1. Scientific Knowledge: This includes the understanding of natural laws and principles from fields like physics, chemistry, biology, computer science, and more.

2. Engineering Principles: Applying scientific knowledge to design, build, and operate practical systems and devices. This involves problem-solving, innovation, and finding efficient solutions.

3. Materials: Raw materials, components, and substances used in the construction and operation of technology. This can include anything from metals and plastics to semiconductors and software.

4. Tools and Equipment: Machinery, instruments, and software used to manufacture, test, and operate technology. This can range from simple hand tools to complex computer-aided design (CAD) systems and sophisticated manufacturing robots.

5. Human Creativity and Innovation: The human imagination, ingenuity, and ability to solve problems and develop new ideas are crucial drivers of technological advancement.

6. Resources: Financial resources, funding, and infrastructure are essential for supporting research, development, and production.

7. Collaboration and Teamwork: The development of complex technologies often requires the collaboration of specialists from various disciplines, working together towards a common goal.

8. Social and Cultural Factors: Technology is also shaped by the needs and desires of society, as well as cultural values and beliefs.

It's important to note that the process of creating technology is complex and iterative, involving ongoing research, experimentation, and refinement. The interplay of all these elements is what drives the advancement of technology.