Computational engineering is a new and exciting field where educated professionals are in high demand. Workers in this area run computerized simulations of various scenarios to analyze important data for organizations. More and more, this kind of research is essential for businesses and government agencies in maximizing production and efficiency.
Rather than performing repeated and tedious experiments, computational engineers enter data into complex software that simulates real world environments. This sort of research requires expertise in mathematical modeling, numerical analysis, algorithms, software implementation, as well as specific knowledge in a given scientific subject matter. Engineers receive formal training from universities with undergraduate and graduate programs in computational science and engineering.
According to the United States Bureau of Labor Statistics, overall job prospects for engineers in the coming decade are expected to be excellent. Those with formal education in computational science and engineering can expect even better employment rates. In addition, computer engineers on average earned about $61,738 in 2008. Workers who hold a degree can expect to earn more.
With recent advances in computational science and engineering, the field is now recognized as fundamental to all modern research. By using powerful simulation technology, engineers are able to analyze data in complex systems that have never before been understood. The field is fast becoming the dominate method of research, and experts believe the technology will broaden our understanding of our world.
With such massive amounts of data, research in this field is at the forefront of new hardware and software technology. Engineers can expect to become familiar with a variety of computerized and scientific tools for collecting and analyzing data.