Li Automation Lab Opens at College of Engineering

Cal Poly Pomona Launches Advanced automation Lab for Industry 4.0 Skills

The California State Polytechnic University, Pomona (Cal Poly Pomona) has inaugurated the Vy and Timothy Li automation Lab, a state-of-the-art facility designed to provide students with hands-on experience in smart manufacturing technologies and prepare them for the demands of Industry 4.0. The lab officially opened its doors on May 1st, marking a meaningful advancement in the university’s engineering program.

Funded by an $850,000 investment, the project was made possible through the combined support of alumnus Vy Li and her husband, Timothy Li, a National Science Foundation (NSF) grant, two SPICE awards, and strategic investment from the Industrial and Manufacturing Engineering (IME) department’s self-support fund.

A Hub for Innovation and Industry Readiness

The grand opening event attracted a diverse group of attendees, including College of Engineering dean Andrew Ketsdever, associate deans, faculty members from various engineering departments, and a large contingent of IME students. The prevailing sentiment was one of excitement about the lab’s potential to foster innovation and enhance career readiness.

The lab’s centerpiece is an advanced Intelitek Smart Factory system, equipped with cutting-edge components that mirror real-world industrial environments.Did You No? according to a 2024 Deloitte study, companies prioritizing smart factory initiatives saw a 12% increase in manufacturing output.

Key Components of the Automation Lab

The Intelitek system includes two PLC-controlled conveyor lines, an Automatic Storage and Retrieval System (ASRS), five industrial robotic arms, CNC milling and turning machines, a vision-based quality control station, and a laser engraver with advanced air filtration. These components are integrated with advanced sensors and IoT communications, enabling both research and practical learning.

Component	description	Benefit
PLC-Controlled Conveyor Lines	Automated material handling systems	Efficient and precise movement of products
Automatic Storage and Retrieval System (ASRS)	Automated warehouse system	Optimized storage and retrieval processes
Industrial Robotic Arms	Programmable robots for various tasks	Increased production speed and accuracy
CNC Milling and Turning Machines	Computer-controlled machining tools	Precise manufacturing of complex parts
Vision-Based Quality Control Station	Automated inspection using cameras	Improved product quality and consistency

Philanthropy Meets Academic Excellence

Dean Ketsdever emphasized the importance of alumni contributions and federal funding in driving academic excellence and preparing students for the workforce. Pro Tip: Consider how your skills and innovative spirit might be applied to solve logistical bottlenecks in your workplace.

“The Vy and Timothy Li Automation lab is a prime example of how philanthropy, faculty initiative, and a shared commitment to student success can come together to build something truly transformational,” Ketsdever stated. “This lab is not just a space-it’s a launchpad for innovation and career readiness in the era of Industry 4.0.”

IME Department Chair Shokoufeh Mirzaei expressed her gratitude to the donors, the college of Engineering leadership, IME staff, and faculty involved in the lab’s creation.

Mirzaei noted, “Vy and Timothy’s generosity has enabled us to bridge the gap between classroom learning and real-world applications. This lab will serve as a cornerstone of our commitment to active learning, research, and preparing our students for high-impact roles in modern manufacturing.”

Student Engagement and Real-World Impact

The grand opening featured live demonstrations of the lab’s capabilities, showcasing robotic coordination, quality inspection, and CNC machining. These demonstrations were led by excited IME students, highlighting the practical skills they are developing.

Timothy Li reflected on the lab’s origins,stating,”This lab is the result of a shared vision and relentless effort.One student said he came back to school as of the hands-on experience this lab offers. Another said this is how we bring manufacturing back to America. That’s what this is about-impact.”

Li also acknowledged Professor Ellips Masehian’s leadership in coordinating the lab’s planning, procurement, and installation, adding, “Professor Masehian worked day and night to bring this lab to life, and it’s already benefiting hundreds of students.”

Ribbon Cutting Ceremony

Context & Evergreen Insights

The establishment of the Vy and Timothy Li Automation Lab at Cal Poly Pomona reflects a broader trend in higher education: the increasing importance of hands-on learning and industry partnerships in preparing students for the future of work.As industries become more automated and data-driven, the demand for skilled professionals who can design, implement, and maintain advanced manufacturing systems is growing rapidly. Universities are responding by investing in state-of-the-art facilities and programs that bridge the gap between theory and practice.

Moreover, the lab serves as a model for how philanthropy can play a crucial role in advancing academic excellence and fostering innovation. By supporting initiatives like the Automation Lab, alumni and other donors can definitely help universities stay at the forefront of technological advancements and provide students with the resources they need to succeed in a competitive global economy.

How do you think universities can better prepare students for the rapidly evolving technological landscape? What role should industry play in shaping curriculum and providing hands-on learning opportunities?

Frequently Asked Questions

What are your thoughts on the role of automation in shaping the future of manufacturing? Share your comments below!

How does the Li Automation Lab specifically support the growth of AI-driven automation?

Li Automation Lab Opens at Collage of engineering: Boosting Innovation and Research

The College of Engineering at [University Name/College Name] proudly announces the grand opening of the Li automation Lab. this state-of-the-art facility promises to revolutionize how students learn and how researchers explore the frontiers of automation. fueled by cutting-edge technology and a commitment to hands-on learning, the lab will serve as a hub for robotic systems development, industrial automation research, and fostering the next generation of engineering leaders.

What Makes the Li Automation Lab Special?

The Li Automation Lab is more than just a laboratory; it’s a dynamic ecosystem where theory meets practice. Its advanced equipment and versatile surroundings allow students and faculty alike to engage in a wide array of research and development activities. The lab’s focus spans several key areas, including artificial intelligence (AI) integration in automation processes, the refinement of robotic arms and their applications, and advancing manufacturing automation techniques. It’s perfectly positioned to tackle current challenges in automated systems and prepare its users for the future.

Key Features & Capabilities of the Lab

The Li Automation Lab boasts a range of capabilities designed to support advanced research and practical training.

• Advanced Robotic Systems: Equipped with several robotics platforms, it facilitates hands-on experience with diverse robotic applications.
• PLC & Control Systems: Offers specialized equipment for programming and deploying Programmable Logic Controllers (PLCs), fundamental to industrial automation solutions.
• Computer Vision systems: Featuring Vision systems and image processing tools, this provides excellent computer vision submission possibilities.
• Simulation Software: The lab provides access to industry-leading simulation software that enables users to design, test, and troubleshoot automation processes virtually.
• Dedicated Workspace: Offers ample space for projects,experimentation,and collaboration among research and development teams.

These features combine to establish the Li Automation Lab as a highly competent infrastructure, catering to a wide variety of engineering and technological pursuits within the field of automation.

Impact of the New Lab on Student Education

The establishment of the Li Automation Lab profoundly impacts the college’s approach to engineering education. It allows for the integration of hands-on learning experiences that solidify theoretical concepts. Students will benefit through several channels:

• Enhanced Practical Skills: Students will gain practical expertise in automation engineering principles, robot programming, and system integration – all skills that are in high demand in the industry.
• Real-World Application: Through project-based learning,students can design and execute automated systems,enabling them to apply their classroom knowledge.
• Career Advancement Opportunities: Hands-on experience provided boosts their employment prospects after graduation and supports future career growth in sectors such as robotics, manufacturing, and process automation.
• research Opportunities: The lab serves as a platform for conducting research on automation,perhaps resulting in publications,presentations,and participation in scientific endeavors.

The lab is specifically designed to nurture and develop the fundamental knowledge bases required for success in today’s rapidly-changing technological landscape.

Specific Courses and Programs Benefitting from the Lab

The Li Automation Lab will be integrated into a variety of courses and programs, dramatically enhancing the curriculum.

• Robotics Engineering: Students have access to advanced robotic platforms enabling them to hone their robotics skills.
• Control Systems Engineering: The lab provides hands-on experience working with PLCs and control systems, which is invaluable to future engineers.
• Manufacturing Automation: The lab’s resources allow students to explore industrial automation technologies that drive modern manufacturing productivity.
• Computer Vision and AI: With computer vision systems available, students can explore real-world AI applications.

Consequently, the creation of this new lab at the College of Engineering enables it to stand out as a center of excellence for higher education in the field of automation.

The Lab’s Role in Research and Development

The Li Automation Lab isn’t just an educational facility; it’s also a nucleus for groundbreaking research. It will accelerate advancements in automation through strategic research initiatives. Researchers will be able to explore several research areas,including:

Research Areas and Focus

• Smart manufacturing: Improving the efficiencies and smart-systems capabilities of manufacturing.
• Human-Robot Collaboration: Researching the effective integration of humans and robots to enhance productivity and safety in the workplace.
• AI-Driven Automation: Integrating AI and enabling technologies to optimize automated processes and promote flexible, responsive systems.
• Robotics for healthcare: Research and development of robotic systems to boost healthcare delivery services and treatments.

It allows for valuable information and collaboration among students,faculty,and industrial partners,which in turn encourages improvements in automation,including the design of new systems,the creation of software solutions,and exploration of advanced materials to support greater innovation. This research-focused capability places the Li Automation Lab on the technological forefront of advancements in industrial automation. Through partnerships with industry leaders, the new lab can conduct experiments and analyze data to bring new technologies and knowledge to the marketplace.

Benefits of the Li Automation Lab and Its Impact on the Community

The Li Automation Lab offers a myriad of benefits to the college’s students, faculty, and the wider community. It strengthens educational programs, boosts research output, and supports collaborations that contribute to regional economic development.

Community Impact

The Li Automation Lab’s impact extends beyond the college walls. By fostering innovation and cultivating skilled professionals, it plays a crucial role in supporting economic growth and technological development in the region.

• Economic Development: Attracts innovation, creating high-tech jobs and contributing to economic growth
• Industry Partnerships: Enhances collaborations with local industries
• Knowledge Transfer: Through workshops and outreach programs, the lab is fostering the spread of knowledge.

Benefits for Faculty and Students

The impact extends to both students and faculty, creating a rich environment encouraging learning, research, and collaboration. Here’s how:

• For Students:
• Hands-on experience with cutting-edge automation equipment
• Increased career opportunities
• Exposure to real-world engineering challenges
• For Faculty:
• research infrastructure and technology
• Opportunities for industry collaboration
• Enhanced reputation and research output benefits

Industry Partnerships and Collaboration

Prosperous automation implementation depends on close relationships with industry. Thus, the Li Automation Lab has carefully cultivated critical strategic affiliations with industry to facilitate hands-on projects for students, collaborative research initiatives, and training opportunities. Through collaboration, students are taught alongside industry professionals, improving the quality of their education. The lab enables:

• Joint Research Initiatives: The lab partners with business to spearhead and create collaborative research endeavors.
• Internship Programs: The lab provides opportunities for pupils to get crucial work experience.
• Expert Workshops & Training Courses: Industry experts will host training, workshops, and seminars on the latest automation trends and technologies.

Examples of Successful Collaborations in Automation

To support and encourage automation technology, the lab seeks out businesses like [Company Name] and, among others:

Partner	Collaboration Focus	Outcomes
[Company A]	Robotics and Assembly Line Optimization	Improved workflow, student internships, patent publications
[Company B]	Automation Software and PLC programming	Industry standard training programs, career pathways

These collaborations led to the advancement of technology, along with tangible contributions to educational goals and business innovation.

Future Plans and Development of the Li Automation Lab

Looking ahead,the Li Automation Lab has ambitious development plans to remain at the technological frontier. Future plans include:

• Expansion of Capabilities: Expansion with cutting-edge technologies, like an advanced digital twin modeling system to enhance operations, will strengthen the lab to support ongoing research.
• Increased Capacity: The goal is to expand facilities and welcome more students, as well as provide access to specialized robotic and automation tools.
• Global Outreach: Establishing partnerships with international universities and businesses will contribute to the building of a strong support network and encourage global research.

These proactive steps show a commitment to development and innovation, cementing the Li automation Lab’s status as central to automation research and education for many years to come.

Preparing for a Future Shaped by Automation

The Li Automation Lab has laid a foundation for the future of engineering excellence and is contributing to shaping the engineering professionals of tomorrow. As technologies continue to evolve, the lab’s emphasis on hands-on learning, research, and industry collaboration ensures that students and faculty are well-equipped to confront the challenges and seize the opportunities of an increasingly automated world.

With its facilities, industry collaborations, educational programs, and ambitious future goals, the Li Automation Lab is positioned at the forefront of automation technology, significantly contributing to the development of technology and enabling students to push the boundaries of innovation.