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Education & Augmented RealityHouston, TX, USA

SciLens AR Solution for Education Center

Interactive AR science lab bringing physics, chemistry, and biology to life.

SciLens AR Solution for Education Center
40%
Improvement in Student Performance
3 Months
Time to Market
TEKS
Curriculum Aligned
4.9★
Average App Rating
Business Overview

App Vertices built AR Learn Lab, an interactive mobile app that uses Augmented Reality to bring science concepts to life—enabling students to run virtual experiments, explore 3D models, and boost learning outcomes with quizzes and curriculum-aligned content. Our client is a Houston-based science coaching center focused on helping middle and high school students, including homeschoolers, gain a deeper understanding of scientific principles. With a strong commitment to academic excellence and modern teaching methods, the center wanted to bridge the gap between traditional classroom teaching and technology-driven learning experiences. They were looking for a long-term digital solution that could enhance engagement, reduce reliance on physical labs, and offer safe yet immersive science education—accessible from anywhere.

IndustryEducation & Augmented RealityLocationHouston, TX, USAPlatformFlutter · Unity3D · Vuforia SDKStatusLaunched MVP
Core Objectives

Interactive Learning: Core Objectives Behind SciLens AR Learn Lab

01

Immersive 3D Science Education

Bring core scientific concepts to life using Augmented Reality. The app delivers interactive 3D content for biology, chemistry, and physics topics to simulate experiments virtually.

02

Concept Retention & Assessment

Support concept retention through real-time assessments and quiz modules mapped to school-level curricula and academic levels.

03

Reduce Reliance on Physical Labs

Provide a safe, virtual experiment platform accessible anywhere, eliminating the need for expensive and hazardous physical lab setups.

The Process

From Curriculum to AR Canvas: The Development Journey

1
Phase 1

Discovery & Curriculum Analysis

Collaborated with educators to map the biology, chemistry, and physics topics directly to curriculum standards (such as TEKS for Texas students) ensuring academic accuracy.

2
Phase 2

3D Asset Optimization

Designed and optimized highly detailed 3D models of science concepts in Blender, ensuring they load efficiently on standard mobile devices without performance lag.

3
Phase 3

Unity & AR Integration

Integrated Unity3D with the Vuforia SDK to create stable, responsive marker-based and markerless AR triggers for virtual experiments.

4
Phase 4

Interactive Flow Design

Built step-by-step experiment prompts, voice narration for audio learning, and a dashboard for progress and quiz score tracking.

5
Phase 5

QA & Pilot Launch

Conducted intensive testing on iOS and Android devices, followed by an initial MVP rollout to science coaching center students.

Tech Stack

Tech Stack Engineered for Immersive Education

Flutter
Unity3D
Vuforia SDK
Node.js
Express
Firebase Firestore
Google Cloud Platform
Blender
Impact & Results

Results & Impact: Redefining Classroom Science

Key Outcomes
40% Boost
In Student Performance

Assessments showed a marked improvement in comprehension and test scores after students began using the virtual experiment simulator.

High Engagement
Active Weekly Usage

Students frequently accessed the app outside class hours, indicating high curiosity and self-driven study patterns.

Positive Sentiment
From Parents & Teachers

Educators reported higher class participation, and parents praised the app's safe approach to conducting lab experiments at home.

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