| JOB GROWTH OPPORTUNITY BY ENGINEERING DISCIPLINE | |||||
| Engineering discipline | Good job opportunity | Good job growth | Slower than average | Little or no growth | Comment |
| Aerospace engineers | X | X | Foreign competition and air travel slowdown reduces need, but decreased college enrollment creates improved opportunity. Candidate shortage possible. | ||
| Agricultural engineers | X | Worldwide standardization of agricultural equipment a positive influence, plus increasing demand for agricultural products, more efficient agricultural production, conservation emphasis. | |||
| Biomedical engineers | X | Aging population. Demand for better medical devices; rehabilitation/orthopedic engineering specialities growing. Increased enrollment increases competition. | |||
| Chemical engineers | X | Pharmaceuticals best opportunity; next is nonmanufacturing such as research and testing. | |||
| Civil engineers | X | Population growth and infrastructure/security demands spur transportation, water, and pollution control system needs. Varies by geographic area. | |||
| Computer hardware engineers | X | X | Intense foreign competition; high productivity growth. | ||
| Computer software engineers | X | Increased cyber-security needs, new technologies and computer networking grow this field. | |||
| Electrical and electronics engineers, except computer | X | X | Employment growth from demand for advanced communications, defense, and consumer electronics tempered by outsourcing. Good market for consulting firms. | ||
| Environmental engineers | X | X | Finally recognized as separate engineering field; environmental regulations and hazard cleanup increase job demand. Shift to preventing problems. Political factors and economy could change market. Engineers must keep up with hottest environmental issues. | ||
| Health and safety engineers | X | Could be important when manufacturers want to cut costs and increase productivity, although sometimes seems to cause the opposite. | |||
| Industrial engineers | X | Openings through replacement. | |||
| Materials engineers | X | Manufacturing shrinking, but new materials needed for electronics, biotechnology, and plastics products. | |||
| Mechanical engineer | X | Demand will increase as demand for improved machinery and machine tools grows and increases in complexity. Emerging biotechnology, materials science, and nanotechnology creates jobs. Cross-discipline degree. | |||
| Mining and geological engineers, including mining safety engineers | X | X | Large number of existing workers retiring and few schools offer mining engineering. | ||
| Nuclear engineers | X | Few graduates, but equal openings. Needed for defense, medical, improving waste management/safety. | |||
| Petroleum engineers | X | X | Job openings exceed graduates; best employment is overseas. | ||
| Based on data from the Bureau of Labor Statistics, U.S. Department of Labor, Occupational Outlook Handbook, 2004-05 Edition, Engineers, at http://www.bls.gov/oco/ocos027.htm (April 5, 2004). | |||||