essay about automotive technology

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Automotive technology – definition, function, importance, and more.

Table of Contents

Automotive Technology Definition

Automotive Technology is a means that has revolutionized people’s lives, not only in terms of cars but also in daily means of transport and modernizations in all technological fields worldwide. You can see the great socio-economic impact of this type of technology in first and second- world countries.

According to the US Department of Labor, it is a rapidly growing field, in large part due to rapid advances in computer technology and its application to motor vehicles. Successful automotive professionals must keep up with ever-evolving sophistication.

The Function of Automotive Technology

Automotive technology focuses on the construction, inspection, maintenance, and repair of cars and also trucks that use diesel, electric, gasoline, and alternative substances, such as ethanol, for fuel or energy. A car/truck is merely a machine used to materialize your plans whether for cruising, business trips, or running errands. You must do primary maintenance like gm bcm programming service  to ensure your car’s top performance.

Importance of Automotive Technology

It has progressed from a primary focus on mechanical procedures and repairs to tasks that require mastery of high technology, such as using computers and computer equipment to test vehicles, diagnose problems, and solve problems with electronic components.

Characteristics of Automotive Technology

Topics in automotive technology include brake systems , electrical systems, engine performance, four-wheel operation, fuel systems, ignition systems, and temperature control systems.

Salary of Auhttps://www.technologyify.com/system-for-your-start-up/tomotive Technology

According to GuideToOnlineSchools.com, workers in the automotive technology industry can earn anywhere from $ 18,000 (non-certified repair technicians) to $ 100,000 (management professionals) per year as of 2010. Earning ASE certification from the Institute National for Automotive Service Excellence improves revenue potential.

Considerations of Automotive Technology

After acquiring basic training and on-the-job experience, professionals often gain knowledge by specializing in one area, such as hydraulics or transmission repair.

Basics of Automotive Technology

Simply put, it mentions the study of self-propelled vehicles or machines. This applies to standard cars, sports cars, semi-trailers, marine vehicles, and more.

Members of the field will develop skills related to building engines, fuel, ignition, brakes, powertrains, electronic and diagnostic equipment, etc.

Remember that any major technological advancement that the automotive industry has benefited from can be attributed to the study of it. This umbrella covers areas like power windows, electronic ignition, adaptive cruise control, and more!

Diplomas Available in Automotive Technology

Although it is possible to start working in automotive technology without a degree, the discipline becomes more urbane by the day. According to the Bureau of Labor Statistics, bosses prefer that automotive technicians complete a program at a postsecondary educational institution.

Generally, industry certification is required. A degree in it would help potential employees develop essential skills and provide them with valuable practical experience in the field.

Check out the data below on the different types of degrees and certifications available in it. Lock in your chances of landing a great job with a competitive salary today!

Associate Degree in Automotive Technology

An associate’s degree in automotive technology is a two-year program in which you will earn approximately 60 credits. Also, prerequisites generally revolve around a high school diploma and a minimum GPA, although this can vary from institution to institution.

You can expect the associate degree to focus primarily on introductory training in repair, maintenance, transmission, suspensions, and more. The practical learning will likely prepare for the job at the service, maintenance, repair, or manufacturing level.

Bachelor of Automotive Technology

A Bachelor of Automotive Technology is a four-year program in which you will earn 120 credits. The degree will cover everything that was learned during the associate degree and more.

The idea is to make students for management and leadership opportunities in the field. And also, practical skills will develop, and options will be presented to explore research and technologies that lead to automotive innovations.

And also, it should note that not all schools will offer a bachelor’s degree in it, as many employees find an associate-level degree or certification sufficient to begin work.

Those who can honor the time invested and seek to obtain a leadership position in the field or explore research and development should consider earning a degree in it.

Master of Automotive Technology

A master’s degree in automotive technology is less common than a bachelor’s degree. And also, it should be reserved for those who wish to develop expertise in certain specialties and concentrations.

Certifications of Automotive Technology

Its certifications generally replace an associate’s degree. Entry-level positions can be achieved with this type of education. And also, the duration of the program can vary from 6 months to 2 years and from 21 to 52 credit hours. And also, tuition fees will vary, ranging from $ 2,000 to $ 4,000 per year.

This option is not a plea to you if you are looking to hone your skills and knowledge with a bachelor’s degree.

You can mention to the National Institute for Automotive Service Excellence for more information on certification programs. They describe more than 40 certification categories for automotive service technicians.

Professional Opportunities for Automotive Technology

Studying automotive technologies can introduce you to some different careers, ranging from diesel and collision repair to machine operator, mechanic, automotive technician, and more. Check out other opportunities for automotive technicians below:

• Automotive service technician
• Collision Repair Technician
• Generation technician
• Heavy-duty equipment mechanic
• And also, Light wheel mechanic
• Trailer mechanic
• Workshop mechanic
• Workshop chief
• Parts manager
• Quality Control Inspector
• Operations supervisor
• And also, Tow truck driver

Other areas related to a degree include:

• Automobile mechanic
• And also, Avionics maintenance
• Diesel mechanics
• Electromagnetic engineering technology
• Hydraulic and hydraulic technology
• And also, Mechanical engineering technology

The following industries often require the services of an automotive technician, including regular servicing and maintenance:

• Manufacturing
• Hospitality
• And also, Fire services

Job Prospects of Automotive Technology

The auto industry had seen major technological advancements since 2000 when the first hybrid car  introduce. Since then, we’ve been introduced to Bluetooth, automatic parking, backup cameras, Tesla’s autopilot, and more.

The industry certainly demonstrates no signs of slowing down. The Bureau of Labor Statistics maintains that some 46,000 technicians and mechanics will be called up for positions through 2026, and employment prospects will increase through 2028.

While the current median salary is around $ 40,000, there are reports that senior field technicians earn over $ 100,000 per year. This type of “master mechanic” status can achieve with just five years of experience. And also, don’t let the idea of competition dishearten you from obtaining a degree in it.

With the aging baby boomers and more and more people looking for four-year degrees and jobs outside of the industry, there is an incredibly high demand for skilled auto technicians who can help keep up with the different upcoming technologies and trends.

These exciting developments revolve primarily around predictive. By this, we mean ways to mix artificial intelligence and machine learning into the driving experience.

Other high-tech presentations include autonomous vehicles or driverless cars, vehicle-to-vehicle communication, biometric seat technology for safer access, automatic high beam control, rearview cameras, smart home integration, child safety technology, and more.

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The future of the car

May 9, 2023 Over the past 20 years, the automotive sector has navigated a wave of disruptions; in the next decade, changes will come faster than ever—and with greater force and impact, write Kevin Laczkowski , Amuche Okeke-Agba , Andy Voelker, and Brooke Weddle  in a new article . Autonomous driving, connectivity, electrification, and shared/smart mobility trends are reshaping the landscape and intensifying the war for talent. At the same time, ongoing supply chain interruptions, rising raw-material costs, and the war in Ukraine are upheaving the macroeconomic environment. Where does the automotive sector go from here? As the FT kicks off its three-day Future of the Car summit—an in-person and virtual gathering of more than 1,000 carmakers and their technology partners—check out these insights to understand how automotive and mobility companies can develop organizational resilience, new skills, and strategic alliances to future-proof businesses and ensure long-term success.

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Home — Essay Samples — Science — Mechanical Engineering — My Motivation To Study Masters In Automotive Technology

My Motivation to Study Masters in Automotive Technology

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Published: Jun 10, 2020

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Automotive Technology Essay

Technology is everywhere and we often use it more than we realize. New types of technologies are constantly being discovered, most of which help us daily. Automotive technology, which is simply just technology found in vehicles, has evolved and it will very likely continue to do so. Although some would say that automotive technology is negative because it can distract drivers or not work properly, meaning that it isn’t always reliable, this technology is actually positive as well as helpful. Automotive technology provides drivers with a safer, easier, and more enjoyable driving experience, making it positive.

Automotive technologies are positive as mentioned above, they can ultimately best be described as lifesaving. Car collisions are unfortunately sometimes deadly. Alan Brown shared with us in his article, “Intelligent safety: newly mandated electronic stability control takes over braking to prevent spinouts–and promises smarter, safer vehicles in the future,” that “According to the U.S. Department of Transportation, more than 10 million vehicles were involved in 6.2 million accidents in 2005. Of that, 1.8 million collisions injured nearly 2.7 million people. Another 39,189 crashes left 43,443 dead.” (Brown). Thanks to technologies such as Electronic Stability Control, Seatbelts, Self-braking systems, etc, these numbers have reduced.

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With today’s science, the different types of automotive technologies that can be made and given to drivers are virtually endless. Newer model cars have fresh off the line technologies included in them as they are discovered, however, all cars do have safety features in them which are required that are not “fresh off of the line.” According to Martin B. Cowan, author of “Technology and Automotive Safety,” certain features must be in cars by law. Cowan explains to us that “Many safety features are presently mandated by law (e.g., dual air bags, seat belts, electronic stability control, and tire pressure monitors) or are slated to be required in all consumer vehicles in the very near future.” (Cowan).

Certain technologies, such as seat belts and dual air bags as mentioned in this statement, can be found in nearly all automobiles due to their ability to secure both the driver and passengers in their seats and protect them during collisions: these are necessary. Other technologies, such as backup cameras or auto brake systems, are not in all automobiles because they are more recent types of technology and they are more luxurious than they are necessary. Although technologies like these aren’t already in all automobiles, they will soon be placed in all vehicles. Cowan said, “For example, approximately half of all passenger cars sold in the United States today have back-up cameras as standard equipment; they will be required on all passenger cars manufactured after April 30, 2018.” (Cowan).

Technologies like seat belts and air bags as talked about earlier are commonly seen as safety features instead of technologies. Electronic Stability Control, which is also referred to as ESC for short, is always seen as both. Electronic Stability Control is a technology that brakes steering wheels during skids. This remarkable technology helps prevent drivers from steering themselves into danger by keeping the driver in the direction they were going. Not only is this technology one that saves the driver’s life, but it can also save the life of other people on the road and pedestrians by keeping drivers to colliding with them. By keeping the driver from changing directions, the worry of leaving the road can be put to rest. Veering off the road has been known to cause major car accidents, consisting of cars flipping or even running into things such as trees. Alan Brown states that “A 2006 study by the University of Michigan’s Transportation Research Institute found that electronic stability control reduced non-fatal, loss-of-control crashes by 53 percent for SUVs and 40 percent for passenger cars.” (Brown). These numbers are huge!

Antilock Brake Systems, also know as ABS, have been placed in cars and help reduce the number of accidents as well. Jeffery Zygmont, author of “Auto Safety,” tells us that “For example, the computer brain of an antilock brake system (ABS) automatically modulates brake pressure so that a driver retains the steering control he’d loose if wheels locked into a skid during hard stops.” (Zygmont). It is safe to say that many technologies are made to prevent drivers from losing control of their vehicles, which can, in turn, keep them from accidentally putting others as well as themselves in danger.

While most technologies are focused on securing passengers or keeping them on the road while stopping collisions, other technologies are made to provide the drivers with an enjoyable ride. Phone-Safe features have become wildly popular and are in many newer model cars, seeing that nearly all drivers have phones and need to communicate with others while on the road. The author of “4 Ways Technology is Making Cars Safer” explains this newer type of technology to us by stating “Phone companies are pairing with automobile companies to either silence your cell phone while you’re driving, or else allow drivers to keep their eyes where they should be, on the road, as messages and calls go through a voice-activated built-in system.” (“4 Ways Technology”) It is doubtful that this technology will be put in every single car in the future knowing that it more of luxury instead of a need, however, this technology is very helpful. Many accidents happen due to texting while driving, so this technology can help prevent more accidents like that from happening. Drivers can now answer calls and messages without having to look at their phones, which helps ensure that they keep their eyes on the road and maintain a deep focus on what is truly important: their driving.

It is beyond important that drivers always pay close attention to their driving. Unfortunately, it is normal for drivers to sometimes lose focus behind the wheel because there can be many distractions on the road, but with the help of technology, disasters can be prevented. With the help of technology, drivers can worry less about hurting themselves or others because technology can enforce that they avoid wrecking. Certain technologies even keep drivers from looking at their phones! As mentioned above, automotive technology can be called negative due to it being distractive or unreliable, however, automotive technology is positive because it helps provide drivers with safer, easier, and more enjoyable experiences on the road: automotive technology is lifesaving. Who knows what automotive technology will be available to us in the future?

Works Cited

• Brown, Alan S. ‘Intelligent safety: newly mandated electronic stability control takes over braking to prevent spinouts–and promises smarter, safer vehicles in the future.’ Mechanical Engineering-CIME, Dec. 2007, p. 34+. Gale Academic Onefile, https://link.gale.com/apps/doc/A172597861/AONE?u=kctcsjcc&sid=AONE&xid=1d4993f2. Accessed 13 Nov. 2019.
• Cowan, Martin B. ‘Technology And Automobile Safety.’ Experience, Winter 2016, p. 26+. Gale Academic Onefile, https://link.gale.com/apps/doc/A579637569/AONE?u=kctcsjcc&sid=AONE&xid=1867ef06. Accessed 16 Nov. 2019.
• “4 Ways Modern Technology Is Making Cars Safer.” Cascade Collision, 26 Sept. 2017, cascadecollision.com/blog/4-ways-technology-making-cars-safer/.
• Zygmont, Jeffrey. ‘Auto safety.’ Omni, Aug. 1993, p. 10. Gale Academic Onefile, https://link.gale.com/apps/doc/A13986210/AONE?u=kctcsjcc&sid=AONE&xid=da39b82c. Accessed 13 Nov. 2019.

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This paper discusses the impact of globalization on the South African automotive industry in the concern context. It explains the construct of ‘globalisation ‘ and the importance of globalization on the South African automotive industry. We explore the invention, development and accomplishments required in a globalized industry. This paper summarises of the current research of

Automotive Aluminum Market in the APAC Region

Aluminum and its alloys have unique properties such as lightweight, high tensile strength, and high corrosion resistance, making it a good replacement for steel that has conventionally been used to make a vehicle's body and its components. It offers a fast, cost-effective, and an environmentally friendly way to boost fuel economy, reduce emissions, and increase

Automotive Industry in the United States

ford motor company

The Automotive Industry is one of the largest industries in the world. Transportation needs is something that effects all of us. In the automative industry there are several production types, parts, accessories, vans, mini vans, trucks, SUV's, compacts, sedans, sports and luxuries. There is over 30 different manufacturing automotive companies. Many of these companies have

Porter’s 5th Power in the Automotive Industry

Threats to New Entrants In the automotive manufacturing industry, this is often the lowest threat. Features to be considered for this threat include all entry barriers such as pre-financing requirements (too expensive to set up a car manufacturing facility!), Product Equity (a new company may not have it), law and government policy (consider safety, EPA and

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