A National Priority
Addressing America's Semiconductor Workforce Crisis
The U.S. semiconductor industry faces a critical workforce shortage threatening national security and economic leadership. The EPack-LAB initiative offers an innovative solution through immersive technology training.
Addressing America's Semiconductor Workforce Crisis
Full report — NC State University & Solo XR · PDF, 14 pages
Foundation of Modern Society
The Semiconductor Imperative
Foundation of Modern Supply Chain
Semiconductors power everything from consumer electronics to advanced defense systems, making them the foundational technology of the 21st century.
Technology Vulnerabilities
Recent global disruptions have highlighted the urgent need for the U.S. to re-establish leadership in domestic semiconductor manufacturing and packaging.
National Security Priority
A robust domestic semiconductor industry is fundamental to national defense, economic resilience, and technological sovereignty.
By the Numbers
The Workforce Crisis
The U.S. semiconductor industry faces a critical workforce crisis, with a projected shortfall of 59,000 to 146,000 workers by 2029 and a need for nearly 115,000 new jobs by 2030, particularly in specialized manufacturing areas.
Projected Workforce Supply vs. Demand (thousands) — Source: Semiconductor Industry Association
- Workforce Supply
- Workforce Needed
Partners & Leadership
Project Leadership
Leading public research university with strong engineering and workforce development expertise. Established relationships with community colleges and industry partners across the region.
Industry partners are shaping curriculum and providing job access through internships, apprenticeships, and full-time roles to EPack-LAB graduates.
Exclusive immersive technology partner specializing in Digital Twins, VR, and AR training solutions.
Develops industry-recognized certification pathways and scalable national deployment platforms to prepare workers for the complexities of modern semiconductor manufacturing.
Visit soloxr.com →The Initiative
The EPack-LAB Solution
A comprehensive ecosystem connecting academic institutions, industry partners, and rural communities through innovative training solutions — ensuring a sustainable pipeline of skilled professionals.
Innovative Curriculum
Comprehensive electronic packaging training modules integrated into 2-year and 4-year academic programs.
Immersive Technology
Digital Twin, VR, and AR platforms providing hands-on experience in risk-free environments.
Industry Certification
Validated credentials enhancing employability and career progression in semiconductor manufacturing.
Solo XR Technology
Immersive Technology Advantage
Digital Twins
Virtual replicas of physical manufacturing equipment allow for realistic training without risk to expensive machinery.
Virtual Reality
Immersive environments simulate complex manufacturing processes, allowing repeated practice of critical skills.
Augmented Reality
Overlay of digital information on real equipment enhances learning and troubleshooting capabilities.
Artificial Intelligence
Solo XR's AI-Powered Solutions
Solo XR leverages artificial intelligence to enhance the effectiveness of immersive learning experiences, accelerating skill acquisition and improving training outcomes.
Adaptive Learning
AI algorithms personalize training paths based on individual performance and learning styles.
Performance Analytics
Real-time assessment of skills development with predictive insights for educators and employers.
Virtual Mentors
AI-powered guides provide instant feedback and assistance during immersive training sessions.
Scenario Generation
AI creates diverse manufacturing scenarios to prepare workers for real-world challenges.
Community Access
Lab Hubs: Bringing Training to Communities
Mobile Training Units
Deployable Lab Hubs housed in shipping containers bring real equipment and AR/VR interfaces directly to communities.
Immersive Learning
Combines hands-on experience with cutting-edge virtual and augmented reality training modules.
Rural Access
Strategically deployed to reach underserved communities, creating pathways to high-tech careers.
Roadmap
Phased Implementation
Phase 1
Pilot and Refinement
- Curriculum development with industry input
- Deploy 5 Lab Hubs at NC State and 3 community colleges
- Train 400 students and certify instructors
- Engage 2 rural communities for needs assessment
- Develop 6 industry-recognized certifications
Phase 2
Expansion and Scale
- Onboard 2 additional universities and 9 community colleges
- Deploy 18 new Lab Hubs with rural focus
- Train 1,800 students and 180 educators
- Integrate with 6 rural communities
Strategic Importance
National Security Impact
Supply Chain Resilience
Strengthened domestic production of crucial components, enhancing national security and resilience.
Technological Sovereignty
Leverage homegrown expertise to manufacture advanced chips for defense and intelligence, fortifying national capabilities.
Economic Stability
Fuel national strength and influence through a fortified industrial foundation that drives progress and prosperity.
Measurable Results
Driving Retention and Rural Access
Immersive Training
EPack-LAB's virtual training offers significant cost savings compared to traditional methods and boosts retention through engaging, hands-on learning.
Rural Accessibility
With 23 mobile training hubs deployed nationwide, EPack-LAB extends high-quality semiconductor education to underserved communities across the country.
A Strategic Investment
America's Future
The EPack-LAB initiative represents a strategic investment in America's human capital, economic prosperity, and technological leadership. By addressing the critical workforce shortage in semiconductor manufacturing through innovative immersive training, EPack-LAB ensures that the United States will maintain its competitive edge in this vital industry for generations to come.
"Through the power of SoloXR's AI-driven immersive learning solutions, we're not just filling jobs — we're building the skilled, adaptable workforce that will drive innovation and secure America's technological future."