Yes, women worked in many mechanical and engineering jobs in WW2
For women with a passion for science, one of the best career fields they can enter is engineering. Engineering offers women some of the best career opportunities over any other industry. First off, many women are able to qualify for huge scholarships if they want to study engineering at an undergraduate institution. Because so few women work in the engineering field, colleges seek to admit as many women as possible. To attract women, colleges also offer scholarships to women. After college, women are quickly hired by top engineering firms in the country. Engineering firms often fall short of their hiring requirements for women, so they also seek to hire as many women as possible. Women will be able to enjoy incredible benefits packages with full medical insurance policies and maternity leave through working at engineering firms.
There are many titles that would work for a college paper that is related to computer engineering. As long as the title covers the general idea for the paper, it will be a good title.
All three word work, depending upon what type of computer engineering you are interested in.
This question is incorrect; engineering is as suitable for women as it is for men. While most engineering workplaces are male dominated, that doesn't mean that women can't do the work just as well. However, women wishing to go into engineering should be prepared to deal with the stereotypical view that engineers are men.
Computer Engineering is a discipline that combines both Electrical Engineering and Computer Science. Computer engineers usually have training in electrical engineering, software design and hardware-software integration instead of only software engineering or electrical engineering. Computer engineers are involved in many aspects of computing, from the design of individual microprocessors, personal computers, and supercomputers, to circuit design. This field of engineering not only focuses on how computer systems themselves work, but also how they integrate into the larger picture. Computer science is the study of the theoretical foundations of information and computation, and of practical techniques for their implementation and application in computer systems. It is frequently described as the systematic study of algorithmic processes that describe and transform information. Computer science has many sub-fields; some, such as computer graphics, emphasize the computation of specific results, while others, such as computational complexity theory, study the properties of computational problems.
An individual who is passionate about computers may consider attending a computer engineering school. Computer engineering schools prepare students to shape the future of technology. Computer engineering students learn engineering fundamentals such as electronics, mechanics and heat transfer, and they focus on the fundamentals of computer logic and programming. A computer engineering student learns the fundamentals of designing and operating hardware, software and equipment.Specialized ProgramsMany computer engineering schools offer specializations within the computer engineering major for students who want to focus on a specific area. Two very common specializations are computer software engineering and computer hardware engineering. A computer software engineering student learns the fundamentals of engineering and computer engineering, but goes in depth in the study of computer software systems. Likewise, a computer hardware student dedicates his or her studies to computer hardware systems.Who Should Consider a Computer Engineering MajorComputer engineering schools are not for everyone. A computer engineering degree typically requires at least four years of full-time study. The computer engineering major is known for being a tough major that requires dedication and passion to complete. Individuals should consider attending computer engineering schools if they enjoy working with computers and they have a knack for mathematics. Without these interests and skills, the coursework may seem boring and overwhelming.Job and Salary OutlookA computer engineering degree can provide access to several career pathways. A computer engineer can work as a design engineer, who designs new technological products and services. A computer engineer can also choose to work as a quality control engineer, a development engineer, a network developer, an audio and video technician, a computer software creator or as a computer architect. The salary outlook for a computer engineer is favorable. According to MyMajors.com, the U.S. median salary for entry-level computer engineers is $61,700, and the U.S. median salary for mid-career computer engineers is $105,000.If computer engineering appeals to you, check out course descriptions and program requirements at several different computer engineering schools. To view a comprehensive list of computer engineering schools in the United States, visit http://www.univsource.com/computer.htm.
Computer engineers certainly have the ability to design computer programs. When you are trained for computer engineering you are trained in three main areas as follows: electrical engineering, computer software, and hardware to software integration. Computer engineers have great options for different areas to work.
A person with a computer software job will complete work such as computer programming, requirements engineering, software testing, system integration or test management.
This question is incorrect; engineering is as suitable for women as it is for men. While most engineering workplaces are male dominated, that doesn't mean that women can't do the work just as well. However, women wishing to go into engineering should be prepared to deal with the stereotypical view that engineers are men.
Well for me Computer Engineering seems to be the toughest of all engineering branches, because it incorporates lot of other fields.For example as a computer Engineer, you have to have a good understanding of mathematics, circuits, and several others. One thing with ECE is that u have to treat electronics engineering, electrical engineering, communications engineering(for network design), computer science and Logic(for simulation and robotic processes). however with hard work everything seems easy!
Almost all Architecture and Engineering done today depends heavily on computer aided design, CAD. This offers speed in development of the concept, and has many pre-worked examples to aid the work.