How to Find Employment In the Automotive Industry

The automotive industry is constantly searching for trained technicians. There is an increasing demand for specialised services, and moreover, trustworthy employees that promote company values.

Learn where to find the good jobs; job boards such as Automotive Employment, New Zealand have a wealth of information on them for both local and international job seekers. If you do not know how to use a computer you have an immediate disadvantage. In today’s world online employment applications have become the norm for the automotive industry. You can no longer expect to secure employment without a resume nor can you expect to secure employment without the ability to email the application.

To secure employment in the industry, it is well-advised to have relevant qualifications and in many countries this means completing a formal apprenticeship with your employer combined with a Trade Certificate. Next to that, relevant work experience and good character references from previous employers will place you ahead of other job-seekers. Another useful skill to have is the ability to keep informed about current market trends and new technologies. For instance, it will be significantly harder to find a job as a mechanic if your knowledge of parts only extends to kombi vans made prior to the 1980s. Stay on the ball by subscribing to facts and figures about new makes and models, their functions and specific components. If you have the right knowledge, the expertise associated with the job is one you can take to automotive industries all around the world.

Customers really appreciate thoughtful after-sale services – you should be prepared to go out of your way to make customers happy. This way, they will pick your service over others’, and spread the word about your positive attitude, thus guaranteeing a steady stream of business for both you and your employer. Be approachable – that goes without saying. Service industries rely on positive customer feedback, something that is impossible without your friendly, ready-for-action demeanour.

Your performance will be judged on the precision of your work. If you are not the attentive type, you could jeopardise not only a business deal, but also your client’s life. Botching a car repair could have deadly consequences – it isn’t something you want on your employment record. So if you are seriously determined to find automotive-related employment, you are already an eagle-eyed, honest person who puts his customers before himself.

As an employee in the automotive industry you need to be adaptable to changes in the trade. Currently there is a gradual shift to more carbon-conscious or ‘green’ technologies, while emission-producing processes have become more and more frowned upon.

How Are Milling Machines Used in the Automotive Industry?

Like many industries, the automotive industry is one that has seen changes over the course of its existence. One of the changes is in the way that the parts are manufactured for the end product. At one time, many of the parts were made by machines that were largely controlled by men but today, many of those machines are computer-controlled to provide a greater degree of accuracy.

Machining is not always used for the production of body parts but it is required for many of the critical components that go into the operation of the vehicle. For example, milling machines are often used for producing components such as gearboxes and engine blocks. Here are some of the specific ways in which milling machines are used in the automotive industry.

Some of the parts that go into the automobile are going to be machined with a cutting tool. This type of tool removes small fragments of metal from the part that is being worked in order to bring it to a specific dimension. They can also help to shape the part and to finish the surface so that the end product is at a very specific size. This allows the parts fit together precisely, extending the life of the automobile by avoiding wear and tear.

Many of the automobile parts are going to be bolted together. This is also another case in which machine tools are going to be used to provide a precise end product. The holes are bored, finished and threaded to allow for this to take place.

As was mentioned earlier, many of the milling machines that are now used in the automobile industry are controlled by a computer. This type of CNC machining produces a much more accurate end product. In turn, the accuracy allows for the production of high-performance equipment in comparison to what was being produced during the early part of the 1900s. The machines that are currently being used are controlled by computer software, which allows for very precise movements within the machines. Although there is some minor deviation from the actual path in comparison to the programmed path, known as contouring error, it is minimal.

One of the factors that are often considered in this industry is the cost of the machines that are used to develop the parts of the automobile. Keeping production costs at a minimum helps to keep the prices lower for the consumer. In this and many other industries, however, it is necessary to produce a high-quality part. Even though the use of used milling machines is common, it is necessary to look into the accuracy of those machines carefully. Fortunately, many of the machines that are used in the automotive industry are well cared for, so long life can be expected.

As technology continues to change, the way that the automotive industry produces the end product will change along with it. Today, CNC milling machines are used in many parts of the automotive industry to produce the precise parts that are used in automobiles that we operate.

Changes in the Automotive Industry

This may be old news to some of you but the automotive industry is not what it used to be. The days of car manufactures making new cars, slapping an expensive price tag on them and then watching happy go lucky customers drive off the lot in large numbers has passed long ago. With the economy being in the worst shape that it has been in in a very long time, people just don’t have money to waist on vehicles the way that they did once upon a time.

In recent months thing have began to stabilize a little more than the last twelve months. In what was being called the automotive crisis many people lost jobs as almost no cars were being sold. Household names Like GM, Ford, and Chrysler all looked to the government for help. A big reason that the crisis took place was because the automotive industry was weakened by a substantial increase in the prices of automotive fuels. With virtually no fuel efficient models to offer consumers the “Big three” of the American automotive industry watched their sales quickly decrease.

While car companies from other parts of the world had been focusing on making cars targeted at fuel efficiency for many years, most American automobile manufacturers were way behind and therefore suffered the largest loss in sales during the global financial downturn. Hope full the mistakes made by these companies served as a lesson in economic to these companies. Sadly, from the looks of the cars that they are still producing they haven’t.

Driving Data Analytics in the Automotive Industry

It’s interesting to see that the amount of companies using data is increasing. It’s also pretty cool to see some of the new and innovative ways that companies are doing so, especially with data analytics playing a big role in achieving new levels of success.

The automotive industry has been trying their hands at using data and they’re doing it well. The amount of data that can be gathered from cars is quite ridiculous, especially when you take into account that a lot of data is simply stored in the key which is then plugged in at the garage to view it.

Cars have been kitted inside and out with data. Yes, I bet that’s not one you’ve heard about as it’s not quite cream leather interiors or mud resistant trims. Data is so much better. It’s behind vehicle safety and quality and contributes to the driving experience.

Did you know, the average hybrid vehicle generates up to 25 gigabytes of data in just one hour? Car manufacturers and garages have been capturing telematics for many years however it’s becoming much more sophisticated. Using analytics and data has enabled technology to alert drivers of any hazards on the road, or if the conditions are particularly dangerous. Anti-locking systems, traction control and so much more have been created with the help of data.

IBM reported that Volvo, through using predictive analytics, repair instructions and identifying replacement parts before a vehicle arrives for a service has benefit from a reduction in diagnostic times by up to 70% and repair times of over 20%.

Furthermore, with recent years having cars being recalled, some companies like BMW are using data analytics to record errors reported by customers to identify any potential weakness in new models that could cause problems and then eliminating them before they even go into production. Now if this isn’t major cost savings, increased efficiency and keeping a good reputation then I don’t know what is.

Connected vehicles are becoming more popular. Services and experience can be constantly updated once the car has left the factory. They can have important updates and interactions without having to return and this has proven extremely useful through the connecting capability. Ford, for example have focused on more “consumer-based, more real-time interaction, real-time services, real-time experiences, contextualized experiences” rather than the storage capabilities of the cloud.

It’s not just information about faults that manufacturers use data for. Financial predictions means cars are priced according to the market and behind the prices are more realistic pricing plans and financial support. It goes without saying that car companies will use their contact data for marketing purposes and targeting their communications to ensure their messages stay relevant. They’ve proved that data can go far beyond the use of marketing and with the likes of BMW and Volvo showing that data is having a rather positive impact on business, it will be interesting to see where and how the market takes its usage of data.