Wednesday, August 17, 2016

Computer Software Engineer - A Top Career

The number of computer software engineer jobs is anticipated to increase much faster than the average and the pay is good. In 2006 the middle fifty percent of computer software engineers earned between $67,000 and $105,000 the lowest ten percent of the group earned less than $53,000 per year, whereas the highest paid ten percent made more than $126,000 per year.

Anyone looking at a career in this field must have strong investigative and analytical talent. They must also be able to work well as a team member, with other staff, and relate to clientele. They often deal with several tasks at the same time (multi-tasking), they must also be able to focus on detail. A video game programmer is a computer programmer who primarily builds video games or associated software (such as flight simulators for the government). Video programming has a lot of the same functions that a regular computer programmer uses but the graphic interface is the biggest difference. 

The design of the programs that create these video games can be a rewarding and money-making endeavor. Why is that? Well, the video game market has been a real growth industry for most of the last decade. If you know nothing to very little about programming or game programming, just go to this web site: GameDev dot net. You will find a great beginning reference for anyone that wants to get into the business of programming games. It answers many fundamental questions about how to start and where to get more information about game programming.

The question of whether video games improve brain function has never been clinically tested with any degree of scientific certainty. However the empirical evidence leads one to answer yes and from my personal experience I agree that video games do improve brain function. My children grew up playing video games from the time they were three years old. When the first video games started production around 1978 I introduced them to my three kids and we played games and learned to write programs. When the observation that children are better at technological things than adults is made I related this to the familiarity with using a computer for gaming. I also observed that use made the hand to eye coordination of my children superior to that of their peers.

The military uses video flight simulators for training and they have greatly improved real flight performance from a tactical perspective. The military does this for a very good reason, because it is extremely cost affective. The military use of video games is also being used to teach situational tactics of combat. Video games like the Nintendo Wii give realism to the game that has to be experienced to be appreciated. The graphics associated with one of the standards Wii games although not photographically perfect is extremely well done and actually replicates the background terrain of real places.

Most professional video game programmers started programming when they were very young. Many of them had computers at home and they spent a lot of time behind a monitor "hacking" programs. You will also find most potential programmers more interested in reading a research paper than a comic book. Some of them take computer-related courses in High School but end up with a post graduate degree in a Computer Software Engineer related field. The middle fifty percent of computer software engineers earned between $67,000 and $105,000 in 2006. 

Those in the lowest ten percent of the group earned less than $53,000 per year, whereas the highest paid ten percent made more than $126,000 per year. The number of computer software engineer jobs is anticipated to increase much faster than the average, as companies look for additional ways to get in front of the competition and make operations the most proficient. Another factor driving the interest in this group is the problems with cyber security. HoweverFeature Articles, job growth in this field may not be as rapid as it has been the last two decades as some of work is outsourced to foreign countries.


The Benefits of Engineering Machinery Service Providers

First of all, precision engineering is a specialized discipline of engineering and trained precision engineers work tirelessly to create high precision components for various industries such as hydraulics, aviation, automotive, marine, oil and gas, textile, surgical and general engineering.

Precision engineering is a specialized discipline of engineering and trained precision engineers work tirelessly to create high precision components for various industries such as hydraulics, aviation, automotive, marine, oil and gas, textile, surgical and general engineering. An established precision company in a bid to meet the global standards and rub shoulders with the best in the industry upgrade their facilities and invest in engineering machinery that over years has improved in speed and precision technology. This has resulted in automatic functioning advantage which delivers greater goods in lesser time. If you belong to an industry that requires manufacturing components built to accurate results, seek the services of a precision company that has worked on similar projects and have successfully delivered materials on time including assembling of the various parts. The engineers also operate CNC milling machines for optimum performance.

Check the credentials of precision engineers and see whether they have adequate training and qualification to take up your highly specialized job demand. While delivering units and parts to the industries, the engineers and the companies should focus on procurement of raw materials, building and manufacturing each of the components to specification and requirement of the industries, and, delivering the materials on time. They also supervise the assembling of the components and check whether the machines are functioning properly. They prioritize quality and safety and strive to meet the industry standards. It is also important to evaluate the condition of the engineering machinery used by the companies that will guarantee great end result.

Precision engineering companies use sophisticated engineering machinery such as CNC Turn Mill Centers, VMCs, Surface Grinding, CNC lathes, High Speed micro drilling and many more. Most companies use both conventional and CNC machines. The precision engineers through experience and expertise can operate each of the machines without any problems. They also work in tandem with the rest of the unit of the company to design manuals and guidebooks on precision components and conduct frequent onsite testing and maintenance.

Precision engineers make both ferrous and non-ferrous machine components that they manufacture out of castings, forgings and bars. The companies prioritize the clients and through detailed discussions, site visits and surveys they deliver the best products for fabrication and assembling. The world class infrastructure and engineering machinery make it possible to improve both efficiency and speed. Commitment to work, reliability, and expertise are some of the pertinent features to consider in a precision engineering company that differentiates between an average provider and a great manufacturer.

Precision engineers operate engineering machinery to manufacture and deliver various parts and components such as hydraulic parts, parts for oil and gas industry, textile or surgical parts, parts for the automobile industry and general engineering parts. The scope and opportunities are endless and demand is high. Base your analysis on various reviews. If the precision company facility is close to your establishment that is an added advantage because commutingHealth Fitness Articles, delivery and assistance during operations become easier. Also post installation maintenance becomes convenient. Establish a lasting relationship with your supplier and manufacturer; one that exerts professionalism blended with a personal touch.


About the author

Check the efficiency levels and evaluate the condition of the engineering machinery before you invest in one. Check the credentials and experience of precision engineers before employing their service.

Friday, August 5, 2016

Mechanical Engineering: Opening Up Job Opportunities in Various Sectors

Considered as the mother branch of engineering, Mechanical Engineering is a broad and one of the oldest branches of Engineering. Mechanical Engineers are in huge demand in India and across the world. The fact that more and more people are leaning towards Mechanical Engineering is that the application base is the broadest among all other fields. It won’t be an exaggeration to categorize Mechanical Engineering as one of most secure career options for students.

“To make things work” is the motto of a Mechanical Engineer, and here things can be airplane engines, lawn mowers, car engines, air conditioners, power plants and whatnot. Solving mechanical issues with the help of mechanical tools along with the designing, development, production, falls in the purview of Mechanical Engineering.

Mechanical Engineering Jobs in Various Sectors
Since it is a broad field, it covers solid and fluid mechanics, control, heat transfer, thermodynamics, design, instrumentation, and manufacturing to understand mechanical systems. Moreover, subjects like cartilage-tissue engineering, laser-assisted materials processing, MEMS, microfluidic devices, combustion, biomechanics, energy conversion, fracture mechanics, mechanisms, nanomechanics, micropower generation, tribology (friction and wear), and vibrations are included in Specialized Mechanical Engineering. Mechanical Engineering contributes directly to one or the other application of mechanics. Consequently, the Mechanical Engineers find ample job opportunities in several industries and sectors such that include:
  •     Manufacturing
  •     Aviation
  •     Automotive
  •     Aerospace
  •     Shipping
  •     Machinery
  •     Thermal Power Industry
  •     Gas Turbines Industry
  •     Air Conditioning & Refrigeration Industry
  •     Oil & Gas Exploration and refining Industries
  •     Agricultural Sector
  •     Educational Sector
  •     Shipping Industries
  •     Aerospace Industry
  •     Armed Forces


The Big Private Sector Companies Hiring Mechanical Engineers in India
Go through the list of renowned companies that provide a good platform for the Mechanical Engineers.
  •     Bajaj Auto Ltd.
  •     Bosch Limited
  •     Caterpillar India Private Ltd.
  •     GE ITC
  •     HCL Technologies
  •     Hero MotoCorp Ltd.
  •     Michelin Tyres
  •     Larsen & Toubro
  •     Renault-Nissan Technologies Pvt. Ltd.
  •     Mahindra & Mahindra
  •     Siemens
  •     Kirloskar Groups
  •     TATA Motors
  •     John Deere
  •     Ashok Leyland
  •     Hyundai
  •     Essar Groups

The Big Public Sector Companies Hiring Mechanical Engineers in India
The public sector companies in India form a huge share of employers of Mechanical Engineers. A few noteworthy names include:
  •     PWD
  •     BARC
  •     BHEL
  •     ISRO
  •     DRDO
  •     NTPC
  •     IOCL
  •     CPWD
  •     Delhi Metro Rail Corporation Ltd.
  •     Indian Armed Forces

The options in the Mechanical Engineering field are not limited to joining public or private sector companies. Those interested in taking up the role as an academician, can join colleges and institutes, and prepare aspiring students for a bright career in engineering. The top engineering colleges put forward money-spinning offers to their faculty.

The one conclusion that can be readily drawn from the details dished out above is that Mechanical Engineering, with its broad application and endless job opportunitiesBusiness Management Articles, promises a bright career.


About the Author.

I am a writer and my self Parveen Riyat always write about social issue related career development and social education system in India. I am also associatee with one the best job portals in India as www.placementindia.com

Engineering Software Market Size, Share, Trends And Forecast 2020

Engineering software refers to the software solutions and software packages that are used across different engineering disciplines such as civil engineering, chemical engineering, mechanical engineering, electronic and communication engineering, electrical engineering, manufacturing and others.

The chemical engineering software are classified as software used for mapping and analyzing energy conversion (in designing actuators and sensors), designing fluid flow, combustion analysis, psychometric analysis, designing and analyzing heat transfer and designing steam tables among others. The civil engineering segment consists of software that are used for structural designing, drainage and footings designing, mapping and modeling of infrastructure and others. The electrical engineering software are used for electrical analysis of current, voltage and power, digital simulation of circuits, and calculations for designing a practical electrical circuitry.

The engineering software market is primarily driven by the rising demand for automation across several end-use industries. Additionally, the market growth is attributed to the wide adoption of integrated solution for designing and analysis of engineering system. Moreover, the rising demand for reducing errors, in order to save the operational cost by minimizing the scrap, is fuelling the growth of engineering software market. The market finds potential growth opportunities in the oil and gas industry and chemical industry due to the rising demand for process analytical solutions in these industries. In addition, the availability of engineering software on cloud is expected to boost the demand for engineering software over the coming years. Computer-aided engineering (CAE) software, Computer-aided designing (CAD) software, computer-aided manufacturing (CAM) software, product lifecycle management (PLM) software and building information modeling (BIM) software are the major categories contributing to the growth of engineering software market. The availability of portable devices and the compatibility of these devices with engineering software is further adding to the growth of the market. In addition, shifting trend form 2D solutions to 3D solutions provide potential growth opportunities for the manufacturing and designing industry. However, the high cost incurred in purchasing the license of the engineering software is posing challenge for the growth of engineering software market. In addition, the rising number of piracy cases in the software industry is hindering the growth of the market.

On the basis of geography, the market finds potential growth opportunities in emerging economies of Asia Pacific, Africa and Latin America. Countries such India, China, Japan and Korea are major contributors in terms of technology and the rising demand for automation solutions in these geographies is expected to grow the engineering software market over the coming years. Moreover, in the gulf countries the market finds potential growth opportunities in the oil and gas industry for process analysis and designing of automated systems for the industry. However, the lack of expertise for operating engineering software is hindering the growth of the market in this region.

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Engineering software market is highly competitive, thereby pushing the companies to offer customized solutions to their customers, in order to differentiate their offering from the competitors. The key players offering engineering software are Integraph Corporation (Hexagon AB), Aveva Group Plc, Rockwell Automation, Inc., Autodesk, Inc., PTC, Inc., Nemetschek Vectorworks, Inc., Scada Systems Ltd., SmartDraw LLC, EasyPower LLC, Schneider Electric, Dassault Systemes, Seimens AG, Google Inc., Microsoft Corporation, Aspen Technology, Inc., Petroleo Brasileiro, S.A., KBC Advanced Technologies Plc, Honeywell International, Inc., Cranes Software International Ltd., SAP AG, Oracle Corporation, IBM Corporation, Devices Ltd., Corel Technology Pvt. Ltd, D’GIPRO Design Automation Pvt. Ltd. and Cypress Semiconductor Corporation.

This research report analyzes this market on the basis of its market segments, major geographies, and current market trends. Geographies analyzed under this research report include
  •     North America
  •     Asia Pacific
  •     Europe
  •     Rest of the World

This report provides comprehensive analysis of
  •     Market growth drivers
  •     Factors limiting market growth
  •     Current market trends
  •     Market structure
  •     Market projections for upcoming years

This report is a complete study of current trends in the market, industry growth drivers, and restraints. It provides market projections for the coming years. It includes analysis of recent developments in technologyFind Article, Porter’s five force model analysis and detailed profiles of top industry players. The report also includes a review of micro and macro factors essential for the existing market players and new entrants along with detailed value chain analysis.

Reasons for Buying this Report
  •     This report provides pin-point analysis for changing competitive dynamics
  •     It provides a forward looking perspective on different factors driving or restraining market growth
  •     It provides a six-year forecast assessed on the basis of how the market is predicted to grow
  •     It helps in understanding the key product segments and their future
  •     It provides pin point analysis of changing competition dynamics and keeps you ahead of competitors
  •     It helps in making informed business decisions by having complete insights of market and by making in-depth analysis of market segments
  •     It provides distinctive graphics and exemplified SWOT analysis of major market segments

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Why Being a Computer Engineer Can Be Rewarding

In today's modern world, a master in computer training can be of vital importance. The computer has invaded almost every facet of our modern lives, and thus it has become a necessity to have someone who is able to use and understand the computer.

It’s no wonder then that a Computer Engineer is so demand in recent times.

Before we go any further in Computer Certifications let us first get a better idea about what computer engineering really is about. Computer Engineering is a combination of elements of Electrical Engineering and Computer Science which deals with the design and utilization of computers. The parent discipline of Computer Engineering remains Electrical Engineering with which it shares considerable commonality. Computer seeks to match efficient digital devices with appropriate software to meet the scientific, technological and administrative needs of business and industry in a global economy. The program provides students with a background that prepares them for careers in embedded systems design, computer system operations, and systems support.

The Computer Engineering curriculum provides students with a foundation in basic science, mathematics and the humanities. Written and oral communication skills are emphasized and developed throughout the program, as is team project work and an appreciation of the ethical and professional responsibilities of an engineer. While this is the basic syllabus it’s important to know exactly what a computer training program should provide.

 Computer engineering curriculum should provide students with a foundation in basic science, mathematics, and the humanities. Written and oral communication skills should be emphasized and developed throughout the program. Also, team project work and an appreciation of the ethical and professional responsibilities of an engineer should be present in any computer engineering program. Some of the more recent developments in computer engineering include digital and microcomputer applications, digital signal processing, image processing, telecommunications, computer architecture, electromagnetic compatibility and computer vision. These areas are emphasized along with digital system design, embedded systems design, operating systems, and other more conventional subjects in computer engineering. Extensive use of the computer as a tool for mathematical analysis, design, data analysis, and instrumentation is emphasized. The repetitive nature of the design cycle and the need for simultaneous documentation and development are emphasized through team project work.

Computer engineers specialize in areas like digital systems, operating systems, computer networks, software, etc. Professionals in the computer engineering field have at least an undergraduate degree; however, many professionals employed in the computing industry have advanced degrees. Graduates of computer engineering find employment in a variety of settings, such as universities, industryFeature Articles, and government organizations. And these employment opportunities have more than doubled in recent times.

Every start up organization or even one that’s been around for a long time depends on computers.  A computer network in integral to their every day functioning and without it their entire operation would collapse.  This is why they are always on the lookout for certified engineers to manage their networks and it’s the same reason that they pay them so well.  It’s no wonder then that more and more people are now looking at becoming computer engineers.