Simulation Platforms for Training, Education, and Industry

We build scalable web and VR solutions that power technical skill development, immersive learning, and interactive system training across education and enterprise sectors.

Pixelpad Studio.

About us
Pixelpad Interactive Inc. is a software company specializing in simulation-driven solutions for training, education, and interactive system development. We design and deploy web-based platforms, VR applications, and simulation environments with a focus on scalability, accessibility, and instructional effectiveness.

Our core competencies lie in simulation training development, web application development, and impactful and effective training systems. We leverage modern frameworks and cloud-native infrastructure to deliver scalable, performant, browser-accessible environments capable of supporting a large number of users, multi-user concurrency, and cross-platform compatibility.

Our work spans simulation training for technical skill development, virtual environments for robotics and machine operation, and custom educational technologies with built-in assessment, classroom management, and user-generated content systems. Through our platforms, we provide structured onboarding, and real-time feedback systems to support measurable learning outcomes.

We are well-positioned to support a broad range of industries, including digital twin technology, EdTech for vocational training, AI, gamified learning and training, industrial process simulation, AR/VR immersive training, defense, healthcare, and urban sim.

Our Portfolio.

FIRST Skills Simulator
The Skills Simulator is a browser-based and VR-enabled training suite designed to deliver foundational machine operation skills in a safe, scalable, and hardware-efficient environment. Developed for vocational institutions, technical training programs, and secondary schools, the simulator addresses the need for accessible, repeatable, and measurable skills development without the cost or risk of physical equipment.

Feature Include:
  • A VR application for Meta Quest that replicates immersive training environment.
  • Includes web-based version, compatible with any device, optimized for low-spec devices, can be run on as low as 2 GB of RAM and minimum resolution of 1366x768.
  • Users engage with machine scenarios such as drill presses, lathes, and milling machines through interactive tutorials that provide real-time feedback
  • Gamified challenges, embedded assessment, and progress tracking ensure skill retention while increasing user motivation and time-on-task.
  • Lessons are structured to align with instructional objectives, using scenario-based learning to connect simulation with real-world transfer.
  • The system is designed to be fun, pedagogically sound, and technically lightweight, allowing institutions to deploy effective machine training at scale without significant infrastructure demands.
    • Try out FIRST Skills Simulator
FTCSIM.ORG
Over 500,000 all-time users worldwide.
FTCSim.org is a web-based robotics simulation platform developed to support programming, educational development, and computational thinking through virtual robotics challenges. Designed for classrooms, competition teams, and independent learners, the platform allows for authentic robotics logic, without requiring access to physical hardware.

Feature Include
  • Officially modeled competition fields based on FIRST Tech Challenge specifications, allowing teams to practice programming and match strategy in a realistic environment.
  • Multiple programming languages supported, including block-based logic and OnBot Java, enabling progression from beginner to advanced user.
  • Interactive courses guide learners through structured robotics programming concepts.
  • Over 50 scaffolded puzzle-based challenges to promote problem-solving and learning.
  • Multiplayer mode allows users to compete with each other through online play.
  • Educational features include integrated classroom management tools and automated grading for monitoring learner performance and engagement.
  • Web-based and compatible with all major devices, optimized for low-spec hardware common in educational institutions, reducing barriers to entry for schools and learners.
  • A World Builder enables creation of custom environments, supporting instructional customization and experimental challenge design.
  • Users can author and share custom puzzles with the global community, fostering open-ended creativity and peer learning.
Check Out FTCSIM.ORG
PixelPAD.io
Over 200,000 Projects.
PixelPAD.io is a browser-based development environment and educational platform designed to learn Python programming, game development, and computer science through hands-on, project-based learning. Built for accessibility, it requires no installation and runs on any modern web browser, making it ideal for classrooms, coding camps, and remote learning environments.
Feature Include
  • Comprehensive documentation covering core topics such as game loops, object-oriented programming, sprites, animations, asset management, sounds, and music.
  • Step-by-step tutorials and guided projects that introduce learners to programming concepts through the development of games and interactive media.
  • Asset and code management systems that enable students to structure and organize classes, rooms, sprites, sounds, and functions in a simplified environment suitable for education.
  • Community engagement features allowing learners to publish, share, and remix projects, encouraging peer learning and iterative development.
  • Integrated classroom tools including student tracking and user management.
  • PixelPAD.io supports gamified learning that emphasizes creativity, experimentation, and rapid iteration.
  • The platform's structure allows users to move from foundational programming logic to complex interactive games, purpose-built for simplicity and educational value.
    • Check out Pixelpad.io
CodingLeague.ca
CodingLeague.ca is a competitive programming platform designed to engage students in structured, time-bound coding challenges. Started in collaboration with Simon Fraser University, this competition the platform enables scalable, curriculum-aligned competition across classrooms nation-wide. CodingLeague.ca emphasizes engagement, equity, and accessibility, o ffering a competitive environment where students build resilience, collaboration, and proficiency in core computer science concepts. The platform is built for deployment in educational institutions, coding bootcamps, and outreach initiatives aiming to increase participation in STEM fields through structured competition.
Feature Include
  • Timed challenges that test logic, programming fundamentals, and computational thinking in progressively difficult rounds.
  • Live leaderboards and automated grading for instant feedback, enabling real-time performance tracking.
  • Classroom management features including registration tools, user grouping, and result aggregation to streamline competition logistics.
  • A scalable backend supporting large number of users simultaneously, with no installation required and full browser compatibility.
  • National finals event featuring top-performing students from across Canada, culminating in a live-streamed championship round.
  • Prizes include internships, scholarships, and steam keys for winners, supported by industry and educational sponsors.
  • Annual seasonal format to maintain engagement and allow for progressive skill development across school terms.
    • Check out the Coding League