This Case Shows Specific Expertise. Find the Companies with the Skills Your Project Demands!

You're viewing one of tens of thousands of real cases compiled on Many.dev. Each case demonstrates specific, tangible expertise.

But how do you find the company that possesses the exact skills and experience needed for your project? Forget generic filters!

Our unique AI system allows you to describe your project in your own words and instantly get a list of companies that have already successfully applied that precise expertise in similar projects.

Create a free account to unlock powerful AI-powered search and connect with companies whose expertise directly matches your project's requirements.

Develop Immersive HoloLens Training Application for EV Maintenance Technicians

hedgehoglab.com

Information technology

Automotive

Education

Challenge: Scaling EV Maintenance Workforce & Reducing Training Costs

The rapid transition to electric vehicles requires a significantly expanded and skilled workforce capable of maintaining these complex systems. Traditional training methods are resource-intensive, costly, and environmentally impactful. There's a critical need to rapidly scale EV maintenance training while improving repair quality, reducing carbon footprint, and minimizing resource consumption.

About the Client

Global technology company focused on software, services, devices, and cloud.

Project Goals: Enhance EV Technician Training & Promote Sustainability

Develop a fully functional HoloLens training application for electric vehicle maintenance.
Improve the quality and efficiency of EV technician training.
Reduce the environmental impact of EV training by enabling remote, virtual training.
Minimize the need for physical training resources (vehicles, components).
Accelerate the growth of the EV maintenance workforce.

Functional Requirements

Holographic representation of a Nissan Leaf vehicle.
Step-by-step maintenance procedure guidance.
Interactive components for practicing maintenance tasks.
Detailed visualizations of internal vehicle components.
Scenario-based training modules (e.g., fuel cell maintenance).
Progress tracking and performance assessment.

Preferred Technologies

Microsoft HoloLens

Mixed Reality (MR) development platform

3D modeling and animation software

Interactive development framework

Integrations Required

Nissan vehicle data models (for accurate representation)
Potentially a learning management system (LMS) for tracking progress (future phase)

Key Non-Functional Requirements

High level of realism and visual fidelity.
Intuitive and user-friendly interface.
Scalability to accommodate future EV models.
Performance optimization for smooth interaction in a mixed reality environment.
Security to protect training data and user information.

Expected Business Impact: Improved Skills & Sustainability

This project is expected to significantly improve the skills and knowledge of EV maintenance technicians, leading to higher quality repairs and increased vehicle lifespan. The virtual training approach will substantially reduce the environmental footprint of EV training, contributing to Microsoft's sustainability goals and accelerating the adoption of electric vehicles.