Employers are asked to report the number of employees in about different occupations that cover the entire U. From this information, staffing patterns for different industries are established. Industry growth is projected into the future based on past trends and current economic conditions.
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Talk to Us Need Help? Sign In Create an Account. What They Do. Insider Info Simulation engineers also known as modeling and simulation engineers use technology to figure out how something will behave without actually testing the real thing.
At a Glance Test in a simulated environment A degree in aerospace engineering is one option Math can be complex Flight simulation engineers create tests that mimic flying. Save to Portfolio. Start a Career Plan. Where do the numbers come from? This may involve physically adjusting hardware. It also may mean writing new software code to fix glitches.
In some cases, the engineer may call in other professionals who have more advanced training in one specialized area the engineer needs to address, so the ability to collaborate and communicate well often translates to the progression of the project. After the engineer is confident he has a stable, safe program or prototype, he lets others use the equipment. Ideally, the equipment should function the same for these testers as for the software engineer.
If it does not, the engineer must go back again and keep revising. If it does, then the project director usually authorizes the release of the software or the building of full-scale hardware models based on the prototype.
At all points of a simulation project, a simulation engineer may supervise others working on the same project. For example, he may delegate work to specific mechanics. The engineer must coordinate the work of all the people he oversees so that parts of the simulation project are completed on schedule and in such a way that they can be combined for the project as needed.
From time to time, simulation project directors want to know how the project is progressing. Firstly, simulations engineers need to understand the complex environment and the physical components of the technical solution that they are tasked with simulating.
After this consultation period, simulations engineers focus their efforts on solving complex mathematical problems and applying their knowledge of scientific phenomena, such as thermodynamics, fluid dynamics and quantum mechanics. During this process, simulations engineers model a range of different scenarios and variables in quick succession to really put the technical solution through its paces and make sure all the bases are covered.
Often, simulations engineers simply develop numerical simulations and draw conclusions based on the results of the equations that have been processed. However, from time to time, they may also be tasked with developing simulations which have a graphical user interface GUI , so that the performance of the solution can be visualised. Based on the performance of the solution in the simulated environment, changes can be implemented and improvements can be made.
Simulations engineers typically work five days a week from nine-to-five, although extra evening and weekend work may be required from time to time to meet project deadlines. To enter this line of work, you will need an undergraduate degree in a relevant subject, such as physics, astrophysics, maths, computer science, operational research, software engineering, electronic engineering, mechanical engineering or chemical engineering.
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