Final answer:
The development of mechatronics programs in post-secondary institutions has been driven by the technological trend of mechanization. It incorporates multiple disciplines such as mechanical engineering, electronics, and computer science to cater to mechanized work environments and advanced production techniques.
Step-by-step explanation:
The technological force trend that has led to the development of mechatronics programs at some post-secondary institutions is mechanization. Mechatronics is an interdisciplinary field that combines mechanical engineering, electronics, computer science, and control engineering to design and create smarter products, processes, and systems. Mechanization, as a trend, refers to the process of designing a lead to a mechanized work environment and a focus on mass production of identical products. It necessitates the integration of various technological disciplines, which is exactly what mechatronics programs are designed to address.
Mechanical engineers typically work on problems that are primarily mechanical rather than human-related, apply principles of physics related to energy, force, and motion, and are often involved in the development of new materials for building mechanical devices. These activities align closely with the advancements encouraged by mechanization and are integral to the realm of mechatronics.