Welcome to the DMD-Lab’s Education and Training hub, where knowledge meets innovation! We are dedicated to empowering the next generation of leaders and professionals with cutting-edge skills and expertise. Our education and training programs are designed to bridge the gap between theory and practice, providing hands-on experiences that shape careers and drive innovation.
About Us:
At the DMD-Lab, we’re more than just a research facility; we’re a learning ecosystem committed to excellence. Our team of experts, led by Dr. Chukwuzubelu Ufodike, combines academic rigor with industry insights to offer a range of dynamic educational opportunities.
What We Offer:
Explore a diverse array of educational offerings, from traditional classroom instruction to hands-on training and industry-relevant certifications. Our programs cover a wide spectrum, including materials science, advanced manufacturing, project management, and more.
Who Can Benefit:
Our programs cater to a wide audience, including students, professionals, and organizations looking to upskill their workforce. Whether you’re a curious learner, an aspiring expert, or a business seeking innovation, we have something to offer you.
Why Choose Us:
- Experiential Learning: Our programs emphasize practical knowledge and real-world application, ensuring you’re well-prepared for the challenges of your chosen field.
- Industry Connections: Benefit from our strong ties with industry leaders, gaining insights and networking opportunities that open doors to career advancement.
- Cutting-Edge Research: Access the latest research findings and technologies, staying at the forefront of your industry.
- Customized Solutions: For organizations, we offer tailored training programs to address specific needs and foster growth.
Get Started:
Whether you’re embarking on a learning journey, enhancing your skills, or transforming your organization, the DMD-Lab’s Education and Training programs are your gateway to success. Join us in building a brighter, more innovative future through education and training that empowers.
Explore our programs, discover new horizons, and unlock your potential with DMD-Lab Education and Training!
Unlock Your Potential with DMD-Lab’s Specialized Training Courses!
Discover a world of opportunity and knowledge with our exclusive training programs at the Digital Manufacturing and Distribution Lab (DMD-Lab). Whether you’re passionate about mastering the intricacies of advanced 3D printing in the Mastering Advanced 3D Printing Certificate (MA3D) or aspiring to excel in the dynamic field of semiconductor manufacturing with the Advanced Semiconductor Project Management (ASPM) Certificate, we have designed these courses to empower individuals with specialized skills that are in high demand in today’s industries. Our comprehensive curricula, practical hands-on experience, and industry collaboration ensure that you gain not only theoretical knowledge but also the expertise required to make an immediate impact. Join us in your journey of lifelong learning and career advancement.
1. Mastering Advanced 3D Printing Certificate (MA3D)
Course Summary: The Mastering Advanced 3D Printing Certificate (MA3D) is an intensive, 5-weeks program offered by the DMD-Lab. This course delves into the intricate world of Fuse Filament Fabrication (FFF) additive manufacturing, a rapidly evolving technology. Participants will explore the rheological properties of polymer melts, fluid dynamics, and multiphysics involved in FFF additive manufacturing. With a focus on material printability and flow dynamics, this course equips individuals to optimize FFF processes for industries like healthcare, automotive, and aerospace.
Course Curriculum:
Week 1 – Module 1: Investigating Rheological Properties:
- Understanding polymer melt rheology.
- Identifying rheological parameters impacting printability.
- Hands-on experiments with rheological measurements using NETZSCH Rosand RH2000.
Week 2 – Module 2: Modeling Thermal Evolution:
- Analyzing the thermal evolution in the hot-end of material extrusion 3D printers.
- Introduction to melting models.
- Application of models to predict material flow.
- Practical exercises using TA ARES-G2 rotational rheometer.
Week 3 – Module 3: Nozzle Diameter and Heat Flux:
- Exploring the effect of nozzle diameter on polymer flow.
- Studying the impact of heat flux on the FFF process.
- Computational simulations for nozzle and heat flux optimization.
Week 4 – Module 4: Process Modifications and Design:
- Examining how a deeper understanding of flow physics can enhance process modifications.
- Redesigning the hot-end for improved FFF outcomes.
- In-line process parameter monitoring and control.
Week 5 – Module 5: Application in Industry:
- Applying the knowledge gained in FFF-related industries.
- Case studies in healthcare, automotive, and aerospace.
- Open discussion on the future of FFF additive manufacturing.
Benefits/Takeaways: Participants of the MA3D program will gain:
- A comprehensive understanding of parameters affecting FFF printability.
- The ability to create physics-based models for material extrusion additive manufacturing.
- Proficiency in correlating rheological properties with complex multiphysics in FFF processes, using computational models.
- Enhanced problem-solving skills for optimizing FFF processes.
- Real-world application of knowledge in FFF-related industries, contributing to product quality and innovation.
Schedule (5 Weeks):
Week 1: Introduction and Rheological Properties
Week 2: Thermal Evolution and Melting Models
Week 3: Nozzle Diameter and Heat Flux
Week 4: Process Modifications and Design
Week 5: Application in Industry and Discussion
2. Advanced Semiconductor Project Management (ASPM) Certificate
Course Summary: The Advanced Semiconductor Project Management (ASPM) Certificate is a comprehensive program tailored to semiconductor manufacturing. It equips students with specialized project management skills, covering semiconductor manufacturing processes, project planning, risk management, and quality control. This program prepares graduates for careers in the semiconductor industry through real-world case studies, industry workshops, and guest lectures by semiconductor professionals. It fosters collaboration with industry giant Intel Corporation, offering internships and job placement opportunities, ensuring long-term workforce development in the semiconductor sector.
Course Curriculum:
Week 1: Understanding Semiconductor Manufacturing (Fabrication, Testing, and Quality Control)
Week 2: Semiconductor Project Management Techniques
Week 3: Addressing Challenges in Semiconductor Projects
Week 4: Collaboration and Critical Thinking in Semiconductor Teams
Week 5: Real-world Applications and Industry Insights
Benefits/Takeaways: Upon completion, ASPM participants will have:
- A comprehensive understanding of semiconductor manufacturing processes, including fabrication, testing, and quality control.
- Advanced semiconductor project management techniques tailored to semiconductor projects.
- The ability to address unique challenges in semiconductor projects, including resource allocation, risk management, and timeline adherence.
- Enhanced collaboration and critical thinking skills for effective leadership in semiconductor project teams.
Schedule (5 Weeks):
Week 1: Introduction to Semiconductor Manufacturing
Week 2: Semiconductor Project Management Techniques
Week 3: Addressing Semiconductor Project Challenges
Week 4: Collaboration and Leadership in Semiconductor Projects
Week 5: Real-world Applications in Semiconductor Industry