Rome's famous civil engineer John B. Jervis

Rome's famous civil engineer John B. Jervis

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Civil Engineer, career interview from drkit.org

Watch more videos on drkit.org! In this interview, a Civil Engineer discusses his typical day at work, the qualifications needed for the job, the best and worst parts of the job, and advice that can be used by students considering this line of work.

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Canadian Forces - Combat Engineer

OVERVIEW Your job is to ensure that friendly troops can live, move and fight on the battlefield, and deny the same abilities to enemy troops. WHAT THEY DO Combat Engineers are members of the Military Engineer branch of the Canadian Forces. Their job is to ensure that friendly troops can live, move and fight on the battlefield, and deny the same abilities to enemy troops. They also perform duties in aid of the civil power and civil authority; participate in peace-support operations; perform construction and maintenance tasks in support of the CF and other government organizations; drive and operate vehicles and equipment in support of Engineer Operations; and maintain field installations and facilities. Combat Engineers have the following primary duties: Construct and maintain roads, airfields, heliports, bridges, causeways, rafts, permanent and temporary buildings; Construct field defences and obstacles; Provide drinking water by testing, purifying and filtering local supplies and by constructing local distribution systems; Detect and dispose of mines, booby traps and bulk explosives; Deny mobility to the enemy on the battlefield by demolishing roads and bridges, and laying minefields and booby traps; Maintain and operate engineering equipment, including weapons, vehicles, heavy equipment and supplies; Provide engineer communications on the battlefield; and When necessary, fight as infantry (includes use of personal weapons, reconnaissance and section-level tactics ...

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Engineering Your Future - Civil Engineer

Video interviews featuring engineers from the various fields of engineering will give you a behind-the-scenes look at the work these engineers do every day. You'll learn about the challenges they face, why they find it so exciting, and what they did to prepare for their careers. This is part of the Engineering Your Future web curriculum offered by ThinkTV.

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So You Don't Want to Be an Engineer?

Why are percentages of women in the mathematical sciences like engineering, physics, chemistry, and computer sciences, much lower than the percentages of men in the same disciplines? Before answering that question, we will try a brief exercise.

Think about a Civil Engineer; what gender comes to mind?
Think about an Electrician; what gender comes to mind?
Think about the lead Physicist at a lab; what comes to mind?
Think about the chairman of the Engineering department; what gender comes to your mind?

Invariably, majority of the time, the above mentioned titles connote male figures. Why?

Since males do not possess any advantages over women in the scientific fields, why are there many more enrolled men than enrolled women in these fields? The aforementioned may imply the result has been precipitated by social engineering; systematically steering women away from engineering and natural sciences. What entity is at the wheel and why steer women away from the mathematical fields?

Some majors usually dominated by women are Education, Sociology, Psychology and Women's studies. Why? Why is a men's studies program conspicuously missing from college programs?

The foundational prerequisite for the mathematical and for the science-based fields is mathematics; a subject causing lots of disdain for students; male and female. If one's mathematical ability is fairly weak by high school graduation, one is more unlikely to select Engineering or to select a science-based field of study in college. A PHD of Sociology once said to me: "Women, until the recognition of sexuality, generally perform much better academically than males, in ALL fields of study".

So by this point, you are asking yourself, what is the point? Well, in this issue, questions and observations were raised and noted however in the next installment, we will address the reasons why this disparity exists and more importantly, how the disparities can be reduced to a negligible level. Until then, please ask yourself, why the disparity?

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System Administrator And System Engineer Jobs

Systems Administrators

Systems Administrators are expected to be efficient in diagnosing and fixing problems fast and with accuracy. It is essential for a system administrator to have a substantial understanding of various programming languages used for computing various tasks. In addition, they should be able to understand the nature of the software, to organize and use it for troubleshooting. A systems administrator needs to have intense knowledge about computer security. The job involves deployment of software patches and the deterrence of break-in and other security related issues, along with preventive measures.

Responsibilities

The basic responsibilities of a system administrator include security check of systems and software, documentation of the system configuration and troubleshooting of the reported complaints. He must be able to backup data, apply operating system updates and arrange specific changes, to develop a better system. He should be able to answer technical queries and solve several technical problems, thereby keeping the network up and running. System administrators are in demand in several organizations as Technical Support staff, Network Administrators, Application Analysts, Security Administrators, Database Administrators and Programmers. Moreover, they also have ample scope in financial industries, database and UNIX administration.

Systems Engineering

System engineering is one of the most lucrative careers in the field of computer technology and involves the realization and deployment of successful systems. It combines several disciplines and specialty groups and forms a well-organized development process, proceeding from the concept to the production and operation. The use of computers benefits both the business, as well as the technical needs of the customers and provides quality products that meet the specified needs of the user. While civil engineers design buildings and electrical engineers design circuits, a system engineer works with abstract systems and depends on other engineering disciplines to develop and deliver many tangible products.

Responsibilities

A system engineer is mainly responsible for handling specific customer needs, developing business operations, documenting specifications and finally, initiating design synthesis and system validation, to solve several systems related issues. Below are the different methods and tools that are often used by system engineers:

o Functional analysis

o Communications protocol design and specification

o Fault modeling

o Simulation and modeling

o Interface design and specification

o System architecture and design

o Verification and validation or acceptance testing

Over the years, the demand for system engineers has been increasing. The job of a system engineer is basically to authenticate assumptions and come up with workable theories. Even extremely complex systems like aircrafts are modeled and simulated by system engineers. In addition to having a promising career in various companies, organizations and aviation, systems engineers also have job opportunities in power plants, the medical machinery and spacecraft industry. Efficient system engineers are hired in these industries to assure normal functioning of the various complex systems and to avoid unnecessary complications. They also work towards cost efficiency and providing assurance for quality improvement and success of a project.

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US Navy Civil Engineer Corps Lavell Walson

Meet Lavell. He currently serves as the Facilities Engineering Acquisition Division Director in the Navy Civil Engineer Corps. In his current position, he has been given the responsibility of training, guiding and leading his fellow engineers in the timely execution of a variety of significant construction jobs that are vital to the overall success of the Navy.

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Roles and Responsibilities of a Civil Engineer

Civil engineering is one of the most popular and broadest fields of engineering. It is a branch of engineering that deals with design and construction of highways, buildings, dams, tunnels, bridges, and other similar facilities.

The two crucial aspects within this field is consulting engineering and contracting engineering. The key responsibility of consulting engineers is to design a specific project whereas the contracting engineers deal with the actual construction where they play a significant role to transform a designed layout into a real architecture. Civil engineering further encompasses many other specializations that are an essential part of the sector.

A civil engineer is engaged in many activities starting from the selection of the site to the final construction. Some of the key roles and responsibilities of a civil engineer are as follows:

• The first and foremost responsibility is to analyze various factors and areas concerning construction.

• Search, investigate, and analyze site location and also verify its feasibility for construction purpose.

• Make a plan with regards to what are the key essentials and what needs to be changed prior to construction.

• Develop detailed design layout as per the requirement of the clients.

• Review and approve project designs and reports.

• Assess potential risks and challenges of the planned project.

• Undertake necessary steps and initiatives for risk management.

• Put across the site and construction proposal to the specified officials and supervise the tendering process.

• Ensure that the said rules, regulations, and guidelines are followed.

• Check for safety measures while the project is undergoing.

• Analyze and examine different equations, strategies, and applications to ensure appropriate procedure application.

• Ensure working of all tools and techniques like the chemical testing procedure, drafting software, land surveying technique, and electrical test devices.

• Monitor the working of staff and operations on the site.

• Communicate and interact effectively with other architects, consultants, and sub-contractors.

• Think logically and creatively to resolve various issues in the development process.

• Consider well the proposed budget and maintain the same.

• Set a perfect schedule for purchase of raw materials and equipments.

• Ensure that the project is completed by the committed time within the planned budget.

To know more, check Civil Engineer.

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Geotechnical Engineer - Working in Canada

Formore FREE and useful resources, visit WorkinginCanada.gc.ca or http -- The videos in this unique career series represent an innovative production process in two important ways: First, to ensure that the VECTOR videos represented reasonable employment possibilities, CFEE worked with the Industry Sector Councils to identify the most appropriate careers and occupations to profile via the videos. Second, in an exciting new approach to production, Canadian youth from colleges and universities across Canada were engaged to produce the videos. To learn more about occupations in Canada, visit Working in Canada (workingincanada.gc.ca), a source of free and useful information that can help you to decide where to live and work. Use the Working in Canada Tool to produce a report on job descriptions, wages, skill requirements, language training and job opportunities based on your occupation and a location. By researching different occupations and different locations, you can make settlement decisions that are right for you and your family. The information contained in this video is for information purpose only. For up to date labour market information about wages and salaries, you can use http to produce a detailed report on job descriptions, wages, skill requirements, language training and job opportunities based on your occupation and a location.

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Civil Engineer Career Information : Civil Engineer Career Information

A career as a civil engineer requires the proper education and background in math, science and writing, as well as an ability to grasp how to world and it's buildings are put together. Get career information for civil engineers with tips from the manager of an engineering company in this free video on career information. Expert: Jerry Eliott Bio: Jerry Eliott is a managing partner of Weber Eliott Engineers in Eugene, OR. Filmmaker: max koetter

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Things Need To Consider In Trusses Inspection For Civil And Structural Engineer

When the design of trusses has been approved from engineer, trusses fabrication will commence. Upon completion of fabrication, trusses will deliver to site for construction. As a civil and structural engineer, one of the duties of engineer is to inspect the trusses.
Engineer has to ensure the trusses has been construction according to design drawing.

After trusses deliver to site, site agent or engineer needs to verify the quality of timber product. Timber has to be treated to avoid attack by termite. Normally the color of pressure treated wood is in green color. Whenever a section of timber is being cut, it will show that the green color will penetrate into certain depth of timber. Certificate of treated timber must be obtained from timber supplier. It needs for record purpose.

Then timber trusses have to check on the timber defect such as rotten timber, damage timber. Any defect found must be rejected immediately. The checking on timber is done by visual inspection. Whenever timber quality not to satisfaction, engineer can request for sample testing to any approved laboratory.

Timber sizing is important. Engineer needs to check the timber sizes. It to ensure that the sizes provided are according to trusses design sizes. It can carry out by using measuring tape. Sometime, it is impossible to insect every single item of timber. Therefore, engineer has to base on his best knowledge to have random sampling inspection. One of the ways is to inspection on the critical trusses such as big truss.

Engineer needs to check on trusses connection. There are two types of connection. First is gang nail plate and conventional bolts and nuts. For the later case, engineer must visually inspection the bolt holes. It is common that contractor simply drill holes for bolts. Unfortunately, some inexperience contractor drills the hole just near to edge of timber member (5-10mm from edge of member). This hole will easy loosen out from timber and affect the integrity of timber truss structure. The position of bolt holes on timber is important. It must according to trusses design.

Before erection of trusses to roof structure such as roof beams, the level of roof beams has to adjust to allow trusses to rest on roof beams. Inconsistency of roof level has to avoid.

After the trusses have been erected up to roof structure, engineer must ensure that the vertically of trusses have been achieved. Position of trusses such as trusses spacing must according to design drawing. Trusses supports are important. As for example, if a truss has four supports, engineer has to ensure that these four supports have been installed. It to ensure that roof loading has been transferred to roof structure. If roof level is inconsistency; in order to achieve supports condition for truss, some irresponsible contractor will use small element such as broken timber to insert between timber truss and roof structure. It is not a permanent structure. After the trusses have been erected, the broken timber will be loosen some days.

Truss to truss connection must has special precaution. Trusses have to connect by using MS plate or other proper structure. Nailing has to avoid in trusses.

Any change in timber structure arrangement need to has attention of designer. Do not allow any modification of trusses without approval from design office.

Whenever there is some dispute at site cannot be resolved, try to work it out at office. If contractor at site do not want to follow engineer instruction, do not argue with contractor. Else it may end up with quarrel; sometime with fighting. Therefore, leave the site immediately.

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Five Tips On Drawing Numbering System For Civil Engineer

Reading Level: Beginner

It is common that civil engineer needs to prepare drawings. It is carried out after the design of structure or civil works has been completed. How to have a proper drawing numbering system in order to has better presentation? Below are some tips on drawing numbering system.

1. Time control.

It is useful that a project starts with month and year. As for example, if an awarded project on say 12 April 2007 than your drawing number may 042007 and not 120402007, because it may become to complicate. On the other hand, you can select year as control item 2007. Initial drawing number will be 042007

2. Client name control.

Let say, your client is ABC Company and with item 1; your drawing number will be ABC/042007.

3. Engineering field control.

Say your project is building a unit of structural building. You may further add with "ST". "ST" is abbreviate for structural. You can use other abbreviation as your preference. Then drawing number will be ABC/042007/ST. For civil works such as earthwork, you can use "EW", water work use "WT", sewer work use "SW", drainage work use "DR" etc.

4. Type of structural element control.

When you design the building structure, the structural elements may consist of pad footing foundation, column, beam, slab etc. You have to use a list of abbreviation for the structural elements such as pad footing foundation-"PF", column-"COL", beam-"BM" and slab-"SB". For instance your drawing is showing beam details, then your drawing number will be ABC/042007/ST/BM01 (first drawing), ABC/042007/ST/BM02 (second drawing) and continue with this notation. This type of arrangement is good for adding any new drawing into every section without disturbing the overall drawing number. As for example, you are using only one type of notation say ST for all structural elements, then your drawing number will be ABC/042007/ST/01, ABC/042007/ST/02, ABC/042007/ST/03 ...

When or during the project in progress, there will be tendency of amendment happened. If you need to add one sheet of beam drawing into your project drawing number and the beam drawing numbers are in the range of ABC/042007/ST/03 to ABC/042007/ST/04. Total number of drawings says 10 numbers; last drawing number will be ABC/042007/ST/10. How to add a drawing after ABC/042007/ST/05? You have to add it after ABC/042007/ST/10 i.e. ABC/042007/ST/11. However, it will not in the sequence of beam drawing arrangement. If you have more break down as mention earlier, then it is easy to add a new drawing into each section and for the current case is ABC/042007/ST/BM03. It will not affect the presentation of drawings.

5. Drawing amendment.

When there is an amendment on a particular sheet of drawing say drawing number is ABC/042007/ST/02. How will be the amendment to be shown on drawing number? One suggestion is using abc notation. ABC/042007/ST/02a is first amendment; ABC/042007/ST/02b is second amendment etc.

In short, the formula for drawing number will be

[name]/[time]/[engineering field]/[type of element][numbering][amendment].

When you follow the numbering system as mention, your project drawing numbering can be easily to be interpretation.

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The President as Social Engineer [Michael Levin]

Lecture by Dr. Michael Levinpresented at the Ludwig von Mises Institute's "Reassessing the Presidency" seminar. This lecture series addresses the much neglected reality that the executive department of the US government has always been the sum total of the American welfare-warfare state. Seminar held at the Mises Institute, Auburn, Alabama, October 16-17, 1998. mises.org Dr. Michael Levin is a libertarian philosophy professor at City University of New York. He has published on metaphysics, epistemology, race, homosexuality, animal rights, the philosophy of archaeology, the philosophy of logic, philosophy of language, and the philosophy of science. His central research interests are in Epistemology and in philosophy of race. He favors the view that there are racial differences that are inherited. Some of the book he has authored include Why Race Matters Race Differences and What They Mean, Feminism and Freedom and Metaphysics and the Mind-Body Problem. Dr. Levin's City University bio page: web.gc.cuny.edu DISCLAIMER: The producer of this audio presentation, the Ludwig von Mises Institute, has given permission under the Creative Commons license to publicly repost as long as credit is given to the Mises Institute and respective guidelines are followed. More info at: creativecommons.org This YouTube channel, LibertyInOurTime, is in no way endorsed by or affiliated with the Ludwig von Mises Institute, any of its lecturers or staff members.

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California Professional Engineer Exam - One For Surveying and Seismic Principles

In this California civil engineering examinations the ways to do the surveys and the seismic principles are highlighted. If you are constantly interested to do your practice in California, then you must appear in this examination. In the seismic part of this exam 27% of the problems based on the following issues are involved. The ways that creates to determine the data and design relevant to the seismic principles are discussed in this area. It will also be important to know about the history of the geotechnical and the data uniqueness to the California in especially about the earthquakes & the causes that creates the earthquakes& the affects it makes on the future and the projects that are redeveloped.

It will also be based on this project design, standards and the rules and in whole the overall performance of the project. The frameworks of the engineering and the aspects of the engineering systems are also discussed in this exam, which comprises the 24 percent portion of the examination. It focuses towards the seismic resistance and the individual frameworks considered to be susceptible to make the loss associated to this seismic work, and its interrelation to the environmental issues of the cities & the countries. The qualities and these seismic forces & the forces itself will make up the 20% of the exam. You will be required to find out the results about the seismic forces & their impacts on the civil and non-civil frameworks. In the 18 percent of the examination about the California seismic structures are discussed. It is based upon the disbursement of these seismic forces in relation to its structures & rigid and non-rigid diaphragm observations. In the California PE examination 11 percent will be based upon the seismic designs indicating its basics for seismic performance, how to make it implemented and about the quality standards in relation to the seismic projects.

In the California civil engineering exams especially the surveying exam is held to examine your equipments that you use & how you perform your work in the fields as a professional in the civil engineering. This exam that comprises of 15% will be conducted to know your knowledge about the kinds of surveys, what are the times when you use your tools being the civil professional during the seismic activity & the operations that focus on how successfully you perform the horizontal and traverse surveys. Your work in the field measurements is also included in this examination and it is 11% of this examination. As you belong to this specific field of the surveying, so you should be capable to perform the activities in the measurements of distances, angles and the leveling. Surely, you will find out the very good number of issues to perform the measurements of geometrical, elevations, coordinates of the rectangles and to calculate the quantity stuff.

Office procedures in the surveying will be the final and large part in this exam and it is 41% of the total examination. It is mainly based to judge your skills to determine for lawful and easy way to utilize the data and the plotting. As early you gets the license, you will be the surveying professional in this field. You should never be worried about sitting in the exam. It is two hours & thirty minutes time examination and based on the multiple-choice questions with 50 questions to know the engineering surveying principles. You can take part in two exams in total, one for surveying and the other about the principles about the seismic reality based on reasons. A specific number will be offered to you to appear in the exam in a year but it is suggested to pass in your first attempt. Your fundamental knowledge is required about the codes used to identify the buildings, resistance found in the seismic frameworks, earthquakes and seismology features and the seismology theories.

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Construction Civil Engineer Responsibilities

Construction civil engineers have a great deal of responsibilities in their field. They are directly responsible for the management and planning when it comes to constructing reservoirs, dams, buildings, railroads, airports, bridges, and highways. Not only do they aid in designing but they also take part in estimating costs, scheduling, planning, obtaining materials, selecting equipment used, and controlling costs.

In the field of construction civil engineer, design of the process of construction, analysis, science, and mathematics are all necessary. What is more, is that construction civil engineers are directly responsible for many of the buildings and structures you use on an everyday basis. The bridges you drive over, the tunnels you drive through, the dams you see, the homes you live in, the businesses you use, and the airports you fly out of.

There are many tasks involved in construction civil engineering, some of which are done in the office, consultant work, and others are done on the field, as a contractor. Both involve a vast amount of responsibilities and consistent communication is necessary to accomplish the goal set forth.

The consultant construction civil engineer is responsible creating documents, solving problems, organizing the project, collecting information, estimating costs and time, and drafting design. While this is an important role the field construction civil engineers is just as important. It is his responsibility to ensure that the project goes as planned and drafts are followed to specifications.

It is necessary that both the consultant and field engineer maintain constant communication throughout the project. Because both have a high level of responsibility the weight of the entire project, safety, and codes lay upon their shoulders. There are a variety of tasks involved in the field of construction civil engineer. For example, analysis of photography, information, blueprints, drawings, and maps are necessary for any project.

Software and computer knowledge is generally a requirement as well. Software programs are usually used to design structures and systems, as well as keeping with the necessary codes of construction in the country and at a local level.

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Civil Engineer Career Information : How to Become a Civil Engineer

To become a civil engineer, send out a resume to a variety of engineering firms that highlights education and computer skills. Learn how to become a civil engineer with tips from the manager of an engineering company in this free video on career information. Expert: Jerry Eliott Bio: Jerry Eliott is a managing partner of Weber Eliott Engineers in Eugene, OR. Filmmaker: max koetter

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Tell Me How - Civil Engineer

www.tmwmedia.com Civil Engineer Epi Salazar helps host, Jeff Gardner get a grasp on the technical side of roads, bridges and buildings. Subjects Covered Include: How does one become a civil engineer? What does a civil engineer do? Does a civil engineer actually build roads? Why...

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Civil Engineer Career Information : Civil Engineer Job Description

The job description for a civil engineer focuses on planning and designing infrastructure relating to streets, transportation, sewer and water. Learn about the job description for a civil engineer with tips from the manager of an engineering company in this free video on career information. Expert: Jerry Eliott Bio: Jerry Eliott is a managing partner of Weber Eliott Engineers in Eugene, OR. Filmmaker: max koetter



http://www.youtube.com/watch?v=ZhH1sOi1jLk&hl=en

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Systems Manager Jobs | Civil Engineer Contractor | Melbourne

Systems Manager Job with a Major Civil Engineering Contractor based in Melbourne. The role will see you managing Quality, Safety and Enviro. You will need to have large civil infrastructure experience and exposure. Contact Matthew Bayne on 03 9685 7515 or email matthew.bayne@consultive.com.au www.consultive.com.au



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