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Engineers are field specific i.e. Electrical ,mechanical, civil etc. but they use some basic tools and some specific tools. most of them are Software based tools.

e.g

Electrical - MATLAB, OCTAVE, PSPICE , STEP7, C++(lang), Microcontroller, Arduino , Digital multimeter, microcontroller burner, etc

Mechanical- AutoCAD, ProE, MATLAB, etc

Civil - AutoCAD, Pro E, surveying tools, MATLAB, etc.

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βˆ™ 11y ago
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βˆ™ 14y ago

This all depends on why type of engineering. Today there are many specialized softwares that one will utilize in their field. For example, in the Mechanical Engineering world, 3D CAD softwares are used on a daily basis. Other softwares are sued for chemical, industrial, civil, etc. Some general tools that every engineer should keep handy are old text books from college, a graphing calculator, a protractor, pencil, and computer. The computer is going to be the most vital since it allows the engineers to analye data most efficiently and accurately.

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βˆ™ 12y ago

dododododododod $$$$$$$$#$ i love$$$$$

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Q: What kind of tools do civil engineers use?
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Why engineering dynamics is important in civil engineering?

dynamics is basically subject which is more useful in mechanical engg but nowadays when earthquake design of building has gained importance, we, the civil engineers use the dynamic study for the structures to get help regarding earthquake design


How does a mechanical engineer differ from a civil engineer?

Both mechanical engineering and civil engineering basically deal with mechanics - studies of forces and their effects over a stationary body or a body in motion. Mechanical engineers, as the name suggests, use principles of mechanics as well as thermodynamics to design machines like steam engines, petrol engines, diesel engines, boilers, etc. Whereas a civil engineer uses principles of mechanics as well as the knowledge of properties of materials to design buildings, dams, bridges, harbors, airports etc.


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The highest academic qualifications in civil engineering are the PhD or EngD (Doctor of Philosophy or Doctor of Engineering in Civil Engineering respectively). The highest professional qualification depends on the country. In the UK this is Chartered Engineer status and the individual will also be either a Member or Fellow of the Institution of Civil Engineers (MICE / FICE), or Institution of Structural Engineers (MIStrucE / FIStrucE). In the US, a professional engineer will be granted Professional Engineer status (and is entitled to use the post-nominal letters PE).


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Civil engineering materials play a crucial role in the construction industry and the overall field of civil engineering. Here are some key reasons why they are important: Structural Integrity: Civil engineering materials, such as concrete, steel, and timber, are fundamental for constructing buildings, bridges, dams, roads, and other infrastructure. These materials provide the structural integrity necessary to support various loads and withstand environmental forces like wind, earthquakes, and traffic. Durability and Longevity: The choice of materials directly impacts the durability and longevity of structures. Proper selection and use of materials ensure that infrastructure can withstand wear and tear over time, reducing maintenance costs and ensuring the safety of users. Safety: Using high-quality materials that meet safety standards is paramount in civil engineering. Inferior materials can compromise the safety of structures and endanger lives. Civil engineers must select materials that possess the necessary strength, stability, and fire resistance to ensure the safety of the built environment. Sustainability: With increasing concerns about environmental impact, civil engineering materials are also evaluated based on their sustainability. Using sustainable materials, such as recycled aggregates in concrete or environmentally friendly composites, can help reduce the carbon footprint of construction projects and promote an eco-friendlier approach to infrastructure development. Cost Efficiency: While quality is paramount, civil engineering materials also need to be cost-effective. Balancing cost considerations with performance requirements is essential for keeping construction projects within budget without compromising quality or safety. Aesthetic Appeal: Beyond functionality, civil engineering materials also contribute to the aesthetic appeal of structures. Architectural concrete finishes, innovative façade materials, and decorative elements enhance the visual appeal of buildings and infrastructure, contributing to the overall quality of the built environment. In summary, civil engineering materials are indispensable for constructing safe, durable, sustainable, and aesthetically pleasing infrastructure. Their careful selection and use are essential for the success of construction projects and the well-being of society.

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