Curriculum

The Electronic Industry surpassed the Automotive Industry to become the largest industry in the world in 1996. Since then, the industry has continued to grow and expand into nearly every facet of modern life, with electronic packages appearing in everything from smartphones to pacemakers to spacecraft. In recent years, the strategic value of the electronics industry has come into focus, and a significant global commitment exists to either maintain, develop, or redevelop the industry locally. However, these efforts are often challenged by a limit pool of appropriately trained workers. Few students leave school with the knowledge and skills they need to land on their feet in the industry without significant on-the-job training.

This curriculum provides a fundamental grounding for electronics parts engineers by introducing essential course work to identify suitability of various part types for space application and the concepts and methods used to screen and qualify electronic parts. Through course work, workshops and real-world examples, participants learn how to identify electronic packages part types, determine the suitable testing methods of each, and communicate the findings of each testing method.

• Define Electronic parts types and how they are constructed and used
• Understand and articulate the importance of qualification techniques for electronic parts.
• Clearly define the testing methods used for Electronic parts
• Use of tools and techniques for each testing method
• Understanding how to communicate findings
• Understanding of parts supply chain major considerations
• Technology roadmaps and plans
• Parts engineering in NASA and other industries

• Recent graduates wanting to seek a career in electronic parts engineering
• Professionals seeking advancement in their career

• Undergraduate degree in Engineering or a STEM-related field with the university department approval