Re-Engineering franchise


In 1990 Michael Hammer and James Champy wrote block-buster business book; “Re-Engineering Corporation, a manifesto for Business Revolution.” It was a sign that stodgy old company that the world was changing and if they do not change it, they would be left in the dust. Indeed, the book was greeted with cheers from business people across North America and then the world, but why? Because the authors were right, change was no longer coming, change was here.

Now fast forward to 2008 and take a look at the franchising industry, an industry that prides itself on amendments, where winners and losers in the marketplace adapt in real time to the economic conditions, changes in regional variations and of course desires and will consumers who buy the end products or buy services. Those franchising companies that fail to adapt, well, they die.

Just look at the restaurant franchises that were caught off guard and the South Beach Diet and the Atkins Diet reached epic proportions in the media. Krispy Kreme got creamed and Deli Schlotsky is not moving fast enough and filed for bankruptcy. If this teaches us a concession, that no matter how big franchising system gets, you will never forget the strategies that got you there. The agility of the franchising business is a wonderful thing and gives them a better choice, but if they do not embrace the challenge of change or make use of this option, the competition will; game over!

When Franchising Organization starts to behave like a government it is definitely time for some re-engineering. No matter what all franchisors must be agile and able to adapt to rapidly changing market or turbulent economy. If they do not take advantage of opportunities or risk problems in their tracks, then they do it at the expense of their franchisees.


5 First steps to a higher degree


You may be considering going back to school for further education in order to increase the chances of getting and keeping a job. But about 27% of the US population has a university degree, only 7% graduate. The graduate could put you ahead of the competition for jobs in this economy.

Maybe you just graduated from college with a university degree, and you felt that good jobs were scarce. So this might be a good time to add graduate. Maybe you see layoffs around the corner in your business and want to be competitive. Or, maybe the company will pay all or part of teaching with a generous education assistance program. How can you not take advantage of that benefit

Here are some steps to start the extent

1. Select the major field of science and concentration areas. This step sounds simple, but colleges and universities have added new mixed degrees (courses from several areas of study) in recent years. You do not have to choose from the business, Liberal Arts, engineering, psychology, or computer science. Major today might be: Engineering Management, Business, computer systems, Applied management or Industrial Psychology. Watch offers some of the online graduate school to give you more ideas on key areas and new mixed degrees.

2. Select the college or narrow down your options in the 2-3 choice. The school should have a degree and high you desire, concentration areas and formats that would work best with your lifestyle. Formats include: accelerated schedule, weekend, evening, online or cohort group. Do not choose a college because your friend sits this school or because you see advertising school is everywhere.

3. Review admission. If you need the GMAT (Graduate Management Admission Test) or GRE (Graduate Record Exam), find Prep Course at the local State University or purchase research books with a good bookstore. There are private companies that offer Weekend Prep class, but they can be expensive.

4. Look at the options for Prerequisites. Prerequisites or foundation courses are cheaper on the Community College level or retraining local State University friend or Extension Department.

5. If you are working and / or reimbursement for schooling, talk to your boss about career goals and how education can help you achieve those goals. Managers appreciate that you have done your research and discuss with school choice, major field of science and the total cost of the program. If you need help choosing a major, school or program check with the human resources department to see if your company offers Career Guidance and Educational advise.


Hackers and Social Engineering Techniques


Do you know what social engineering is? Social engineering is the act of manipulating people into doing actions or exposing confidential information. It’s trickery or deception to gather information, fraud, or computer system access where in the hacker never comes face to face with the victim. Here are some of the social engineering

The hacker steals passwords through guessing the victim reminder question with the help of gathered information from his social networking profile. One incident was when Hacker Roll was able to guess the password and broke into the mailbox of the administrative assistant Twitter using Google password reset feature. After this, Hacker Roll was able to send hundreds of pages of internal Twitter documents different websites including TechCrunch which has published some and referred to others. Another college student also broke into Yahoo e-mail accounts, Gov. Sarah Palin with Yahoo password reset questions.

People should be careful in creating passwords for their accounts. They should not disclose personal information on services like Facebook, Twitter and other social networking sites because it will be easy for hackers to know the password. With the information available in your social sites, it is easy to crack and find the password. It’s like you’re giving away passwords or invite hackers to access your account.

The hacker befriends an individual or group to gain their trust. And if the victims already trust him, he will make the victim click on links or attachment infected with malware which can weaken a corporate system. There’s nothing wrong with meeting new friends on the Internet but it is very dangerous because you do not really know the people you are dealing with online. It is not advisable to receive, accept or open links and attachments to unknown source. The hacker also pretends to be an insider to get information from employees. If people think you work for the same company, they will trust you a lot including the information that you need. This will be a big advantage on your part.

The hacker impersonates you or your friends, even other people too. He can send you a message when a friend’s name. He will ask you for a favor like asking for data from your office. Because you are not aware that you are talking to strangers and not your friend, you’ll give him what he needs. After this, he can manipulate the data that you have given him and this will really put you into trouble. A hacker can also call any company and claim that he is from technical support. In this situation, he can pretend that he is part of the technical assistance, help to solve the problem and to be able to have access from the victim’s computer and launch malware.

Hackers and social engineering techniques can devastate your business or personal life. Are spoofing or hacking licenses for private e-mail, social networking sites or chat histories, phishing credit card account numbers and passwords, and hacking websites of companies to destroy reputation. By breeding the number of hackers nowadays, it is important to protect your system and company at the same time. You should be careful enough when dealing with unknown person because they might deceive or manipulate you. Remember that the only purpose of the hackers and social engineering techniques is to exploit human weaknesses to get personal assistance.

Hackers use social engineering to trick people and reveal passwords or information that will weaken the security of an individual, group or company. Social engineering is in fact based on human weakness than weakness of the computer system (hardware, software, network design, etc.) itself. If you have been victimized by hackers and your computer gets infected, worry no more. Techie Now can give a solution to your problem. Contact us now and we will remove the infections on your computer. Techie Now will work on your computer immediately.


What You Need to Know About the Network Engineer career


Network engineering is a process in which an independent contractor or business will determine the Internet Working requirements for switched network and then developing and implementing hardware or software in order to meet the needs of users of the system. Network engineers are spines of the computer infrastructure for any business. Larger companies have the ability to handle several network engineers and other smaller companies often hire consultants, pursued only when the network has a problem or need updating.

In order to participate in a team of network engineers, you will have the necessary skills as well as a love of computers. As with any other process, you also need to follow certain steps in order to reach your goals. These are five requirements needed to become a network engineer.

1. While you are in college, take other computer related field. Although it is called network engineering you do not have engineering degree. You also have the opportunity to learn all the different major or minor and Information Technology (IT).

2. While in school, try and hook a job in campus offices. Some colleges recruit students as IT support techs who work in a dorm and classroom environment. The work considers usually as part of their computer and it is a great opportunity to build new.

3. Learn how all the different types of operating systems work. This is important because there are many companies that use different systems for computers and business notebooks as well. Make sure to familiarize yourself with all of them, otherwise you will not be extensive network engineer at the company.

4. If you get an internship, try and choose a company that has specific IT department or IT consulting company. There are a lot more students majoring in computer-related industries these days. Therefore, the experience you gain needs to be a cut above the rest.

5. Communication is key to work a network engineer. Therefore, if this is a profession you choose, you will often work with others who are not as tech savvy as you will. You need to be able to speak a special lingo in terms enthusiasts. If you have problems with communication, perhaps take a communication class can help you improve.

There are a chosen few who have had the potential to become an engineer without a college degree. These individuals have been able to use the innate computer knowledge to achieve some success in this area. However, there are usually a minority of network engineers because many who study on their own will lack other essential skills required for this profession. Employers looking to hire network engineers will most likely go to those who have a degree. They want to hire engineers who will be able to adapt to various situations and handle various issues that might arise. Network engineers who hold degrees have the upper hand because they know how to deal with any situation because of advanced training.

It is always best to take it a step further by getting a degree in computer science or IT. It is important to get a certificate to prove your knowledge of important hardware and software used by network engineers. These certificates are referred to by the companies that make the equipment and / or software, such as Cisco, Microsoft, Novell and Oracle. Cisco certifications are the most numerous and important. Of all the Cisco Certified Internetwork Expert (CCIE) is “expert level” certification, and is owned by less than three network engineers in a hundred.

Be prepared to work long hours and shifts that could begin in the evening. Companies usually want all of the network maintenance done at night to avoid disruption during business hours. There will also be many tasks that you must perform, such as:

– manage anti-spam and virus protection;

– monitor use of the network;

– suggesting and providing IT solutions for business and management issues;

– installing, maintaining and supporting existing and new server hardware / software infrastructure;

– ensure that all IT equipment used in accordance with industry standards’;

– with the cost-efficient and -effective ways to use servers;

– setting up passwords, user accounts and permissions;

– monitoring the way employees use the web;

– provide training to other users with different levels of IT knowledge;

– work closely with other departments and IT staff; and

-. Keep all intranet up and running

Although there are many tasks to tackle when you’re network engineers the opportunity to love and knowledge of computers and increase it in meaningful work can be a life-changing experience . If you use the tools available to you, there is no reason you can not get a degree, certificate or some industry both in the rapidly growing field.


Network Design Process – Effective Network Planning and Design



The network planning and design methodology describes a process with 9 specific steps and sequence for those activities. As mentioned it is an engineering life cycle that supports technical initiatives such as Windows migration, IP telephony and wireless design to name a few examples. The methodology begins with examining company business requirements. It is absolutely essential that you understand the company business model, business drivers and how they are growing from a business perspective. Who will build the foundation for the design proposal that serves the business, technical and operational requirements of the Company

Step 1 :. Business requirements

Any design project starts with an understanding of what the company does and what they need to accomplish from a business perspective. This starts with an understanding of their business model, which really describes how their company works from operational and business perspective to generate revenues and reduce costs. Many vendors today have conducted their own return on investment (ROI) studies for new type as Unified Communications and Telephony. It is an effective sales tool that shows the cost benefits compared with investment over a specified period

This is a list of some typical business drivers :.

• reduce operating costs

• Generate Revenue

• Customer Satisfaction

• Employee productivity

This is a list of some typical tasks business requirements

• budget constraints

• Office Consolidations

• mergers and acquisitions

• Business Partner Connections

• telecommuter Remote Access

• Implement new offices and employees

• New Data Center Applications

• reduce network outage costs

• Cost Effective Network Management

• Vendor Contracts

STEP 2: Design requirements

Now that you understand the basic business requirements of the company, you can determine the standard and specific design requirements. The design requirements process is focused on defining requirements from a technical perspective. These requirements and companies will build the framework that is used to define infrastructure, security and management. Design requirements are defined as standard and miscellaneous. The standard design requirements are generic and are considered by many design projects. Several conditions are those that are not defined by any standard requirements.

• Standard Design Requirements

• Performance

• Availability

• flexibility

• Standards Compatibility

• Rapid Deployment

STEP 3: network assessment

A network assessment is conducted after we have finished the business and design requirements of the company. A network assessment provides a quick snapshot of the current network of observation infrastructure, performance, availability, management and security. This information is used to make effective policy recommendations and design proposals to the client for certain information system changes. Mat network model has 3 sequential activities, which are assessment, analysis and recommendations. The current network is examined five primary surveys: infrastructure, performance, availability, management and security. Once the surveys are completed, the information collected is then reviewed for trends, problems and issues that are negatively affecting the network


After doing a network assessment we are ready to start selecting specific infrastructure elements for the network design. This phase starts building the infrastructure with a specific sequence that promotes effective equipment selection and design. It is important that you consider business requirements, design requirements and network assessment when building your infrastructure.

The following numbered list describes the specific aspects of infrastructure and special order.

1. Enterprise WAN Topology

2. Campus Topology

3. Traffic Model

4. Equipment Selection

5. Circuits

6. Routing Protocol Design

7. Address

8. naming conventions

9. iOS Services

10. Domain Name Services

11. DHCP Services

STEP 5: Security

We must now define a security policy to ensure the infrastructure. The need for enterprise network security should not be ignored with the proliferation of the Internet. Companies are continuing to take advantage of public infrastructure for connecting national and international offices, business partners and new acquisition company. Safety requirements and network assessment recommendations driving range of safety equipment, protocols and processes. It identifies what assets must be protected, what users are allowed access and how those assets will be secured

STEP 6 :. NETWORK management strategy

This section will define a network management strategy for managing all equipment defined from infrastructure and security. It is necessary to define how the equipment is going to be monitored and determine if the current management strategy is adequate or if new applications, equipment, protocols and processes must be identified. Management components are then integrated with infrastructure and security to finish building the proposed design. These primary elements comprise any well-defined management strategy and should be considered when developing the technology.

• 7 Management Groups

• SNMP Applications

• Monitoring Device and events

STEP 7: proof of concept

All infrastructure, security and management components must now be tested with a proof of concept plan. It is important to test the current design, configuration and IOS versions in a non-production environment or on the production network with limited disruption. Implementation of new network elements on the way, for example, may require that you change the current IOS version that is implemented. Make the changes may affect WAN or campus modules already installed at production routers. That is the real value of doing a proof of concept and confirms that the new equipment and IOS versions integrate with each device as well as the network. The following list describes the advantages of doing a proof of concept with your network design. The proof of concept test results should be viewed and used to modify current infrastructure, security and management information before forming a design proposal. The proof of concept model suggested here involves prototype design, equipment requirements, defining tests, building equipment scripts and view results.

1. Prototype Design

2. Provision Equipment

3. Define Test

4. Build Equipment Scripts

5. Review Test Results


With proof of concept completed, you are now ready to build a design proposal for the design review meeting. Intended audience could be the Director, CIO, CTO, Senior Network Engineer, Consultant or someone approved budget for the project. It is important to present your ideas clearly and professionally. If a presentation is required, Power Point slides work well and could be used to support concepts from the design proposal document. Emphasis is placed on it usually consists of the design proposal and the sequence for the information.

The working design proposal is presented to the client after addressing any concerns from proof of concept assurance testing. The design review is an opportunity for you to present a proposal for the design to the client and discuss any issues. It is an opportunity for the client to identify concerns they have and the design engineer to explain. The focus is to negotiate any changes, if necessary, and make changes to the infrastructure, security and management for the implementation begins. Business and design requirements can change from project started which sometimes will necessitate changes to infrastructure, security and management of information. Any changes should then go through proof of concept testing again before final changes to the design proposal


The final step will be to define database implementation process for the specified design. This describes a suggested implementation methodology proposed design, which should have minimal disruption to the production network. As it should be efficient and cost effective as possible. As with previous methods it is a series that should be utilized as well. When the project is completed, it is monitoring network for any problems. Design and configuration changes are then made to respond to problems or concerns.

Copyright 2006 Shaun Hummel All Rights Reserved


What is Bioengineering


Bioengineering also know that Biomedical Engineering is a discipline that combines engineering expertise with medical needs for the enhancement of health care. Bioengineering integrates engineering science with biomedical and clinical practice to improve health in 3 points.

  • Advance knowledge of living systems by applying engineering, biology, imaging and computational science analyzers.
  • Add function of living systems by designing devices, systems and living based on biological and non-biological components.
  • Prevent injury of living systems by building models, algorithms and tools that may predict or guide behavior.

main advances in Bioengineering include the development of artificial joints, magnetic resonance imaging (MRI), cardiac pacemakers, Arthroscopy, angioplasty, bioengineered skin, dialysis and heart-lung machine.

Bioengineering Specialties

By combining biology and medicine with engineering, biomedical engineers develop devices and procedures that solve medical and health-related problems. A person involved in bioengineering field can choose to specialize in a variety of specialty areas, including the well know specialty areas in the bioengineering field are:

1. Bioinstrumentation

Bioinstrumentation is applied electronics, principles and techniques to develop devices that are used in the diagnosis and treatment of diseases. The advanced technology in computer science plays an important role in bioinstrumentation. One example of bioinstrumentation device imaging system, a device that allows medical specialist to review and analyze 3 dimensional images taken from their patients. Increase computing technology & power is needed to process large amounts of information in medical imaging systems.

2. Biotechnology

Biotechnology is the study of mechanical parameters that drive the living system motion. Biomechanics experts, people are laid in human organs, parts development, these human organ parts artificial heart valve replacement heart, the artificial kidney and artificial hip.

3. Clinical Engineering

Clinical engineering is the application of technology for health care in hospitals. Clinical engineers work with other medical team to adapt the equipment to the specific needs of the hospital. This often involves the control interface with computer systems and customized software for device control and data analysis.

4. Rehabilitation Engineering

rehabilitation engineering is a new and growing specialty area of ​​biomedical engineering. Rehabilitation engineering involves the design and application of technology to restore to the physically disabled. Biomedical engineers contribute to all areas of rehabilitation engineering: communication enhancement for the hearing and speech, wheelchairs and wheeled mobility, prosthetics technology for orthopedic and trauma

Projects biomedical engineer


The examples of major contributions biomedical engineers are

  • design and construction hjartagangrá | a, defibrillators, artificial kidneys, heart, blood vessels, joints, arms, and legs.
  • Designing computer systems to monitor patients during surgery or intensive care.
  • Hanna instruments and equipment for surgery, such as laser eye surgery system or device for the automatic delivery of insulin.
  • Hanna clinical laboratories and other units within the hospital and health care delivery systems that utilize advanced technology.
  • Designing, building and investigating medical imaging systems based on X-rays, magnetic fields (MRI), ultrasound or new procedures.

In summary

Bioengineering is a discipline that integrates engineering sciences with the life sciences to improve health.


Where Did Computer Software Come From?


In 1935, the mathematician Alan Turing Enska proposed first known theory of software in his essay “computable numbers with an application to Entscheidungs ​​problem (decision problem).” Actual “software” term was first used and printed by statistician John W. Turkey in 1958. It was used in computer science and software engineering studies to refer to the information processed by computer systems, computer programs and data.

Most historical trace of the first products of computer software in the first software bug found in computer systems in 1946. Later, in 1970, the term “Moore’s Law” was coined to explain the main elements of computing system, where the first element, the computer software, which then joined the devices in computer hardware.

Computer software was originally offered in conjunction with the hardware of the original equipment manufacturers (OEMs). Popular OEMs of time, Data General, Digital Equipment and IBM. Since Hardware company originally bundled their software, they were not able to claim the software as an asset. Data Gen introduced the Data General Nova, and the company Digidyne pursued Data General Nova RDOS to the operating system for its own hardware clone her. Data General refused to license its software and then kept ‘bundling rights “. This set specific precedent in the history of software – in 1985 the Supreme Court, with Digidyne v Data General, ruled that the data Gen will be licensed operating system software because of their limited license was illegal Tying arrangements. . This decision increased the value of the software, making it possible to buy computer software patents. Data General was eventually taken over by EMC Corporation. Then, in 1986, IBM released the Disk Operating System (DoS) for free, and Microsoft was founded.

widely known visionaries Steve Jobs (Apple) and Bill Gates (Microsoft) took advantage of software ideas long before they started their own business in 1980 and have since created a multi-billion dollar company with a multitude of software offerings.


Inspection FHA Engineer’s Form and Certification


With the growing popularity Reverse Mortgage loan product for those homeowners 62 and older, loan processors are dealing more and more manufactured homes in their portfolios. Many seniors have chosen a manufactured home communities as retirement haven and community and recreational atmosphere lend itself well to word-of-mouth referrals and spreading news about FHA and Reverse Mortgage Loans benefits. However, the manufactured home loan presents a new set of criteria for the loan officer and loan processor as well as the borrower so be prepared in advance. Certain requirements are absolutes

1. The production will be a HUD home, which means it must be produced by 15 June 1976. If there are metal plates at the rear of the home that begin with three letters as CAL, arz, ore, there is usually a good sign. If HUD label is missing, usually signal verification code letter from the Institute for Building Technology and Safety (IBTS) which will give the origin of the home will suffice. 2. Manufactured homes and FHA insured loans is classified and taxed as real estate. Lease may also be acceptable in certain cases. 3 axles and tongue must be removed. 4. manufactured home must have adequate perimeter fence with proper ventilation. 5. Must have a floor area of ​​not less than 400 square feet 6. Built and remains fixed chassis 7. Close grade increase the manufactured home must be at or above the 100 year return frequency flood height. 8. The home will sit on a permanent foundation.

and all the basic system, new and existing, must meet the guidelines published in the Permanent Foundations HUD Guide to Manufactured Housing (HUD-7584), dated September 1996. A certification attesting to compliance with this handbook must be obtained from a licensed professional engineer and the insuring file.

This last requirement may cast a loan processor in a pinch if they have a record pace manufactured home business before that this request will often meet on 11 hour loan closing. Nine times out of ten the assessment report will show that the home is the basic system so the processor or loan officer will not have alarm bells off pangs go away when they get this situation. Unfortunately, the appraiser often simply determines “permanence” strictly on the basis that the tires and axles have been removed or some other vague set of standards, not on the basis of basic attachments.

The reason for this requirement is to establish a national standard of consistency in inconsistent state insertion. While Manufactured Homes standard see the structure, plumbing, and electrical standards that must be met before leaving the factory, different installation standards from county to county, state to state. In addition, manufactured home unique in that they can either be called either personal property (real estate purchases) or property. In some countries, the distinction between personal and real property determined by the type of foundation and foundations that support the home. Since individual jurisdiction requirements vary significantly, Engineer Certification Letter helps to provide a standard for excellence. This is usually the underwriting criteria for all FHA loans, which also include Reverse Mortgages.

If your current home is already on the foundation, engineers can provide certification stating that the home meets the guidelines. If it does not meet the HUD guidelines, there are a variety of private or approved engineered foundation Retrofitting systems co-existing structural components. As in any industry, one size does not fit all in engineering and landscape engineers who specialize in manufactured home industry and HUD inspection specifications are even rarer still. Because there are a vast array of products that have been imported into the domestic market, knowledge about these systems is also an additional benefit since these have all been pre-engineered and stamped define all information systems. This also means that if the foundation does not meet FHA-insured conditions for a permanent establishment, the engineer does not need to re-invent the wheel with a repair recommendation — there are a plethora of products available to retrofit contractors. Therefore, finding the right combination of engineer and contractor industry team that understands the FHA lending process so that engineering certification does not reduce loan lock time line, is aware of the availability of a system that can resolve repair issues if they are necessary and can cooperate with both the lender and borrower to provide turn-key solutions.


What is the Refrigeration Engineer?


A refrigerating machinery engineer is a person who specializes in applications beyond the normal residential and commercial use of ecosystems, petrochemical and pharmaceutical industries, for example. Design and build thermal processing technology environment.

The career prospects kælivélavélfræðings is good. They make on average $ 52- $ 62 thousand a year.

Initial training or schooling could include beginning level engineering class in thermodynamics and HVAC Systems design is an intermediate level class for kælivélavélfræðings. The Advanced HVAC systems and energy saving classes are advanced heating and air-conditioning classes that focus on measuring the moisture associated with heating and cooling systems.

Energy conservation is emphasized, since most of these are large systems that are required to remove moisture from the air to cool it and a tremendous amount of energy can be wasted with older, inefficient system that can not keep up with the lower the humidity in the air, when trying to air condition it.

The type of person this is a profession is supposed to is generally technically minded, and understands the basics of cooling technology. It’s definitely good for those who are hands on, and have focused on green energy technologies in the more advanced stages.

In some of the advanced kælivélavélfræðings applications, they need to combine a number of elements to protect the power for bigger applications. For example, “green roof”, where dirt and real grass or garden plants are grown on the top of apartment buildings in warm weather climates is a good example of additional, more “green” or natural energy efficient features to improve conventional air conditioner.

Refrigeration engineers understand the need for proper air ventilation and filtration, heating and air conditioning systems to make them run efficiently. Commercial organizations like hotels have HVAC or PTAC units each heat and cool individual rooms, and are energy efficient because they can only be switched on when occupied. Also, because the cooling coils containing coolant, most of these units are now closed for the environmental recovery of used or broken-down units.

kælivélavélfræðings positions may require HVAC license if necessary to add coolant and work on individual units and a good run unit can save a lot of energy and money on the one that is in disrepair.

This is a job that will see a new and more efficient technology in the coming years bring. It is considered a “green job” because of the ability to make a difference in energy consumption with smooth operation and good repair of heating or air conditioning system.


Mechanical Engineering


One branch of engineering that has survived the economic gridlock addressing mechanical engineering. This field of engineering deals with innovative Science, mathematics and technology in the design, manufacture and operation of mechanical, machinery and other systems.

Innovation and design go hand in hand with the mechanical engineering and many complex products in use today directly from the aircraft to the ships are the result of hard work of mechanical engineers. This article engineering also covered the design of machines and related processes, which allows other components, such as shipbuilding, paper mills and car assembly plants. It also includes ideas related to energy efficiency in the various processes and the design of complete systems such as telecommunications. It is therefore one of the broadest branches of engineering with remarkable applications in the design, development and manufacture of various energy conversion and engine systems. Other subsidiaries of the kind of specialization are mechanical engineering Mechatronics engineering, Bío-mechanical and ocean engineering.

Opportunities for mechanical engineers like this abound in many industries such as aerospace, automotive, marine, manufacturing, biomechanics, power generation, oil exploration, oil rigs, heating and ventilation, air conditioning and robotics. Even emerging industries such as nano technology and particle technology mechanical applications and many mechanical innovations are being developed to tap other sources of fuel such as geothermal, wind, tide, solar and hydropower. These engineers are well paid industry and it offers a wide range of opportunities, are mechanical engineers usually no effect on the economic situation.

technical schools are one of the major institutions from where mechanical engineers graduate. They must, however, have excellent teachers and well-equipped laboratories for practical lessons. In mechanical engineering is more hands on, to be submitted spared to set up more workshops and labs as lathe and machine workshop, auto and thermal Labs, welding and foundry shops and fitting, carpentry and sheet metal shop.

Each year, industrial visits and exercises at the plant will come to expose the students in various industrial processes and better connect between theory and practice. Career guidance programs, self-assessment programs and seminars also been planned to open students’ eyes to future opportunities.

Co Recreational and extra-curricular activities will also be encouraged to ensure that students have a healthy development. Exclusive training and placement cell should be available to make students industry ready and real efforts need to be taken by management to ensure that all students are placed in various companies.