The Robotics and Autonomous Systems MS provides research-based education across multiple concentrations with direct applicability in the micro electronics industry, including biomedical engineering.

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.

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 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 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.

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 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.

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.

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.