The Semiconductor Industry: Changes Affecting Employment and Careers

As technology continues to advance, more integrated circuitries, microchips and other electronic devices will be manufactured. These are basic components which make large machines and operating systems perform and assist production, database operation, and information sharing locally and globally. The industry responsible for the production and distribution of these devices is popularly known today as the semiconductor industry.

The semiconductor industry has obtained extensive recognition because of its contribution to the economic growth of almost all countries. Not only by enabling technology to propagate in all forms of industry, but also through employing millions of people and tremendously reducing the rate of both unemployment and underemployment in all 9 continents.

This industry is contributing at least 10 percent of the world’s Gross Domestic Product or GDP over the last seven years and is expected to grow more income in the succeeding decades. All the semiconductor companies, as one, are considered trillion-dollar worth companies because of their increasing annual revenues. The stability of this industry is, nevertheless, highly volatile in the next 20 years, as the rate of employment is slowly being influenced by automation.

The transition from manual processing to automation creates the dramatic cyclical swings in its average growth. Semiconductor careers are expected to decline in the next five years. Operators and processors will slowly be replaced by equipment and gadgets as most of the processes will be ran by operating systems. Large-scale equipment will necessitate fewer monitoring employees as well as operators.

However, these changes will increase the demand for technicians since more equipment are to be maintained. Many semiconductor careers are expected to form after the transition, which might demand for a different spectrum of skills ostensibly associated with the primary requirements, such as solid background in mathematics and physical science, work experience in a semiconductor environment and certificate of education in semiconductor and high-technology manufacturing.

Most semiconductor products are known for their short life cycle, making a high demand in continuous production. Workers and hopefuls should take advantage of the current status of semiconductor careers while automation has not yet fully influenced the industry. If not retained for the job, newer jobs will be created for them because of the transition itself. As soon as all industries find a faster pace to race with the rapidly developing industries, semiconductor industry is on its way again.