loyola Marymount University

Marquette University

Massachusetts Institute of Technology

Michigan State University

New York University

Northeastern University

Northwestern University

Nova Southeastern University

Oakwood University

Oberlin College

Oregon State University

Pace University

Penn State University

Pepperdine University

Purdue University

Rensselaer Polytechnic Institute

Rice University

Rochester Institute of Technology

Rutgers University (Camden)

Rutgers University (New Brunswick)

Rutgers University (Newark)

San Diego State University

San Francisco State University

Santa Clara University

Sarah Lawrence College

Stanford University

Stony Brook University

SUNY University at Buffalo

Sweet Briar College

Temple University

The Ohio State University

The University of Texas at Austin

Union College

University at Albany

University of Alabama at Birmingham

University of Arizona

University of California (Merced)

University of Colorado Boulder

University of Delaware

University of Florida

University of Illinois at Urbana-Champaign

University of Iowa

University of Maryland

University of Massachusetts

University of Miami

University of Michigan

University of Minnesota

University of Nevada

University of North Carolina at Chapel Hill

University of Pennsylvania

University of Pittsburgh

University of Richmond

University of San Diego

University of San Francisco

University of South Florida

University of Southern California

University of the Pacific

University of Vermont

University of Virginia

University of Wisconsin

Villanova University

Virginia Commonwealth University

Virginia Polytechnic Institute and State University

Worcester Polytechnic Institute

Yale University

INTERNATIONAL ACCEPTANCES

Bocconi University

Hong Kong University of Science and Technology

Imperial College London

King’s College London

McGill University

The University of Edinburgh

The University of Warwick

University College London

University of British Columbia

University of Cambridge

University of Oxford

University of St Andrews

University of Toronto

Alumni Panel Insights

February 5, 2026 by jogoldfarb Leave a Comment

Recently, four of our BASIS Independent Brooklyn alumni generously offered to share their reflections on our school and what they have been up to since their transition to university. We welcomed Sid R. BIB ’22, Johns Hopkins ’26, Courtney H. BIB ’22, Cornell ’26, Yuna S. BIB ’24, Barnard ’26, and Maxim S. BIB ’25, Stanford ’29, to share their thoughts on their years at our school and any advice they could offer to younger students and their families.

Several themes emerged during the panel, and we wanted to share them in an overview and more detail.

Curriculum Prepares for College: Rigorous coursework and Advanced Placement (AP) classes allow students to skip introductory college courses, focusing on advanced material.

Experiential Learning Through Capstone Courses and Senior Projects: Senior students engage in internships and projects that connect academic learning to real-world applications.

Community Supports Transition: A small, close-knit environment fosters collaboration and lifelong friendships, making college adjustments smoother for alumni.

Balanced Extracurriculars Enhance Skills: Alumni successfully managed academics along with sports and arts while at BASIS Independent Brooklyn, developing essential time management skills for college success.

Parental Encouragement is Key: Parents and guardians are encouraged to support exploration of diverse interests without pressure, aiding student growth and independence.

Technology Use in Learning: Students learn to effectively utilize AI tools, enhancing their understanding and efficiency in academics without superficial reliance on technology.

College Preparation and Academic Rigor

Our panelists hit home that the BASIS Independent Brooklyn curriculum effectively prepares students for college through rigorous coursework and strong foundational skills. Alumni emphasized the role of AP courses and Capstone Classes in building a solid academic base, with Maxim crediting AP Physics C and AP Calculus BC for allowing him to skip introductory college courses at Stanford, enabling focus on advanced material he finds challenging and inspiring.

Sid highlighted that BASIS Independent Brooklyn teaches students how to learn and develop intuition, which helped him adapt quickly to college-level challenges. Yuna and Courtney pointed out that the small class sizes fostered close relationships with teachers, making it easier to seek help and build confidence, which translated well into larger college environments. Maxim also described the curriculum’s upward spiral structure as crucial for managing STEM workload and balancing multiple rigorous classes efficiently.

Mr. Winter leading an advanced physics lab with Maddox M. ’25.

Capstone Courses and Senior Project

The panelists all pointed to Senior Capstone courses and Senior Projects as providing practical, in-depth experiences that link to college and career paths, with students pursuing personalized research and internships during the senior year.

Yuna conducted her Senior Project off-site placement at Cold Spring Harbor Laboratory, focusing on Martian soil simulant and plant cultivation. Courtney’s Senior Project involved documenting the revitalization of NYC Chinatown’s local economy post-COVID througha partnership with a nonprofit. Maxim interned with Ukrainian Railways while studying high-speed rail development in the United States for his Senior Project. Sid worked with a Columbia professor on engineering CAR-T cells for his Senior Project, connecting research exposure directly to his biomedical engineering studies.

The BASIS Curriculum’s emphasis on interdisciplinary learning extends beyond STEM, offering significant humanities and arts courses, including AP Seminar, AP Research, English literature, history, and art electives, which build critical thinking and communication skills valued in college.

Maxim noted that humanities courses helped him contribute meaningfully in Stanford’s citizenship class by evaluating multiple perspectives. Courtney and Yuna shared how art and writing opportunities nurtured creativity and independent thinking critical for their academic and personal growth.

Yuna S. ’24 at work on her Senior Project at Cold Harbor Springs Laboratory.

Community and Social Environment

The small, close-knit community at BASIS Independent Brooklyn fosters collaboration, diverse interests, and lasting relationships that ease the transition to college. Alumni panelists agreed that the school’s small size encourages peer collaboration over competition, allowing students to pursue unique passions without pressure and build supportive friendships across interests.

Courtney emphasized that her BASIS Independent Brooklyn classmates became lifelong friends and a strong support network through college and beyond.

Sid recalled socializing in the senior lounge and group activities, which helped build close bonds and a sense of belonging. Yuna and Maxim reflected on informal group outings such as volleyball games, beach trips, and lunch gatherings that strengthened community ties.

Going to college with peers from BASIS Independent Brooklyn provides comfort and support during the transition to larger university settings, as multiple panelists reported attending college with classmates and maintaining close connections. Yuna’s freshman year roommate was a classmate from BASIS Independent Brooklyn, which helped her adjust quickly to Barnard.

The community culture encourages inclusivity across disciplines, supporting students in both STEM and non-STEM interests, and fostering interdisciplinary respect and engagement. Alumni noted that their high school peers excelled in diverse areas such as photography, art, writing, and music, enriching the school’s academic environment.

Our Class of 2025 together on campus before their graduation.

Extracurricular Engagement and Time Management

Extracurricular activities, including arts and athletics, play a vital role in high school student life, contributing to well-rounded development and effective time management. Students successfully balanced rigorous academics with sports, arts, and clubs, supported by structured routines and peer participation.

Yuna joined volleyball in junior year and continued intramural volleyball in college, finding it a joyful and social outlet. Maxim participated in varsity soccer, basketball, and tennis in high school, and later he led a championship intramural soccer team at Stanford.

Sid managed music commitments (violin) on weekends alongside martial arts during the week, demonstrating diverse extracurricular involvement.

The arts program offers multiple in-school and after-school options, including studio art, photography, drama, band, orchestra, choir, and an annual spring musical, enriching student experiences.

Yuna’s AP Studio Art work earned a Scholastic Art and Writing Award, highlighting the program’s quality and college-preparedness value. Performances and trips, like the band’s planned Disney World visit, create additional engagement and exposure.

Time management skills developed through balancing academics with extracurriculars are seen as essential for college success, with alumni crediting routine, planning, and support systems for their ability to handle multiple commitments.

Our Varsity Soccer Team welcomed back alum Nico D. ’25 at a game held over his Fall Break.

Parental Support and Student Mindset

Encouragement from parents to explore interests and a proactive student mindset are key factors in maximizing the BASIS Independent Brooklyn experience. Alumni recommended that parents encourage exploration without pressure and support diverse interests, allowing students to try electives, clubs, and internships freely.

Courtney’s parents took a hands-off approach, allowing her to pursue interests organically, which she found beneficial for her growth.

Panelists stressed the importance of being proactive and asking for help, including seeking academic support, extracurricular opportunities, and college recommendations. Sid advised resilience through challenges, sharing how failing exams early on in middle school did not prevent his success. Courtney and Maxime emphasized leveraging the small community to network with seniors and alumni for guidance on college and beyond.

Alumni highlighted that BASIS Independent Brooklyn fosters a resilient and curious mindset, teaching students to embrace challenges and seek support resources like office hours and peer study groups.

Alum Sid. R. ’22 presented his Senior Project on CAR-T Cell Therapy.

Technology and AI Integration

Panelists spoke about how BASIS Independent Brooklyn prepares students to effectively use technology and AI tools as part of their learning and research processes.

Sid shared how the curriculum’s focus on understanding concepts over memorization enables smart AI usage to boost efficiency without losing comprehension. He emphasized that AI tools help with coding and learning but require students to transform the information into personal understanding, a skill BASIS Independent Brooklyn cultivates.

Parent Ian Saville leads a Future-Ready Mentor Program Workshop with our seniors.

Transition and Integration Support

BASIS Independent Brooklyn supports students joining at various grade levels and helps them adjust through structured support and community integration.

Students joining in middle school or later grades experience an adjustment period but receive ample support, making integration achievable regardless of entry point. The school’s practice of enrolling new students in every grade creates peer groups that facilitate social and academic integration.

Familiarity with peers and teachers from BASIS Independent Brooklyn helps students transition smoothly into college and beyond, supported by active alumni networks and ongoing connections.

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BASIS Independent Brooklyn is a PreK–Grade 12 private school, providing students with an internationally benchmarked liberal arts and sciences curriculum, with advanced STEM offerings. Considering joining the Bears community? To join our interest list for the next school year and receive admissions updates and more, please click here.

Real Questions, Real Investigations: How BASIS Independent Fremont Students Develop Scientific Thinking Skills

January 22, 2026 by sarahpeterson Leave a Comment

Real scientists don’t start with textbooks. They start with questions about the world around them. At BASIS Independent Fremont (BIF), our Lower School students learn the same way: by investigating real phenomena, testing their ideas, and using evidence to support their conclusions. From engineering solutions to ancient problems to exploring why oil and vinegar refuse to mix, BIF students practice thinking like the scientists and engineers they may one day become.

Learning Through Real-World Investigation

At BIF, science education is phenomena-based, meaning students begin with observable events and real-world questions rather than memorization. Our approach develops three essential skills: active investigation (students doing, not just watching), scientific communication (reading, writing, and discussing like scientists do), and evidence-based reasoning (supporting conclusions with data).

This matters because these skills extend far beyond the science classroom. Whatever our students choose to become in life, they need to ask thoughtful questions, analyze information, and solve complex problems. Science at BIF is preparation for thinking critically about the world.

What Scientific Thinking Looks Like at BASIS Independent Fremont

Students Observe and Question

In Dr. Luo’s grade 4 science class, students recently tackled a deceptively simple question: why do oil and vinegar sometimes mix instead of separating into layers? “We started at the observable scale by having students mix oil and vinegar and notice that they don’t mix and instead form layers,” Dr. Luo explains. From that initial observation, students generated their own questions about what was happening at a molecular level—questions that would drive their entire investigation.

Similarly, in Mr. Kasper’s engineering class, the students face a historical challenge: How did ancient Rome transport fresh water to support its growing population? “Students are guided to ask essential questions such as: Why is this a problem? Who is being affected? What are the possible causes of the water shortage?” Mr. Kasper notes. “Students are encouraged to ask additional questions of their own, deepening their understanding of the challenge.”

Students Investigate and Test

Scientific thinking requires more than curiosity—it demands action. Dr. Luo’s students moved from observation to experimentation, testing various substances to see what would help oil and vinegar combine. “Students experimented with adding lecithin, flour, and cornstarch to oil and vinegar. They discovered that lecithin helps oil and vinegar mix by acting as an emulsifier.”

In engineering, Mr. Kasper’s students design and build prototypes of aqueducts, working within budgets and material constraints just as real engineers do. “During construction, they test their structures for strength and for their ability to successfully transport water,” he explains. “Testing is an ongoing process, and students carefully record not only how their prototypes perform, but also the results of each test and the improvements they believe will fix any issues.”

Students Read, Write, and Communicate Like Scientists

Scientific literacy is just as important as hands-on experimentation. Dr. Luo’s students didn’t just conduct experiments—they read scientific texts to deepen their understanding. “Students built their own online models and read texts like Handbook of Food Science and Solving Dissolving to learn about molecular structure and how molecules attract themselves and other molecules,” she shares.

Throughout their investigations, students document their findings in science journals, write lab reports, and present their conclusions to classmates. This mirrors how real scientists communicate their discoveries to the broader scientific community.

Students Use Evidence to Support Their Ideas

Perhaps most importantly, BIF students learn that good ideas must be backed by evidence. When Dr. Luo’s students concluded that lecithin acts as an emulsifier, they could point to specific experimental results and molecular models that supported their claim. They learned about emulsifiers’ special structure—one that can attach to both oil and vinegar molecules—through both reading and hands-on observation.

Mr. Kasper’s engineering students practice the same evidence-based thinking. “Each idea is discussed and evaluated based on the identified constraints and goals, such as efficiency, cost, available materials, and the ability to successfully transport water,” he explains. “Through this process, students learn that engineering is not about choosing the first idea, but about carefully comparing options to determine the best possible solution.”

Building Skills That Last

The sophistication of scientific thinking grows as students do. By grades 4 and 5, students are working with complex concepts like molecular structure and engineering design processes, but the foundation begins much earlier—with kindergarteners observing how materials change and grade 1 students exploring the natural world.

These investigations teach students to approach problems with confidence. They learn that failure is part of the process, that questions are more valuable than quick answers, and that evidence matters more than opinions. As Mr. Kasper notes, “This reflection reinforces the idea that engineering is iterative and that failure is an important part of learning and improvement.”

By the time BIF students reach Upper School, they’ve spent years practicing how to think, not just what to think. They carry forward skills they’ll use for life: asking thoughtful questions, designing investigations, using evidence to support ideas, and communicating findings clearly.

Science as a Way of Thinking

At BASIS Independent Fremont, science isn’t a subject students study. It’s a way of thinking to practice every day. From our youngest Bumblebees to our grade 5 students preparing for middle school, students learn to approach problems like scientists and engineers: with curiosity, creativity, and evidence.

Want to see scientific thinking in action? Schedule a campus tour to visit our Lower School classrooms and discover how BIF students are learning to investigate, question, and solve the problems that matter.

Half-Day Pre-Kindergarten FAQ

January 14, 2026 by mirandamartinez Leave a Comment

We are delighted to share that for the 2026 – 2027 school year, BASIS Independent Bothell will be expanding its program offerings to include a half-day Pre-Kindergarten program!

BASIS Independent Bothell will offer a thematic, hands-on, comprehensive, and content-rich curriculum that builds skills in an environment designed for students who are not yet ready for our kindergarten class. This half-day model allows students to build confidence, curiosity, and foundational skills while easing into the rhythm of a school day.

The addition of PreK reflects our ongoing commitment to meeting families where they are and thoughtfully growing our community. We are excited to welcome new families and support students as they take their very first steps in their educational journey.

More details about the curriculum, schedule, and enrollment process can be found below. We look forward to this exciting new chapter and all the learning it will bring!

What PreK program will you offer?
At other BASIS Independent Schools, we offer a PreK–1 program for three-year-olds. At this time, BASIS Independent Bothell offers a PreK–2 program specifically designed for four-year-olds.

What is the age cut-off?
PreK-2 students must turn 4 by August 31.

What is the tuition?
Tuition for the 2026-2027 school year is $15,825. Families may submit tuition in three different ways: (1) One payment, (2) Two half-payments, or (3) 10 monthly payments.

Where will the PreK class be held?
The BASIS Independent Bothell campus was thoughtfully designed with four Early Learning Program classrooms, each featuring a private, in-class restroom. These classrooms are located together in a dedicated wing on the first floor of the campus. The PreK-2 class will be housed in the fourth classroom within this wing, alongside our three existing Kindergarten classrooms, fostering a cohesive early learning environment.

What curriculum will be used?
Consistent with our other campuses that have established PreK-2 programs, BASIS Independent Bothell will implement the BASIS Curriculum. Our curriculum offers an impressive array of foundational courses that foster early numeracy, literacy, and awareness of the many ideas and topics to explore. Students learn through developmentally appropriate play, music, and hands-on activities to help make high-level material more accessible.

What is the daily schedule?
The full program time will be from 8:35 AM – 12:35 PM. Class will be held from 8:50 AM – 12:30 PM. Students may arrive as early as 8:35 AM, with dismissal being held until 12:35 PM. You can view a sample schedule here.

Will you offer Early Bird (before school) or Late Bird (after school) care?
No, due to licensing restrictions in the state of Washington, we are unable to offer a PreK-2 program for more than four hours a day.

Will you offer after-school clubs?
No, after-school clubs will not be available for PreK-2 students.

What is the student-to-teacher ratio?
1:10 with a maximum group size of 20 students.

When is the application due?
PreK-2 applicants will follow our Rolling Admissions process. Applications open on January 24, 2026, and will be accepted on an ongoing basis until all remaining spaces are filled.

What are the application requirements?

Attend an Admissions Event (Optional)

Complete and Submit the Online Application

Provide the Early Learning Program Teacher Recommendation form to your Child’s Current Teacher (if applicable)

Is there a sibling priority?
While we value the importance of keeping families together and recognize the many benefits of sibling enrollment, BASIS Independent Schools does not offer sibling priority for new applicants.

All applicants, including siblings of current students, are thoughtfully and holistically considered as part of the admissions process. This approach ensures that each enrolled student is individually evaluated and is a strong match for the academic program and school community, allowing us to maintain the integrity of our educational mission while building a well-balanced and successful learning environment for all students.

BASIS Independent Bothell is a PreK – Grade 12 private school, providing students with an internationally benchmarked liberal arts and sciences curriculum, with advanced STEM offerings. Considering joining the BASIS Independent Bothell community? To join our interest list for the next school year and receive admissions updates and more, please click here.

A Day in the Life: Grade 10

January 9, 2026 by mirandamartinez Leave a Comment

Meet Jason!

Jason K., a focused and curious Grade 10 student at BASIS Independent Silicon Valley, enjoys exploring challenging subjects, collaborating with classmates, and applying what he learns to real-world situations. We shadowed him to see what a typical day looks like, from his first class to the last.

All BASIS Independent Schools follow the BASIS Curriculum, an internationally benchmarked program designed to challenge students and help them succeed. It’s managed and continuously refined by curriculum experts, so students are supported in all subjects and prepared for college and beyond.

Period 0 | 7:35 AM – 8:20 AM | Ceramics

Jason’s day begins with his chosen elective, Ceramics, taught by Ms. Hetu. He enjoys starting the morning with something creative and hands-on, experimenting with clay and learning techniques like coiling, pinching, and slab construction. As he builds both functional and artistic pieces, he also learns the science behind glazes, firing temperatures, and the chemistry that gives ceramics its strength and texture.

Period 1 | 8:25 AM – 9:10 AM | Honors Biology

In Honors Biology with Dr. Covert, he dives into genetics, DNA structure, and ecological principles. Lab experiments allow him to connect classroom concepts with real-world applications, exploring topics like population growth, interspecies relationships, and evolution. These hands-on experiences give him a strong foundation in scientific thinking and lab techniques.

Period 2 | 9:15 AM – 10:10 AM | AP Calculus BC + Homeroom / Announcements

During AP Calculus BC with Ms. Wendel, Jason works with limits, function analysis, and modeling change to tackle challenging problems. Following calculus, the last 10 minutes of the period are dedicated to homeroom, where he catches up on announcements, checks in with friends, and prepares for the rest of the morning.

Period 3 | 10:15 AM – 11:00 AM | AP U.S. History

In AP U.S. History with Ms. Settle, he examines key events, people, and developments in U.S. history. Jason enjoys analyzing primary and secondary sources and crafting historical arguments. Completing guided readings on time has been a point of pride this year, helping him stay engaged in class discussions.

Period 4 | 11:05 AM – 11:50 AM | AP Physics II

His favorite class is AP Physics II with Dr. Movshovitz. Hands-on labs and problem-solving exercises allow him to see physics concepts in action, exploring topics like electromagnetism, thermodynamics, and waves. “I love doing labs and seeing physics in action—it’s one thing to read about a concept, but it’s completely different when you can actually experiment with it,” Jason shared.

Lunch | 11:55 AM – 12:40 PM | Lunch

Lunch is a time to recharge and connect with friends. He uses this time to reflect on the morning’s lessons and prepare for the afternoon.

Period 6 | 12:45 PM – 1:30 PM | AP English Language & Composition

In AP English Language & Composition with Ms. Silva, he hones writing and rhetorical analysis skills. “Writing challenges me, but it’s rewarding to see my ideas come together clearly,” he said. He evaluates nonfiction texts, synthesizes research, and practices crafting strong, evidence-based arguments, building both analytical and communication skills.

Period 7 | 1:35 PM – 2:20 PM | Mandarin III

He continues language studies in Mandarin III with Ms. Xu, focusing on speaking, writing, and comprehension. Jason appreciates learning about Chinese culture while developing advanced communication skills in a second language.

Period 8 | 2:25 PM – 3:10 PM | Empowering Entrepreneurs

He ends the day in Empowering Entrepreneurs with Ms. Xu, where he works on team projects that teach collaboration, creativity, and critical thinking. Outside of class, Jason is involved in DECA and Mock Trial, and he enjoys applying skills from these extracurriculars—like public speaking, problem-solving, and teamwork—directly to his entrepreneurial projects. “It’s exciting to see our ideas come together as a team and learn skills we can actually use outside of school,” he explained, highlighting how his coursework and extracurriculars complement each other.

Office Hours | 3:15 PM – 4:00 PM

Teachers hold Office Hours throughout the week, providing flexible one-on-one or small-group support. During this time, students can ask questions, review challenging material, or dive deeper into subjects that interest them. This extra support helps students strengthen their understanding, build confidence, and stay on track with their learning.

From hands-on art projects to rigorous AP classes and leadership opportunities, Jason’s day shows how BASIS Independent Schools blends creativity, critical thinking, and real-world application. “What I love most about being a BISV Bobcat is that I can challenge myself academically while still being myself,” he shared. When asked what advice he would give to younger students, he said, “Embrace who you are and take advantage of all the learning opportunities BISV offers.” His day is a snapshot of curiosity, growth, and the meaningful connections that make high school a rich and rewarding experience.

BASIS Independent Dublin is a Grades 6 – 12 private school, providing students with an internationally benchmarked liberal arts and sciences curriculum, with advanced STEM offerings. Considering joining the BASIS Independent Dublin community? To join our interest list for the next school year and receive admissions updates and more, please click here.

Why Latin? – A Language That Opens Doors You Never Expected

January 9, 2026 by emilyhughes Leave a Comment

Families are often intrigued to learn that the study of Latin as a World Language is an important part of the curriculum at BASIS Independent Bellevue. All students study Latin in grades 5 and 6, building a strong foundation in language, history, and critical thinking. Beginning in grade 7, students may choose their World Language that they intend to take up through the high school level. The World Language choices are Latin, Mandarin, Spanish, or French. Remarkably, when given the choice in grade 7, many students elect to continue their Latin studies. So why Latin?

To provide a window into what Latin looks like at BASIS Independent Bellevue, one of our exceptional teachers, Mr. Ballantyne, has agreed to share his experiences with Latin, both inside and outside the classroom. A former professor at Baylor University, Mr. Ballantyne brings over a decade of experience teaching Latin, Roman Archaeology, and Art History at the college and high school levels, including IB and AP Latin. From excavation sites in Pompeii to the classroom at BASIS Independent Bellevue, we invite you to step into his journey with Latin!

Latin Beyond the Classroom with Mr. Ballantyne

When people find out I teach Latin, they often ask, “Why Latin? Isn’t it a dead language?” I usually smile, because Latin has taken me places, I could never have imagined when I first encountered it as a student— ancient cities, museums, excavation trenches, and even crime scenes—Roman ones, at least.

Latin is everywhere, even when we don’t notice it. We hear it in law and medicine, see it in mottos like Ad astra per aspera, “To the stars, through hardship,” and recognize it in popular culture—from Harry Potter spells, like expelliarmus, to the Latin-inspired worlds of Percy Jackson and Star Trek. But what surprised me most was how Latin connects us to ordinary people in the past.

As an archaeologist, I study Roman graffiti—the everyday words scratched onto walls in places like Pompeii. These are not polished speeches or epic poems. They are messages like, “Marcus loves Julia,” advertisements for bakeries, jokes between soldiers, and complaints about bad service. In many ways, they are the ancient equivalent of social media. When students translate them, they realize something powerful: people two thousand years ago worried, joked, loved, and complained just like we do.

Latin has also led me quite literally into the ground at an archaeological dig near Pompeii, where I was a part of an international team of students excavating just beyond the walls of Pompeii. For weeks, we carefully dug and documented the site, expecting to uncover evidence of Roman life. Instead, we found almost nothing. Day after day, trench after trench, the ground remained frustratingly empty.

Then one afternoon, we uncovered a small, broken object: an ivory smoking pipe. It wasn’t Roman at all. At first glance, the pipe didn’t seem important, but it turned out to be the key to understanding the entire site. Pipes weren’t used until the discovery of tobacco in the New World. In fact, it dated to the 1700s, when Pompeii was first explored under Charles VII, the king of Naples.

The pipe told us that people had already been there long before us. In the eighteenth century, Pompeii was often dug not by archaeologists as we know them today, but by treasure hunters working for royalty. They searched for impressive objects to display, removing items without carefully recording where they came from. As a result, many areas were quietly emptied centuries ago.

That broken pipe explained why our excavation felt so puzzling. We weren’t failing to find Roman artifacts, but rather the site had already been picked clean. The emptiness of the ground was itself the evidence. This experience taught us an important lesson: archaeology isn’t just about discovering objects. It’s about uncovering the past, including the stories of people who came before us, even earlier excavators. Sometimes a small, unexpected find can answer bigger questions than a spectacular treasure ever could.

Bringing the Ancient World into the Classroom

As we begin this new academic year, I want my students to feel that same spark of excitement and discovery I felt when I translated my first Latin inscription, coin, or monument. When they conjugate verbs or translate sentences, they’re not only doing grammar drills. They are decoding the voices of a lost world.

One way I ignite that spark with students is through a murder mystery I designed called, Murder at the Roman Baths, set at the Roman baths of Aquae Sulis, which is in modern Bath, England. The choice in settings offers one of the richest archaeological and epigraphic datasets in Roman Britain. Alongside monumental architecture and votive deposits, the site preserves over one hundred curse tablets—personal, fragmentary inscriptions that record conflict, theft, and desperation. This combination of material and textual evidence makes Aquae Sulis an ideal setting for an inquiry-based learning experience centered on historical reconstruction.

In this mystery, students have to investigate a fictional murder that occurred within the bath complex. Working as historical detectives, they are given a map, a list of suspects with their motives written in Latin, and make their way around the room to several stations in order to decipher Latin based clues. Students translate these clues from Latin to English and evaluate how these clues reflect personal motives that may fit with the suspect’s opportunity.

No single clue provides a definitive answer. Instead, students must weigh competing interpretations and build a plausible narrative grounded in what they know about Roman culture. Would a slave really “do in” their master? Suspects include desperate slaves, a rival merchant, a jealous wife, a friend who owed the deceased a debt, each one reflecting different aspects of Roman daily life, and therefore eliciting a student’s empathy.

Pedagogically, the mystery emphasizes both linguistic precision as well as historical reasoning. Who is most likely to have committed the crime. Translation becomes a tool rather than an endpoint, as students must decide how meaning, omission, and formulaic language affect interpretation. Archaeological evidence—the layout of the baths, patterns of votive deposition, and access to restricted spaces—provides constraints on possibility, reinforcing the importance of context.

The final product is a great example of how Latin can be made more relatable to students who presented with evidence, have to use their linguistic skills to uncover clues and defend a reasonable conclusion. This assessment prioritized reasoning over correctness, rewarding students who justify their interpretations with both linguistic and material evidence. The gamification of Latin and historical context in our bathhouse mystery helps transform the study of Latin from passive decoding into active inquiry, demonstrating how the ancient world can be reconstructed, maybe imperfectly, but at least persuasively, through careful analysis.

Why Latin Still Matters

Latin has a unique way of opening students’ minds. It trains students to notice patterns, think critically, and piece together meaning from fragments—whether those fragments are words, objects, or clues. Latin roots make English vocabulary clearer—especially in science, law, and medicine. Reading inscriptions teaches patience and creativity: how to piece together meaning from fragments. Studying Latin is not just about the past. It is about learning how to ask good questions, how to listen to overlooked voices—not just the emperors and the generals, but also the slave, the farmer, the baker, or the soldier who left a doodle on a wall before marching off to war, and how to uncover stories hidden in plain sight. It is not what I ever imagined Latin would lead me to in high school, and that sense of discovery is why I am so passionate about bringing this ancient language to life for my students each day.