Idhaya – Engineering and Technology Blog

General Motors has done much to revitalize its Saturn brand in the past eighteen months. The brand known in the past as the home of the haggle-free customer service is now the fastest growing brand in the United States auto market. General Motors has revitalized the brand by infusing the Saturn lineup with German engineering.

With the help of Opel, General Motors has turned Saturn vehicles into the most European-ized American cars in the market. The recently named the 2007 North American Car of the Year, the Saturn Aura has close ties with the Opel Vectra. The Saturn Astra that will be released in the North American market later this year is a rebadged Opel Astra. Another result of the collaboration between Opel and Saturn is the convertible Saturn Sky which is based on the Opel GT.

Another Saturn vehicle with European lineage is the midsize crossover SUV Saturn Vue. The vehicle was designed based on the Opel Antara which is based on the General Motors Theta platform. The Antara and the Vue are designed to be indistinguishable from each other. Both are designed and developed in Germany using the country’s engineering.

The similarity between the European Antara and the American Vue is apparent in its handling. The suspension setting of the Antara mirrors that of the Vue. Both crossover SUVs are equipped with strut-front and multilink-rear suspension settings. According to the manufacturer of the Vue, it will have the same handling and stability as its European sibling.

With German engineering behind the new Vue, handling is improved compared to its predecessor. With more responsive handling, the Vue is considered as a near luxury vehicle. In the past, several Saturn auto models have failed to give the brand an upscale feel. But with the partnership with Opel, Saturn vehicles have become a serious competitor in its segment.

The General Motors Theta platform was revised to give the new Vue its sharper handling and better ride comfort. Vibrations and noise from the engine bay are also reduced, thanks to the specially designed Saturn engine mount which absorbs most of the engine’s vibrations.

The revisions to the automobile platform with the use of German engineering have resulted to an increase in weight. More than 400 pounds were added to the new Vue compared to its predecessor. This increase in weight is a surprise considering that the new Vue has virtually the same dimensions as the old Vue.

The 2008 Saturn Vue will be equipped with a standard 2.4-liter Ecotec engine with the variable valve timing. This engine can produce as much as 169 horsepower. An optional engine for the new Vue includes a 3.5-liter V6 with an output of 222 horsepower. Another engine choice available for the Vue is a 3.6-liter direct overhead camshaft V6 engine with an output of 257 horsepower.

The new Saturn Vue will be competing in the North American auto market directly with the Ford Escape, the Honda CR-V and the Toyota RAV4. In order to compete with these already established nameplates, the Saturn Vue has been given European styling which is aimed to attract young vehicle buyers. The changes made in the exterior of the Saturn Vue gives it a sportier look unlike its predecessor. With the help of Opel, it seems that the Saturn Vue will become a major competition for the Asian brands in its segment.

A software development process is a structure imposed on the development of a software product. Synonyms include software life cycle and software process. There are several models for such processes, each describing approaches to a variety of tasks or activities that take place during the process. . Let us see the steps involve in any software development.

Domain Analysis

Often the first step in attempting to design a new piece of software, whether it be an addition to an existing software, a new application, a new subsystem or a whole new system, is what is generally referred to as “Domain Analysis”. Assuming that the developers (including the analysts) are not sufficiently knowledgeable in the subject area of the new software, the first task is to investigate the so-called “domain” of the software. The more knowledgeable they are about the domain already, the less the work required. Another objective of this work is to make the analysts who will later try to elicit and gather the requirements from the area experts or professionals, speak with them in the domain’s own terminology and to better understand what is being said by these people. Otherwise they will not be taken seriously. So, this phase is an important prelude to extracting and gathering the requirements.

Software Elements Analysis

The most important task in creating a software product is extracting the requirements. Clients typically know what they want, but not what software should do, while incomplete, ambiguous or contradictory requirements are recognized by skilled and experienced software engineers. Frequently demonstrating live code may help reduce the risk that the requirements are incorrect.

Specification

Specification is the task of precisely describing the software to be written, possibly in a rigorous way. In practice, most successful specifications are written to understand and fine-tune applications that were already well-developed, although safety-critical software systems are often carefully specified prior to application development. Specifications are most important for external interfaces that must remain stable.

Implementation (or coding)

Reducing a design to code may be the most obvious part of the software engineering job, but it is not necessarily the largest portion.

Testing

Testing of parts of software, especially where code by two different engineers must work together falls to the software engineer.

Documentation

An important (and often overlooked) task is documenting the internal design of software for the purpose of future maintenance and enhancement. Documentation is most important for external interfaces.

Software Training and Support

A large percentage of software projects fail because the developers fail to realize that it doesn’t matter how much time and planning a development team puts into creating software if nobody in an organization ends up using it. People are occasionally resistant to change and avoid venturing into an unfamiliar area so, as a part of the deployment phase, it is very important to have training classes for the most enthusiastic software users (build excitement and confidence), shifting the training towards the neutral users intermixed with the avid supporters, and finally incorporate the rest of the organization into adopting the new software. Users will have lots of questions and software problems which lead to the next phase of software.

Maintenance

Maintaining and enhancing software to cope with newly discovered problems or new requirements can take far more time than the initial development of the software. Not only may it be necessary to add code that does not fit the original design but just determining how software works at some point after it is completed may require significant effort by a software engineer. About ? of all software engineering work is maintenance, but this statistic can be misleading. A small part of that is fixing bugs. Most maintenance is extending systems to do new things, which in many ways can be considered new work.

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Expertises are available for .Net and PHP solutions as well.

Encyclopedia

Petroleum engineers are involved in all the stages of oil extraction procedures. From exploration to recovery , petroleum engineers have the skills and ability to supervise the entire operation. Their educational background in chemistry, physics, math, computer science and geology makes them an important part of the extraction and production procedures of oil and gases. On the field they can hold roles as drilling engineers, reservoir engineers, chemical engineers or analysts.

These are some of the jobs and tasks of a petroleum engineer.

1. Planning and Surveys. When a potential oil site is found the initial task of a petroleum engineer is to get samples from the area. The samples will contain information on the quality, quantity and depth of the oil. After analysis of the area and oil are done, the drilling engineer starts planning the extraction process. The right equipment and instruments are chosen for the drilling and extraction of the oil. Positioning the wells and modifying drilling operations are made by the petroleum engineer to increase productivity. The engineer supervises drilling activities on the oilfield and monitors each stage of the operation.

2. Evaluation and Problem Solving. Reservoir engineers have to know how to recover the oil in the ground utilizing the most effective means at a reasonable cost. They consult with geologists, hydrologists, chemical engineers, metallurgical engineers, and mining engineers for design and testing issues. Operational problems have to be addressed so oil recovery procedures can be maximized. Petroleum engineers are tasked with re-evaluating the processes and assist technical personnel by interpreting the results of the evaluation to ensure the changes made will improve oil recovery procedures.

Implementation. Petroleum engineers coordinate and supervise the installation and maintenance of drilling equipment on the oil field. Placement of wells is decided upon and tests are conducted to make sure the process is done according to design. Installation of drilling and other oil recovery equipment have to meet environmental control measures.

Safety at the drilling site is a major concern. It is also the role of petroleum engineers to ensure that machinery and equipment brought on site have been tested to meet performance requirements. Inspections have to be done regularly during recovery procedures to check if safety measures are met. When recovery procedures are over and all the oil or gases have been extracted, it is the job of petroleum engineers to supervise the organized dismantling of structures at the site. The machinery and equipment must be properly removed from the area as well as any waste products that accumulate during extraction procedures. Areas that have been drilled have to be filled and returned to its normal state.

Petroleum engineers have many job tasks while they are out on the field. Their educational background and the skills they acquire on the job provide them with the ability to choose from a broad list of job positions.

Useful links

Petroleum Engineering Schools in US

Experience the rush and power of a best- performance sedan with the 2007 MazdaSpeed6. This impressive new model offers several features and a stand out design. Great new feature include a Power Assist 4- wheel, 4- sensor, 3- channel braking system and Anti- Lock Brake System with Electronic Brakeforce Distribution.

The MazdaSpeed6 has front fog lamps and Xenon halogen High Intensity Discharge headlights. Meanwhile, dual power remote, body- color mirrors and speed- sensing windshield wipers are also available.

Interior comfort is provided with pollen filter air conditioning and automatic climate control. An instrument panel also displays clock, audio, A/C, and outside temperature.

It also offers power moonroof with interior sunshade and an advance keyless entry and start system. Quality entertainment package is also provided with Sirius satellite radio- compatible audio system, Bose 7- speaker sound system with amplified woofer and in- dash 6-disc CD changer. The MazdaSpeed6 also comes with a navigation system with retractable 7” display and electroluminescent gauges with red light- time illumination.

This latest model also comes with reclining front sport bucket seats, front and rear height- adjustable headrests, and front heated seats. An 8- way power driver’s seat with manual adjustable lumbar support also provide protection as well as comfort.

MazdaSpeed6 guarantees high performance at the highest level with its 270 horsepower engine and 15.6 lbs. of boost. Engine type is 2.3L DOHC 16-valve 14 with turbo plus an Active Torque Split All Wheel Drive drivetrain.

Safety features include dual front air bag Supplemental Restraint System which comes with dual action inflation with crash zone and passenger weight sensors. Side impact air bags and side air curtains are also available. Child safety rear door locks and LATCH system with rear seat child safety seat lower anchors and upper tethers keep children safe and comfortable. In addition, an anti- theft alarm system and engine immobilizer anti- theft system also offer maximum security.

The 2007 MazdaSpeed6 combines the out-and-out fun of a sports car with its powerful engine and luxurious appearance, making it one of the best high performance sedans this year.

If you have high mobility in your life, there are many things that you should do. You should have a proper vehicle in order to help you support the mobility in your life. If you are using your vehicle, you should also try to maintenance your vehicle. There are many things that you should pay attention in your vehicle. You should make sure that the machine of your vehicle in a good condition.

If you want to keep your vehicle in a good condition, it is also better for you to use the proper oil. Today, it is very easy for you to find widest selection of oil brands in the market. Because of there are too many motor oil which sell in some stores, you should try to find some information about it first before try to use it. You may also try to go to Bizol.com if you want to get best synthetic motor oil. This is become one of the most popular place for you to get trusted motor oil. This company is become the most popular German oil producers.

This company is also offers automatic transmission fluid to your vehicle. This is a flexible manufacture which always gives you high quality product to their customer. By using the proper oil to your vehicle, you will protect your vehicle.

MEP Engineering Design includes the following 3 engineering services which would draft in AutoCAD design. These architectural design or drawing could be generated through paper to CAD, PDF to CAD or hand drafted sketch to Computer-Aided-Design.

Mechanical Engineering Design Electrical Engineering Design Plumbing Engineering Design

Mechanical engineering design is a part of the overall domain of mechanical engineering. Mechanical Engineering involves the Physical usage for mechanism and functioning, design, manufacturing, installation, operation and maintenance of mechanical systems such as boilers, condensers, heat engines, air conditioners & refrigerators, machine tools, thermal power stations etc.

MEP Engineering services ranges from electrical transformer design to drafting for all electrical systems within a building. Various electrical services include design of lighting system, power system, power distribution system and design of fire protection system. It considers all aspect of the electrical projects with the aim to guarantee smooth start up of your project and also negligible field changes.

Plumbing plans and plumbing design services includes natural gas pipe sizing and design, LPG pipe sizing and design, water supply sizing and layout, drain waste vent isometrics, storm drain sizing and design. It also includes domestic and waste water system, riser diagram, typical enlarged diagram, storm water system.

Mechanical Electrical Plumbing (MEP) Design Services add value to client’s business by providing them the competitive edge by offering this high quality Mechanical Electrical and Plumbing Engineering Design services at reduced/lower cost in India.

Save 40 to 60% on MEP Engineering Services, MEP Design, Mechanical Drawings, Computer Aided Drafting and Design, HVAC, Electrical and Plumbing Projects With High Quality and Accuracy.

For more information about our MEP Design Services please visit our corporate site at http://www.mepdesignservices.com/ Or send your project at: info@mepdesignservices.com

Software technology has made Hospital and healthcare organizations make critical changes to serve people better.

Doctors, nurses, patients, bye-standers etc. find it easier these days to obtain accurate information regarding the health of the patient. May it be for emergency purpose, lab reports, admission reports, patient s health history etc it is only a simple process to obtain them. You just have to feed the basic information and you will get what you are looking for in a fraction of minutes. All these are the result of a well planned, analyzed and organized processes developed after careful studies and examination of every minute detail of hospital and health care needs. All what is learned is coordinated and developed into a data base which is then formatted into a software system. The software system is capable of doing all the various functions required of a hospital or healthcare centre. The software and engineering associates are constantly at it to make improvements so that the system may be operated with simplest and easiest of efforts.

The best part of the software system is that it is customizable; users may adjust it to their particular business scenarios. These are complex and dynamic system having various facilities and features to adapt for the various established needs and requirements. You get to tweak and test your system to explore your requirements and get the software and engineering associates to customize it for you the way you want it. The customizable interface of the software helps users to use it with comfort and ease. The software system helps its users to process data faster and with more accuracy than conventional method.

The best qualities to look for in the software system are the ease of use and the access to all information and its flexibility in adapting to your needs. The software may not come cheap but they are not expensive either. Compared to the millions of dollars you get to save annually by using the system what you spend on the system is negligible. This not only saves you time and energy but also help you in every aspect of the running of the hospital or health care center.

The software and engineering associates can help you provide a better image of the hospital and also help you increase its productivity by leaving you time in hand to concentrate on any particular aspect that requires more attention in managing the hospital or health care center. You do not have to beat your brows to schedule the doctors, nurses, other staff or patients. The software system will take care of all these complex issues even all the financial transactions, auditing and tax reports.

Once you can find good software and engineering associates capable of delivering a quality software system then half your job of running and managing your hospital or health care center gets done. The rest of the job is not so complex so you may easily handle them or get some one to do that for you, the software engineers and associates may come up with something to even take care of that one day… who knows…

The Chevrolet Corvair engine was a flat-6 (or boxer engine) piston engine used exclusively in the 1960s Chevrolet Corvair automobile. It was a highly unusual engine for General Motors: It was air-cooled, used a flat design, with aluminum heads (incorporating integral intake manifolds) and crankcase, and individual iron cylinder barrels. The heads were modeled after the standard Chevrolet overhead valve design, with large valves operated by rocker arms, actuated by pushrods run off a nine lobe camshaft (exhaust lobes did double duty for two opposing cylinders) running directly on the crankcase bore without an inserted bearing, operating hydraulic valve lifters (which eliminated low temperature valve clatter otherwise seen with that much aluminum in the engine, due to its high degree of thermal expansion).

The flat horizontally opposed (“flat engine“) air-cooled engine design, previously used by Volkswagen and Porsche as well as Lycoming aircraft engines, offered many advantages. Unlike inline or V designs, the horizontally opposed design made the engine inherently mechanically balanced, so that counterweights on the crankshaft were not necessary, reducing the weight greatly. Eliminating a water-cooling system further reduced the weight, and the use of aluminum for the heads and crankcase capitalized on this weight reduction; so that with the use of aluminum for the transaxle case, the entire engine/transaxle assembly weighed under 500 pounds (225 kilograms). In addition, the elimination of water-cooling eliminated several points of maintenance and possible failure, reducing them all to a single point; the fan belt. As with the Volkswagen and Porsche designs, the low weight and compact but wide packaging made the engine ideal for mounting in the rear of the car, eliminating the weight and space of a conventional driveshaft.

Two years after its 1960 debut, the Corvair engine gained another unusual attribute: it was the second production engine ever to be equipped from the factory with a turbocharger, released shortly after the Oldsmobile Jetfire V8.

Aircraft hobbyists and small volume builders, perhaps seeing the Corvair engine’s similarity to Lycoming aircraft engines, very quickly began a cottage industry of modifying Corvair engines for aircraft use, which continues to this day. The Corvair engine also became a favorite for installation into modified Volkswagens and Porsches, as well as dune buggies and homemade sports and race cars.

140

The Corvair’s innovative turbocharged engine; The turbo, located at top right, takes in air through the large air cleaner at top left, passes it through the sidedraft carburetor in between, and feeds pressurized fuel/air mixture into the engine through the chrome T-tube visible spanning the engine from left to right.

The Corvair’s innovative turbocharged engine; The turbo, located at top right, takes in air through the large air cleaner at top left, passes it through the sidedraft carburetor in between, and feeds pressurized fuel/air mixture into the engine through the chrome T-tube visible spanning the engine from left to right.

The initial Corvair engine displaced 140 in³ (2.3 L) and produced 80 hp (60 kW). The high performance optional “Super TurboAir” version, introduced mid 1960 with a special camshaft and revised carburetors and valve springs produced 95 hp (70 kW).

145

In 1961, the engine received its first increases in size via a larger bore. The engine was now 145 in³ and the base engine was said to produce the same 80 hp (60 kW). The new high performance engine was rated at 98 hp (73 kW). In 1962 the high performance engine was rated at 102 hp (76 kW). The high compression 102 HP heads were added to the Monza models equipped with Powerglide when the standard engine was ordered, giving an 84 HP engine rating. 1962 engines returned to automatic chokes after a one year only manual choke on 1961 models.

The ultimate performance was found in the Spyder model, which became available with a turbocharged engine rated at 150 hp (112 kW). The turbocharger was mounted on the right side of the firewall behind the rear seat, fed by both exhaust manifolds; a single sidedraft carburetor mounted on the left side of the firewall fed directly into the turbocharger’s intake, with a chromed pipe leading from the turbocharger’s outlet to what would otherwise be the carburetor mounting pads on the intake manifolds, which were integral parts of the heads. The turbocharged heads received some valve upgrades to improve durability. Exhaust valves on turbocharged engines were made from a non-ferrous material used in jet engine turbine buckets, called ‘Nimonic 80-A’. All other Corvair engines had slight upgrades in valve and valve seat materials as well for 1962.

164

The engine was stroked out (from 2.6″ to 2.94″) displacing 164 in (2.7 L) for 1964. Power output was boosted to 95 hp (70 kW) for the base model and 110 hp (80 kW) in the high performance normally aspirated engine, while the Turbocharged engine remained rated at 150 hp for this year. This increase in stroke was the maximum the engine could tolerate, to the point that the bottoms of the cylinder barrels had to be notched to clear the big end of the connecting rods.

For the 1965 model year, all engines had the head gasket area between the cylinder and the head widened, with a new design folded “Z” section stainless steel head gasket virtually eliminating any risk of head gasket failure. A 140 hp (104 kW) version with 4 single barrel carburetors, and a progressive linkage was introduced in 1965 as option L63 ‘Special High Performance Engine’ and was standard equipment on the Corsa model. The carburetors consisted of a single barrel primary and a single barrel secondary on each head, connected by a progressive linkage; in addition, the heads featured a 9.25:1 compression ratio, and the cars received dual exhaust systems. Engines supplied with the automatic transmission after spring 1965 were modified with a camshaft from the 95 Horsepower base engine, and a special crankshaft gear that retarded its timing 4 degrees- the former to increase torque and smooth idle with the Powerglide transmission, the latter to restore some of the peak HP lost at higher engine speeds by the economy contoured camshaft with short timing.

1966 engines were basically carryover from the 1965 models, however Corvairs sold in California (except Turbocharged models) now featured the General Motors Air Injection Reactor System (AIR), and emissions control system consisting of an engine driven air pump that drew filtered air from the air cleaner, and injected a metered amount into the exhaust manifolds via tubing to promote complete oxidation and combustion of exhaust gasses to lower emissions. Specially calibrated carburetors and slight changes to the ignition timing and advance curves were part of the package. The AIR system had an unfortunate effect of sustantially raising exhaust gas, valve and head temperatures, particularly under heavy loads and this was a drawback on the Corvair where engine cooling could not be easily improved to cope with the higher temperatures. Nonetheless, performance and drivability were not noticably effected in most circumstances. In 1968, all Corvair (and other GM) engines got the AIR system for every market.

The 140 HP engine was officially discontinued for ‘67, but became optional in 1967 as COPO 9551-B, not a regular production option. Chevrolet sold 279 of these engines in the 1967 model year, 232 with manual transmissions, and 47 with Powerglide transmissions. Only six were sold with the four carburetor engine and the AIR injection system required by California emissions standards. These figures include 14 Yenko Stingers and 3 Dana Chevrolet variants of the Stinger.

Both the 140 HP engines and the Turbocharged engines had many special quality features not shared with lesser Corvairs- Moly insert top rings, stellite tips and faces on the valves, a Tufftrided (cold gas hardened) crankshaft, and Delco Moraine ‘400′ aluminum engine bearings- the quality of the 140HP Corvair engine for materials is directly comparable to the Rolls Royce V8 of that era, item for item. It was a fabulous bargain for the $79 premium it commanded over the basic 95HP engine. Performance of the 140HP engine was better than you might expect, with a 5200 rpm peak horsepower output, it offered road performance in a Corvair comparable to contemporary Cadillac models of the day.

The turbocharged engine now developed 180 hp (134 kW). Contemporary reviews describe a similarity in power between the turbocharged and four-carburetor engines throughout the low and mid rpm range, with the turbocharged engine being superior only when it was possible to sustain boost continously. The turbocharged engines long suit was highway acceleration, flooring the accelerator at turnpike speeds produced ferocious acceleration in the upper speed ranges as the turbocharger began to boost, reaching manifold pressures approaching 15 PSI. No wastegate was used on the Corvair turbocharged engine, boost was controlled by careful balancing of exhaust restriction, mostly via the muffler, and intake restrictions from the smallish Carter YH carburetor used. Preignition and knock under boost was controlled using a novel ‘pressure retard’ device, essentially a modified vacuum advance device, on the specially curved distributor, as boost pressures built, ignition advance was progressively reduced to preclude detonation.

Having the right software package for your business is becoming more and more important as technology becomes both more complicated and more necessary for success. Many companies struggle to find the right software solution for their business and suffer as a result of inefficient processes, losing time and money on a daily basis. However, a quick consultation with a professional software engineer could be all your company needs to get the software that they need. In no time, you can quickly be operating at levels that are better, cheaper, and faster than previously imagined.

The benefits to having a software engineer work with you are many. Their in depth knowledge of software and the IT market as a whole give them several advantages that you can capitalize on by hiring their help. Here are five advantages that a professional software designer brings to the table that you will have a hard time replicating by hiring in-house staff.

1. Knowledge and Experience – The key advantage that a software engineer brings to the table is that they have a diverse amount of training and education that is expensive to hire in-house. They may also bring certifications to the table that give them more credibility and knowledge about ways to improve your company’s use of technology.

2. Personal Involvement – By outsourcing your software help to a professional, you also get a personal touch. A software engineer will begin as a consultant for you and will investigate your current use of technology and will present you with a wide variety of options for improving your use of technology. Often, they will know more about what kind of options are out there and will have the ability to quickly identify with your business and help you choose the right solution.

3. Custom Software Solutions – The ideal solution for your company will be something that is unique and works better for you than anyone else. A good software engineer/consultant will have the ability to either combine different software packages to best meet your needs or design and write a custom piece of software that is best for your company. In either case, they will have the ability to expertly match your processes with the software’s functionality, giving you the results that you’ve been striving for.

4. Implementation – Unfortunately, selecting the right software is only half the battle. You must be able to implement the software and train your staff on the proper way to use the software. Again, your software engineer can assist by conducting formal training for end-users.

5. System Analysis – If you’ve already got a software package that meets your needs and are just looking for a couple of ways to manipulate your current software to improve effectiveness, a software engineer can help. They have a diverse knowledge and understanding of software and have the ability to work with a variety of packages, find ways to improve them, and find solutions for your company.

The benefits of consulting with a professional software engineer are many. Finding one is often as easy as contacting a local or national IT staffing and consulting firm. Consulting with an IT professional is the first step to improving your use of technology and realizing higher profits.

Dubai has turned into a career haven, attracting talented individuals from across the globe. The United Arab Emirates, has put in a Zero Income Tax policy for the individual along with 100% remuneration of income.

Due to this fact, companies based here and serving the entire Middle East and North African region have been able to attract high calibre people to join their workforce, in spite of the harsh climatic conditions.

Now the question is: If so many people are looking for an engineering job in Dubai, how do you ensure that you secure your “Dream” Job in Dubai? The answer is quite logical. You need to have a multi-pronged strategy and work really hard if you wish to secure your Dream Engineering Dubai Jobs. A callous or laid-back attitude will not generate the results you desire.

Similarly, just 1 or 2 approaches will not work. I will show you a systematic and guided approach. If you follow this method, then I guarantee you phenomenal results. Now, I’m not going to teach you magic. Like I said earlier, it’s a logical method.

Some of the popular and in-demand Engineering jobs in Dubai are:

Mechanical Engineering which includes: Aerospace, Automotive, Biomedical, Mechanical, Naval.
Electrical Engineering which includes: Communications, Computer, Electrical, Electromechanical Systems, Electronic Systems, Software.
Civil Engineering which includes: Building, Civil, Construction.
Production Engineering which includes: Industrial Engineering, Integrated / Unified Engineering, Production Engineering, Instrumentation Engineering, Systems Engineering
Chemical Engineering which includes: Agricultural, Biological and Biosystems, Chemical, Environmental, Food, Forestry, Materials, Plastics, Water Resource.
Oil Engineering which includes: Gas, Geological, Geomatics, Metallurgical, Mineral, Mining, Oil, Petroleum.

Remember, that the whole process that I have described below takes some time. Securing good Engineering jobs in Dubai that fit your criteria perfectly is a time consuming and lengthy procedure, but I have compiled a few resources here for you to make it easier.

So, follow this procedure in the order given below and…

…all the best to you in your new engineer jobs in Dubai:

Engineer a good Resume:

A resume that impresses, one that gets the interview call.
It’s said that the first impression is the last impression. Couldn’t be more true for a resume.

Some Resume Tips, specifically for Engineering Jobs in Dubai:

Put the most important information first
Highlight your positive points and strengths
Highlight your accomplishments/achievements/accolades
Point out that you will dress modestly
Put a line that you are very tolerant with other people’s religion and beliefs
Make sure to use the right keywords, (for online searches) power keywords that will bring your resume in front of others
Use bullet points
One or two pages long, maximum
No hobbies please

Online Job Portals: are Very widely used by job seekers and recruiters.You can submit your completed resume to these online job portals. They are extremely popular in Dubai, and are used by the HR executives of the biggest and best Engineering companies to search for good resumes.

Offline Recruitment Agencies: are also very useful. Some are General while there are some that Specialise in Engineering Jobs in Dubai.The Big general recruitment agencies have dedicated recruiters and teams for various career fields. It’s a good idea to approach a mix of both types.These recruitment agencies have contracts with companies, and are very prolific in finding the right candidate for the right job.They get paid for every successful placement, by the hiring company.

Engineering Companies: You can directly approach the biggest and the best companies in the engineering sector. The creme de la creme of engineering comapnies always have job positions open due to the size and leadership in the market. You can send them your Resume and Cover Letter to the Human Resources Department’S Email ID.

Classified Ads: Circulate your ad on the Internet.

You can place your “job wanted” classified in one of the Online Dubai Classified Advertisement Websites “Engineering Jobs in Dubai” section.

These are reputed sites, however, since your email address is listed here, please be ready to find spam in your inbox too. A safe bet is to use a different email ID.

These classified sites rank very high (in the first or second search results page) and so your chances of getting found directly by hiring companies is very high too.

Classifieds Search: Search the Wanted Ads.

There is a “jobs available” section in some online classifieds sites.

You can browse these to locate engineering jobs in Dubai that fit in with what you are hunting for.

However, many of the ads could be of scam recruiters, asking you to deposit money upfront. Simply ignore these.

Social Media Networking: Network with the HR’s.

The HR’s of Companies as well as Recruitment Agencies use Social Networking to post current jobs online and informally connect with potential candidates. This is an absolute must-do.

Preparing for an Interview: Go prepared. When you receive an interview call, remember to take along all your original certificates, experience letters and other important documents in original and photocopies. Brush up on the technical aspects related to the work you do. Show them that you are an authority on your subject and the right candidate for that post.

Tips, Do’s and Dont’s:

Keep in mind the things that made you search for engineering jobs in Dubai, in the first place.
If the job description and it’s package and perks offered, fit in with what you’ve got in mind, then and only then apply for the job.
Negotiating salary is not recommended in Dubai.
You may find yourself working overtime without overtime pay.
South Asians, need to work a minimum of 1 year, before they can change jobs, whereas this rule does not apply to Europeans, Australians and US Nationals.

Visa to visit Dubai:

You can come to Dubai on a visit visa and then go job hunting for quality engineering jobs in Dubai, as many people do, which increases your chance of landing good construction jobs in Dubai.

Physical presence in Dubai does make a difference. You can go for the interview as soon as you get a call.
Read the important tips about Dubai Visas and remember that a visit visa is for a duration of 2 months, and you can extend it by a month.

Visit Engineering” _mce_rel=”nofollow” onclick=”javascript:pageTracker._trackPageview(‘/outgoing/article_exit_link’);” href=”http://www.dubai-forever.com/engineering-jobs-in-dubai.html”>Engineering”>http://www.dubai-forever.com/engineering-jobs-in-dubai.html”>Engineering Jobs in Dubai for FREE information for the above categories.