The Go1 line by Unitree has a variety of applications. The key features include human recognition, intelligent side flow, and a strong, reliable power system. These robots can be used for educational purposes and commercial applications. The options available in this line provide multiple ports for input and output devices, dynamic obstacle avoidance, gesture recognition, and programmable AI.
Virtual Career Exploration and Hands-On Skills Development
MIMBUS is a pioneer in immersive training technologies, founded in 2011 with a clear mission: to make hands-on technical training more accessible, effective, and engaging for all learners. Founded in 2011, MIMBUS revolutionizes vocational training by providing instructors with innovative tools to train their students more efficiently, safely, and at lower costs. MIMBUS designs powerful VR tools that transform traditional education and workforce development programs.
Through a strong commitment to pedagogical innovation, MIMBUS empowers educators to provide interactive, virtual environments that simulate real-world jobs—from carpentry and welding to automotive and construction. These tools allow students to explore career paths, develop hands-on skills, and receive meaningful feedback—all in a safe, measurable setting.
Built for Education
- VR simulators designed for K-12, CTE, technical colleges, and workforce programs
- Turnkey solutions that align with educational goals and career exploration pathways
- Interactive learning experiences that engage digital-native learners
- Real-time performance analytics with the VULCAN platform
- Ideal for career fairs, school demos, orientation events, and virtual campus tours
Meet the Experts Behind the Innovation
MIMBUS brings together a multidisciplinary team of educators, engineers, and industry experts who are passionate about transforming learning through technology. Whether it’s through their instructional design, integration support, or curriculum alignment, the MIMBUS team is committed to helping schools achieve measurable training outcomes.
Why Choose MIMBUS?
- Backed by over a decade of experience in immersive tech
- Serving 400+ training centers and schools in 20+ countries
- Comprehensive support for integration, training, and curriculum use
- Proven increase in student engagement, knowledge retention, and job readiness
With MIMBUS, educators can bridge the gap between theory and practice—preparing students not only for certification, but for successful careers.
Turnkey VR Career Exploration Solution
All-in-One VR Career Exploration
The MIMBUS Discover bundle is a fully equipped, ready-to-use VR system designed to help schools, workforce boards, and career centers bring real-world trades to life. Each bundle includes a cutting-edge headset package with tablet and flight case, cloud-based ArborXR device management, Vulcan LMS for real-time performance tracking, and Mimbus Bridge for classroom control and screen sharing.
Students and job seekers can explore 16+ immersive scenarios across Industrial, Construction, Automotive, Agrifood, Scientific, and Personal Services industries. Simulations are short, engaging, and skill-focused, helping participants discover hidden talents, assess abilities, and connect classroom learning to real careers.
From career guidance centers to CTE classrooms and job fairs, MIMBUS Discover offers a safe, guided environment for skill exploration and career readiness. Training is backed by an online VR teaching course, equipping instructors with strategies for successful integration into any learning program.
Turnkey VR Career Exploration Bundles
The MIMBUS Career Exploration Bundles make it easy to integrate VR into your training or guidance programs. Each bundle includes preconfigured VR headsets, a tablet, and a durable flight case, so you can start exploring as soon as it arrives. ArborXR enables remote device management, app updates, and analytics, while Vulcan LMS tracks skills and progress in real time.
With Mimbus Bridge, instructors can view and share student perspectives, turning any session into an interactive learning opportunity. Self-paced instructor training ensures your team is ready to maximize VR's potential for student engagement, recruitment, and skills assessment.
Designed for CTE classrooms, career fairs, and workforce agencies, MIMBUS bundles help uncover hidden talents, assess skill levels, and prepare learners for high-demand careers through realistic, hands-on VR experiences.
Discover how the NeuroMaker Hand 2.0 empowers students to build, code, and innovate with real-world biomedical technology. This printable brochure introduces key features of the NeuroMaker Hand, including its plug-and-play BioSensor integration and immersive, project-based curriculum.
What You'll Find:
- Highlights of hands-on STEM and CTE learning with prosthetic and biosensor technology
- Overview of coding tools: block-based programming and browser-based Arduino C SDK
- Details on classroom-friendly packaging, reusability, and modular design
- How students address real-world challenges faced by amputees and design inclusive solutions
- Access to student competitions focused on empathy, impact, and innovation
This is a great one-pager to share with educators, grant committees, and educational decision-makers looking for STEM programs with social purpose and advanced skill development.
Ready for a demo or classroom consultation? Contact us today to bring NeuroMaker into your school or program.
Align NeuroMaker STEM Lessons to CTE Pathways
Bridge classroom learning with real-world career pathways using the NeuroMaker Hand CTE Curriculum Crosswork. This resource maps each hands-on module in the NeuroMaker Hand 2.0 program to high-demand CTE pathways such as Engineering & Technology, Biotechnology Research & Development, Programming & Software Development, and more.
Each module outlines the 21st-century skills students will develop—such as critical thinking, collaboration, digital literacy, and innovation—while highlighting corresponding career tracks, salary data, and job outlooks from O*NET. Whether you’re writing a grant, aligning to CTE frameworks, or enhancing STEM/CTE integration, this document is an essential tool for educators, administrators, and program planners.
Explore how NeuroMaker is transforming Career and Technical Education (CTE) classrooms with cutting-edge solutions that combine biotechnology, robotics, and coding. This downloadable two-page overview highlights how the NeuroMaker Hand 2.0 and BioSensor Kit deliver real-world STEM learning through project-based activities and industry-relevant technology.
Highlights
- How the NeuroMaker Hand 2.0 introduces students to biomedical engineering, prosthetic design, and robotic systems
- Ways students can measure EMG signals and code bio-inspired devices
- Curriculum insights: 100+ hours of standards-aligned STEM and CTE lessons
- Applications in real-world biotech and healthcare training
- How NeuroMaker supports equitable access using Chromebooks and reusable hardware
Build. Code. Create. Discover. Download the 2025 Catalog
Download the latest NeuroMaker catalog to explore hands-on STEM programs that blend biomedical engineering, coding, AI, and brain–computer interface (BCI) with project-based learning.
Inside, you’ll find the NeuroMaker Hand 2.0, the BioSensor Kit, the accessible NeuroMaker BCI headband, and the exciting NeuroRacing experience—plus 100+ hours of curriculum, student projects, and professional development options. (English and Spanish resources included.)
Explore:
- NeuroMaker Hand 2.0: A programmable prosthetic hand kit derived from real prosthetics work—teaches design, assembly, and coding.
- BioSensor Kit: Plug-and-play sensors (EMG, flex, and more) to capture muscle signals, motion, temperature, and color for advanced projects.
- NeuroMaker BCI: Classroom-ready EEG headband with activities introducing neuroscience, machine learning, and signal processing.
- NeuroRacing: A brainwave-driven slot-car challenge that builds focus, engagement, and makerspace excitement.
- Curriculum & Projects: 100+ hours of interdisciplinary content, student-oriented projects, and capstone challenges.
- Professional Development: e-learning Suite/Core, live support, docs & FAQs for smooth implementation.
Why educators choose NeuroMaker
- Real-world relevance: Industry-derived activities connect prosthetics, AI, and BCI to authentic problem-solving.
- Flexible implementation: Browser-friendly tools, bilingual materials, and scaffolded lesson plans.
- Student impact: High engagement, career exploration, and 21st-century skill development.
Prepare Students for Real-World EV Maintenance and Diagnostics
The rapid expansion of the electric vehicle (EV) industry has created a nationwide demand for technicians skilled in high-voltage systems, battery technology, and EV charging infrastructure. According to the U.S. Department of Energy, clean vehicle and battery manufacturing jobs are among the fastest-growing in the energy sector, adding over 24,000 new positions in 2023 alone.
Career opportunities are emerging for EV service technicians, electrical diagnostics specialists, energy storage engineers, and charging infrastructure installers. To prepare students for these roles, educators are turning to programs aligned with ASE L3: Light Duty Hybrid/Electric Vehicle Specialist and ASE L4: Heavy-Duty Electric Drivetrain Specialist certifications, as well as SkillsUSA Transportation competitions that emphasize hands-on EV system diagnostics and repair.
Lucas-Nülle’s electric vehicle training systems provide a structured and safe way to teach charging infrastructure, high-voltage safety, batteries/BMS, and power electronics. These modular, industry-standard trainers align directly with ASE and SkillsUSA performance standards, helping students transition from classroom fundamentals to professional EV service careers with confidence.
- ASE L3/L4 Alignment: Trainers support learning outcomes in electrical safety, high-voltage systems, power distribution, and diagnostic procedures.
- SkillsUSA Integration: Ideal for EV-focused competitions and skill demonstrations in automotive service, maintenance, and diagnostics.
- High-Voltage Safety: Structured learning paths to safely work with live systems following ISO and OSHA best practices.
- Real Fault Insertion: Develop troubleshooting skills through simulated component and communication failures.
- Instructor Support: We provide setup guidance, training recommendations, and implementation support to fit your curriculum.
- Charging Infrastructure: AC/DC systems, commissioning, insulation testing, and diagnostics.
- High-Voltage Safety: Personal protective equipment, lockout/tagout, and insulation measurement procedures.
- Battery Management: SOC/SOH analysis, balancing, fault detection, and temperature control systems.
- Power Electronics: Inverters, DC/DC converters, and on-board chargers for hybrid and full EV systems.
- Diagnostics & CAN Communication: Sensor monitoring, fault reading, and data interpretation for troubleshooting.
- EV Charging Station Trainer: Covers installation, testing, and safety protocols for ASE and SkillsUSA training events.
- High-Voltage Safety Kit: Reinforces ASE-mandated safety and isolation procedures with live system testing.
- Battery/BMS Trainer: Provides insight into voltage, current, and temperature control in lithium-ion packs.
- Power Electronics Module: Demonstrates inverter and converter efficiency, switching behavior, and system losses.
- EV Vehicle Systems (CarTrain EV/Hybrid): Enables advanced troubleshooting and CAN-based fault diagnosis aligned to ASE L3/L4.
Lucas-Nülle EV trainers integrate theory and practice to support ASE L3: Light Duty Hybrid/Electric Vehicle Specialist and ASE L4: Heavy-Duty Electric Drivetrain Specialist certification objectives, including:
- High-voltage electrical safety and measurement
- Battery management systems and charging logic
- Power electronics, inverters, and DC/DC systems
- Diagnostics, service procedures, and scan data interpretation
These same competencies align with SkillsUSA Transportation Career Cluster performance standards, giving students a competitive edge in regional and national competitions.
We partner with schools, colleges, and workforce training centers to design turnkey EV labs that meet certification goals. From equipment selection and facility layout to instructor training, our team ensures each lab supports ASE and SkillsUSA readiness.
Ready to align your EV program with ASE and SkillsUSA standards? Contact us for a customized quote, curriculum guidance, or on-site demo.
Join us for an exclusive event where educators, administrators, and industry professionals come together to explore the latest innovations in educational training solutions. This event offers an opportunity to engage with experts, participate in hands-on demonstrations, and discover cutting-edge tools to enhance your curriculum and student outcomes. Whether focused on technical education, industrial training, or STEM, this event is tailored to give you the insights and resources you need.
Date: Tuesday, April 14, 2026 9:00 AM - 4:00 PM
Location: 2734 South 3600 West Ste. J, Salt Lake City, Utah
Date: Wednesday-Thursday, June 10-11, 2026
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Discover the versatility of Unitree's Go 2 line, featuring human recognition, intelligent side flow, and a robust power system. Ideal for both educational and commercial use, these robots offer multiple input/output ports, dynamic obstacle avoidance, gesture recognition, and programmable AI, making them a powerful choice for a range of applications. -
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Item Number:HRVThe simulation software puts you at the controls of a typical tracked carrier (swing machine) equipped with an articulated boom and free-swinging "dangle-type" harvester head. You can even change the viewpoint during the simulation at the touch of a button. Simply set up the simulator controls, install the simulation software on your desktop or laptop PC, and begin! -
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