Idhaya – Engineering & Technology Blog, Industrial & Mechanical Engineering Information

Engineers work as part of a very organized and efficient team who maintain aircraft and ensure a high level of technical precision. For maintenance during turnarounds, they often work at great speed and under immense pressure. Work is normally carried out under supervision of senior engineers. The main thrust of the engineering profession lies in design, development, maintenance and teaching of aeronautics. Engineers are also involved in other non-conventional fields such as air turbine production plants or design development programmes for the aviation industry.

Prospects

An aeronautical engineer applies scientific and technological principles to research, design, maintain, test and develop the performance of civil and military aircraft, missiles, weapons systems, satellites and space vehicles. The role is focused on enhancing high-quality flight safety and standards, as well as reducing system costs and, increasingly, the environmental impact of air travel. Aeronautical Engineeringoffers a wide range of roles. Most engineers specialize in a particular area, such as research, design, testing, manufacture or maintenance.

Employment is available with Air India, Indian Airlines, Jet Airways, Sahara, Deccan Air, Helicopter Corporation of India and flying clubs, private airlines and government owned air service. Besides airlines, aeronautical engineers get employment in organizations such as Hindustan Aeronautical Ltd, Defense Research and Development Laboratories, National Aeronautical Lab, Aeronautical Development Establishment and Civil Aviation Department, to name a few. With the rise in the number of private air taxis and liberalization of air space, avenues for aeronautical engineers have seen an upward swing.

Engineers in government organizations, such as HAL, NAL are paid official scales while those in the private sector are paid according to the scales decided by the management of the company. Airline professionals get fringe benefits of free travel for self and family also, apart from numerous other perks

The Job

Aircraft engineers in civil aviation normally specialize in aeronautical mechanical or electronic engineering.
1) Mechanical engineers service and overhaul engines and airframes.
2) Aeronautical electronic engineers specialize in the maintenance of instruments, electrical and electronic equipment, navigation, radar and radio communication.
3) Flight engineers make preflight inspections and are responsible for the efficient performance of the aircraft during flight. They diagnose and deal with any systems failures, manage repairs, report any defects to maintenance and later check that they have been dealt with. They may also be responsible for refueling.
4) Engineers carry out routine maintenance on the ground during aircraft overhauling at airports.
5) They respond to reports from air-crew of any difficulties experienced during flights, repairing and making corrections.
6) They also maintain and overhaul aircraft in hangers and workshops when an aircraft is due for its regular inspection and checks.
7) They complete worksheets for checks made and these are certified themselves if they are licensed to do so, or by a qualified supervisor.

Personality Traits

1.) Strong sense of responsibility
2.) Manual, technical and mechanical aptitude
3.) Ability to work as members of a team
4.) Normal color vision
5.) Physically fit.

Salaries

Salaries in government organizations are 10-12, 000 per month. Whereas private companies pay much more, about 2.5 lacs per annum.

To know about Admission Procedure, Eligibility and Application Deadlines for Aeronautical Engineering, read the Second Part (2) of this article.

We have found that specialist and senior engineering people have remained in strong demand through 2009 and into 2010. There are a number of great opportunities currently open via the Chronos Consulting Group. We have detailed one possibility below where we have actually five separate vacancies. In addition we have many other options in oil, gas, nuclear, mining, IT/Telecoms.

Senior Expert Engineers

Company Description

Our client is a global provider of engineering services and solutions.

Job Description

As a Senior Expert Engineer you will be responsible for the specification and the design of products. The department of Mechanical Development is in charge of designing, building and testing the mechanical systems and sub-systems which are fitted into the end products. You will be responsible for the design and analysis of components, systems, manufacturing processes, testing and validation, as well as design of new products. Working directly with clients in multidisciplinary teams, you will implement new design methodologies, perform engineering analysis and participate in /or lead design teams.

Skill Required

You hold a Master’s s or PhD degree (preferably mechanical engineering or applied physics) with experience in the fields mentioned below: Heat and mass flow; Experience in the application of thermal and flow control at very low pressures (< 0.01 mbar) or multi-phase flow is an advantage Theoretical and experimental experience; Design affinity or experience; Pragmatic; Analytic; Good social- and communication skills; Flexible, willing to travel; Fluent in English (Dutch and other European languages are assets).

Dr Simon Harding

www.chronosconsulting.com

www.coberongreen.com

An important driving force to develop chemical industry is the need of chemicals to improve agricultural and industrial products and people’s daily life, which depends on chemistry, physics, mathematics and other various engineering techniques. Among all these disciplines, chemistry keeps the closest relationship with chemical industry and it is the base of chemical industry’s development. Once, disciplines like “industrial chemistry”, “applied chemistry” appeared and played a certain role in developing chemical industry. In addition, capital construction of chemical industry can not leave civil engineering and electrical power engineering. Chemical machinery can not leave mechanical engineering and all sorts of metal materials including stainless steel and special steel. What mechanical engineering pays most attention to is the reliability under high temperature and high pressure which means the probability of the systems, equipments and elements to realize required functions under specified conditions. As the equipment production of modern chemical industry tends to be in a large size with a single set, it is pretty important to study the probability.

The control of chemical process can not leave electronics, computers and automation. All the theories and instruments can not only be applied to production process, but also solve various problems about development forecast, decision making and operating management. In 1980s, many advancing sciences like micro electronic techniques and biotechnologies in new technological revolution made higher requests on chemical industry, which finally promoted chemical industry’s further development.

Micro electronic techniques develop computers, microprocessors and information technology. The application of large-scale and super-large-scale integration in micro electronic techniques puts many new requirements on chemical industry. For instance, chemical industry must produce hyperpuregas, pure water, optical resist, liquid crystal, caustics, dopant and adhesive and so on for micro electronic techniques. Hyperpuregas used in micro electronic techniques includes both common gases like oxygen, hydrogen, nitrogen, carbon dioxide and argon and many other nonexistent gases in nature like borane, boron trichloride, dichorsilane and carbon tetrafluoride. The purity of these chemical products extremely influences the finished product ratio of semiconductor. Finished product ratio can reach 10 percent if industrial gas is used in the process. While if gases with impurity level less than 10 parts per million and some corresponding high purity chemical reagents are used the process, finished product ratio can reach 70 to 80 percent.

Biotechnology has been widely used in chemical industry. In recent years, biotechnology has begun to make use of immobilized cells to produce acrylic amide through vinyl cyanide. In addition, enzymes especially immobilized enzymes have also been used to produce organic products. It is effective to apply biotechnology to chemical industry, for the application can be of small investment, less energy and pollution. Many materials like interferon, insulin and monoclonal antibody which are rather difficult to obtain through conventional methods in chemical industry can be produced through biotechnology. Biotechnology comes up with many new requirements for chemical engineering and a new discipline named “biochemical engineering” has appeared. Biochemical engineering is to study biological catalyst, biochemical reaction engineering and new type unit operation. Nowadays lots of achievements in this field have been obtained.

The engineering job market for professionals in the United Kingdom is quite fertile at present. Between major government projects to expand infrastructure as well as private attempts to move into a larger share of their market, engineering firms are bringing in millions of pounds a year in new projects. New projects and clients require top notch engineering graduates to fill junior engineer positions, which allows for greater movement upward of experienced engineers. Not all engineering positions are created alike, however, and several engineering jobs are ideal for those interested in general engineering jobs.

Civil engineering positions are important in the general market today. Civil engineer professionals work on projects which collaborate government agency and private organization efforts to create solid engineering projects. These projects, ranging from storefront projects to the improvement of commonly travelled roadways to meet commercial needs, require massive amounts of manpower and money that need to be invested wisely. The exceptional civil engineering candidate can find a great position in the field and the constant need for civil projects means it is a steady point of entry for graduates.

Green engineering is a growing sub sector of the engineering industry in the United Kingdom and Europe. This type of engineering uses renewable energy sources, recycled materials, and the use of engineering designs to utilize the least amount of resources down the road. The green engineering field is great for young engineering graduates who want to mix their interest in public service with their exceptional technical talents.

Mechanical engineering has been a steady field in the United Kingdom and Europe for the last decade and should remain so for years to come. Job seekers looking to work in factory and other industrial environments need to consider mechanical engineering as a career. This type of engineering covers the full range of industrial processes, from the machinery needed at the introductory phase of production to automated painting and coating at the end of production. While the demand for engineers oscillates slightly due to the rise and fall of the general economy, there will always be a need for mechanical engineers to help factories and warehouses work efficiently.

The engineering job market in the United Kingdom will keep improving for graduates in the next five years. Government agencies and companies alike will continue to work together to expand their resources, requiring top notch engineering professionals to facilitate new plans. As such, engineering professionals need to consider leveraging their exceptional talents to find the best engineering job vacancy for them.

The primary focus of 3D CAD Modeling is to develop highly accurate specifications and detailed drawings for manufacturing and construction purposes. The developer needs different 3D computer applications for design, detailing, drawing and manufacturing process. 3D CAD modeling allows for reuse of CAD data which positively impacts productivity, delivery schedules and eventually profitability.

3D CAD techniques have gained significant popularity because design data can often be reused across various stages of the manufacturing life-cycle. Each CAD system comes with proprietary file formats which need to be made compatible with other project software. By and large designers use STEP and IGES files to make 3D solid models compatible with other systems. The disadvantage of this practice is the extensive rework, significant delay, inefficient use of critical human resources and increased costs.

Powerful CAD systems such as AutoCAD 2010, Microstation and SolidWorks provide native 3D models to optimize data exchange effectiveness and quality. This practice results in less rework, better productivity and higher data integrity allowing the designer to save hundreds of man-hours. Further, all these systems come with routine updates to ensure compatibility with latest CAD software releases.

Every CAD platform has a unique way of representing 3D geometry for a given manufacturing design. If you try to open a 3D model in other application then you see some discrepancies in terms of white spaces, gaps, miss-alignment, etc – diluting the actual design intent. AutoCAD 2010 quickly and easily makes adjustments to optimize the models and removes all these differences well before the file get translated.

AutoCAD mechanical interface embeds optimization tools, automated repair modules and compliance with latest industry standards to offer its users easy-to-understand, fast and highly accurate 3D CAD translations. Organizations can purchase main suit and add-ons for a nominal fee to make their systems up-to-date for future use. This kind of scalability results in greater return of investment (ROI) and can win more business for the organization. AutoCAD and SolidWorks has found their extensive use across a wide variety of industries such as manufacturing, automobiles and machineries and helps mechanical designers, product developers and mold makers benefits of low cost and quicker turn around times.

Post any of you queries to us at info@cadoutsourcingservices.com

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Engineering subjects such as civil engineering, mechanical engineering, chemical engineering, computer engineering, electrical engineering, electronics engineering etc are often have difficult topics to understand. Students often require some assistance to understand the difficult topics of their subject. But in all circumstances sometimes student require instant help to learn a topic. For such situation online tutors can be the best solution. Online Tutors are expert of their subjects and have huge experience of tutoring. They can customize their tutoring methods to fulfill student’s requirements. One-on-one tutoring has lots of benefits which makes it a preferred way of learning. Following are some of these advantages:

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Engineering subjects are difficult to understand without proper guidance. The assignments in engineering subjects are often time consuming and require dedicated approach from students. To help engineering students for their assignments and projects EduwizardS offer assignment help for students of engineering subjects. Students can get assistance in following topics of engineering subjects:

Mechanical Engineering:

Manufacturing, Computer aided designing, Thermal and Fluid Engineering, Industrial Engineering and Operations Research.

Chemical Engineering:

Process Design, Heat and Mass Transfer, Membrane Separation, Thermodynamics.

Civil En Engineering:

Structural Design and Analysis, Soil Mechanics, Transportation.

Electronics Engineering:

Electrical Energy systems, Electronics, Electromagnetic systems, Computer systems, Control systems, Signal Processing.

Metallurgical Engineering:

Metallurgy, Material properties and processing, Thermodynamics, Crystallography and Quantum physics.

Electrical Engineering:

Electrical energy systems, heavy motors design and development, panels for industry etc.

Computer Science:

Algorithms, Programming, Data Structures, Operating Systems, Information system, Software Engineering etc.

Industrial Engineering:

Operations research & Optimization techniques, Engineering economics, Supply chain management & Logistics.

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Copyright (c) 2010 Allthetopbananas.com

There are many flavours with regards to engineering job opportunities. Engineers are known to fit in many areas, particularly in product development and designs. For instance, engineers can create a simple house to mega structures and make sure that they are safe and solve the needs of whoever uses them. Whatever the problem is, engineers can repair it!

Chemical Engineering Jobs: When it comes to combining the laws of science and math, chemical engineers make it simple for us to view these things blend. For example, chemical engineers can create plastics that are fire resistant or sufficiently strong to be used for car seats and infant strollers. In terms of food, chemical engineers can create special food additives to extend shelf life. Additionally, did you know that packaging engineers create, design and test innovative approaches to pack all products?

Aerospace: All of us owe the safety of our aviation industry to the aerospace engineers. This group of people are responsible for making exceptional machines of great sizes which move in the air. Aerospace engineers design and construct aircraft and spacecraft for a safe and efficient flight. These engineering jobs also work with military aircrafts and satellites.

Electrical: Have you had any fires before that originates from flawed wiring? If not, then you definitely owe that safety to your electrical engineer. Part of his job is to provide a unique electrical design plan that will make your home a safe haven for many years to come. As well as that, electrical engineers wire up complicated buildings, structures, satellite receivers, telephone transformers and others. Keep in mind, if there’s electricity, there’s probably an electrical engineer taking care of it.

Civil: The biggest responsibility for a civil engineer is to produce a safe and sound environment for all people. If we recall, the massive flooding in New Orleans as a result of Hurricane Katrina has prompted a school of engineers to construct stronger and better structure to prevent it from happening again. Civil engineers also work in other places such as walkways, bridges, dams or parks. Their expertise is also seen in buildings and land planning.

Mechanical: People do all sorts of things to amuse and help them in their daily tasks. Machines are retrofitted to meet their specific needs and requirements. Custom-made designs are made possible by mechanical engineers. These gifted men and women have the ability to work from boat designs to car engines. Mechanical engineering jobs are highly active in nanotechnology, kinetics, hydraulics, pneumatics, fluid motion along with other similar disciplines. There are other types of jobs in this broad discipline which makes it more interesting.

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