BASIS Independent Silicon Valley School
Award Recipients 2025
Synopsys Silicon Valley Science and Technology Championship
Awards of winners will be revealed after the Awards Ceremonies.
| School | Teacher | Student | Title | Gr | |||
|---|---|---|---|---|---|---|---|
| BASIS Independent Silicon Valley School | Kevyn | Adams | Saanvi | Sharma | Protecting Construction Workers: A Novel 3D Vision-Based System for High-Precision Hazard Detection (Physical Science and Engineering) | 10 | |
| Karen | Allendoerfer | Jason Naoki | Nishio | Universal Deep Learning Frameworks for Multi-Disease Classification in Neurology: From Alzheimer's to Brain Tumors (Biological Science and Engineering) | 11 | ||
| Nelson Kazuki | Nishio | Universal Deep Learning Frameworks for Multi-Disease Classification in Neurology: From Alzheimer's to Brain Tumors (Biological Science and Engineering) | 11 | ||||
| Swetha | Bhattacharya | Manasvini | Singh | Transforming MRI Data into Latent Space Embeddings Using Multihead Learning to Understand Alzheimer's Progression (Biological Science and Engineering) | 9 | ||
| Chandni | Chadha | Aryan | Tummala | Reactive Species Detection in DBD Plasma for Wound Healing Applications (RRI Biological Science and Engineering) | 11 | ||
| Kyle | Covert | Anav Venkata | Apparaju | Measuring and Classifying Wildfires Using a Novel Drone-Based Approach (Physical Science and Engineering) | 11 | ||
| Jianli | Fan | Ethan | Guo | Generative Visualizations for Accessible Learning: Bridging Cognitive Gaps in Mathematics through Visual Pathways (Physical Science and Engineering) | 10 | ||
| Raeanne | Li | Generative Visualizations for Accessible Learning: Bridging Cognitive Gaps in Mathematics through Visual Pathways (Physical Science and Engineering) | 10 | ||||
| Clarence | Lau | Ankith | Burki | CrashGuard: A Smart Vehicle Device That Uses Machine Learning & Pattern Recognition to Anticipate and Prevent Accidents (Physical Science and Engineering) | 6 | ||
| Rithvik | Burki | CrashGuard: A Smart Vehicle Device That Uses Machine Learning & Pattern Recognition to Anticipate and Prevent Accidents (Physical Science and Engineering) | 8 | ||||
| Celena | Fu | Tennis Trajectory: Predict where a tennis ball lands by using Projectile Motion and Arduino (Physical Science and Engineering) | 6 | ||||
| Jon | Noble | Dhruv | Sharma | FIBER: Real-Time Neurofeedback System for Fibromyalgia Pain Management Using EEG-Based Closed-Loop Control (Biological Science and Engineering) | 11 | ||
| Ollie | Schindler | Aditrivaishnavi | Balaji | Cracking the code to Martian Energy: The search for uranium in Mars using Gamma Ray Maps (Physical Science and Engineering) | 8 | ||
| Kirti | Tamhane | Tianyi Stanley | Cao | A Neural Network-Based Heart Rate Monitoring System (Physical Science and Engineering) | 9 | ||
| Shivani | Iyer | EMPATH AI: Real-Time Adaptation based on emotional non-verbal cues in online tutoring (Physical Science and Engineering) | 10 | ||||
| Priyank | Sharma-Tiwari | Greener Cities, Smarter Rides: Optimizing Public Transit with Dynamic Routing and User Requests (Physical Science and Engineering) | 8 | ||||
| Harrison | Wu | Revolutionizing RAG with Confliction Detection: Transforming Customer Service Chatbots with Large Language Models (Physical Science and Engineering) | 10 | ||||
| Julia | Wendel | Krishna | Bhatt | MesoNet: A Spatio-Temporal Neural Architecture for Massively Energy-Efficient Unsupervised Learning (Physical Science and Engineering) | 10 | ||
| Archit | Deepak | A.U.R.S: Autonomous UAV for Rescue Signaling (Physical Science and Engineering) | 10 | ||||