Over the past decade Massachusetts has developed academic technology-engineering standards and implemented related programs. The Massachusetts experience has become a reference point for a number of other states and countries looking to support engineering education. This paper outlines the process Massachusetts has undertaken and some of the successes and challenges related to the implementation of engineering concepts in K-12 education. The development of state technology-engineering standards was initially made possible through the Massachusetts 1993 Education Reform Law but was only carried out through the advocacy of technology education educators and engineers with an interest in education.

Massachusetts treats technology engineering as a science discipline, equivalent to physical science, life science, and earth and space science. A number of state policies support the implementation of school and district technology-engineering programs aligned with the technology-engineering standards, such as licensure and assessment expectations. A number of challenges remain, however, before technology-engineering can be considered to have developed to a point equivalent to traditional science disciplines.

Electronics Engineering Technology distance learning courses are flourishing, making use of the low entry-level requirement of a 2-year Associate Degree to become an Engineering Technician, and the further career advancement to an Engineering Technologist (or Applied Engineer) possible in the field by pursuing a 4-year Bachelors Degree. Among all Technicians and Technologists working in USA, Electrical and Electronics Engineering professionals make up more than one-third, which is a clear indication for their demand. And this demand is nowadays driven more by the high-tech industry’s need for Electronics Engineering Technicians, rather than the conventional industries’ need for Electrical Engineering Technicians.

Why Electronics Engineering Technology?

All of today’s booming industrial sectors like telecommunications, medical equipment, control systems, automotive systems, navigational systems, and of course, the consumer appliances sector are bringing out everything from mobile phones to home theatres, and require expertise in Electronics Engineering more than anything else, which explains the demand for Electronics Engineering professionals.

However, to attempt the field through an Engineering Degree can be taxing to those students who are not interested in taking advanced level mathematics (calculus) courses that an Engineering Degree requires, or to endure its long 4-year time frame. For such students, Electronics Engineering Technology is a great option, with its stress on applied or hands-on Electronics Engineering rather than the mathematics-dense and research-oriented Electronics Engineering. The time frame also is much shorter, with an Electronics Engineering Technician requiring only a 2-year Associate Degree to enter the field.