Learn about the growing field of additive manufacturing through an introduction to six different processes widely used in the microelectronics industry. This specialization is designed for learners interested in the applied basics of additive manufacturing processes and designs, including specific 3D printing methods.

This course trains current and future supply chain managers to identify risks and improve the resilience of microelectronics supply chains using cutting edge approaches in AI, machine learning, digital analytics and more.

This Battery Technologies specialization builds an in-depth understanding of batteries for applications in microelectronics and electric vehicles, addressing battery applications, architecture, cell chemistries, battery charging, battery management Systems and more.

This course provides training and predictive modeling for business settings, including the microelectronics industry. The course culminates in a capstone project that gives learners the practice and confidence necessary to connect, explore, and analyze data sources.

The data science certificate program combines the strengths of database skills with interdisciplinary computational statistics with application in business and technical roles in microelectronics. The program trains students to extract insights from complex datasets using a hands-on approach.

The Design of Experiments Specialization offers training in the experimental tools and methods that are widely used in the microelectronics industry to improve products and processes. The four-course specialization is offered in a fully online, asynchronous format that provides maximum flexibility for current workers.

Microelectronic design, fabrication, manufacturing, and transportation networks extend farther across the globe each day. Learn crucial skills to strengthen each link of these increasingly long and complex supply chains with the Designing Anti-Fragile Microelectronics Supply Chains certificate.

ASU’s Engineering Project Management Certification, developed and delivered by world-renowned faculty of the Fulton Schools of Engineering, equips workers with foundational knowledge and understanding of project management fundamentals and best practices widely used in the microelectronics industry and advanced manufacturing.

Unlock the foundational and advanced knowledge you need to tackle, resolve and manage complex problems that confront supply chain managers in the microelectronics industry and beyond through data-driven approaches that increase efficiency, adaptability and sustainability of business practices.

In this course, you will learn how supply chain management, sustainability, and social responsibility work together to benefit companies in the microelectronics industry and beyond by exploring the fundamentals of sustainable supply chains to improve productivity and increase cost savings.

Improve your understanding of current and future trends in the semiconductor industry through curriculum that addresses consumer and industrial applications of microelectronics, technology drivers, industrial processes, supply chains and overviews of materials for semiconductor fabrication.

This course explores the linkages across global semiconductor supply chains and addresses the competencies and specialized knowledge necessary for semiconductor supply chain management.

This certificate provides current and prospective employees of multiple industries, including microelectronics, with a comprehensive and practical curriculum of study in hazardous materials management. It is targeted to environmental professionals who engage in management and transportation of hazardous materials and waste and includes several industry-required trainings.

This course offers students the ability to develop practical total quality management skills for application in real-world use cases, including the microelectronics industry, by addressing continual improvement of people, processes, products/services, and environments to enhance the process and outcomes of project management

Lean Six Sigma is a quality control methodology used across manufacturing enterprises, including in microelectronics. The Lean Six Sigma Green Belt is an industry-recognized certification for manufacturing professionals including engineers, quality-control experts, supply chain managers, operations analysts and more.

Lean Six Sigma is a quality control methodology used across manufacturing enterprises, including in microelectronics. The Lean Six Sigma Yellow Belt is an industry-recognized certification that introduces essential skills to analyze complex problems, eliminate waste and reduce process variation.

Excellent logistics managers are essential to helping enterprises in the microelectronics industry understand each link in their supply chain. This class focuses on the history, importance, and process of transnational logistics, as well as the different delivery modes and the laws that apply to them.

This advanced specialization extends upon the initial Materials Science specialization. Multiple roles in the micro electronics industry will benefit from the knowledge contained in this specialization, including Materials Engineer, Chemical Engineer, Electrical Engineer and Materials Quality Control.

This specialization provides introductory knowledge and understanding of key concepts in Materials Science that are vital to roles in the microelectronics industry. Some of the position titles that may benefit from this course include Materials Engineer, Chemical Engineer, Electrical Engineer, Aerospace Engineer, Materials Quality Control.

Begin your path to understanding the management of global supply chains across extended supplier networks with the modern supply chain principles course, which addresses basic economic, business and management principles across global industries, including microelectronics.

Explore supply chain management topics, including environmental, project, and supply chain processes. It is designed for working professionals with some exposure to supply chain topics, including those in the microelectronics industry.

This course introduces learners to topics around effective management and effective stakeholder management to ensure project success, teaching program quality principles essential to projects in multiple industries, including microelectronics.

This specialization teaches how to make effective prototypes, an essential skill in the microelectronics industry and advanced manufacturing.The specialization addresses fundamentals of prototype design, highlighting best practices for different materials and manufacturing equipment.

This specialization will help learners to understand how prototyping can be accelerated in microelectronics and beyond through the use of 3D printing. Learners who complete this specialization will obtain a rich understanding of the key roles of prototyping in engineering and product development processes and how to use various types of 3D printing technologies.

This specialization, jointly developed by ASU and Intel, provides a foundational understanding of semiconductor packaging is, how packaging is designed and made, and how it works to finish, connect and protect functional parts.

ASU’s Certificate in Semiconductor Processing helps workers to rapidly obtain essential skills for semiconductor manufacturing, from advanced materials characterization to device theory and simulation, data mining, quality control and reliability, and Six Sigma methodology.

This course highlights the economic, health, and social impact of sustainable supply chains and materials and introduces frameworks for using them in microelectronics and other industries for triple-bottom line impact.

This course teaches Supply Chain Management from the project cost management perspective and is designed to help future supply chain managers thrive in the microelectronics industry and beyond through comprehensive training in cost management and value methods.

This course covers supply chains, what they are, and how companies in various industries, including microelectronics, can create sustainable supply chains. The course introduces learners to a framework can help companies to make supply chains more sustainable.