If you are on the lookout for some technology-related skills that will make your CV (curriculum vitae) stand out, we have your back. Sending a resume is a key portion of getting a job, whether you want a position in a corporation or a small company, or seek work as a freelancer. Even if your credentials are up to par, presenting yourself poorly to employers can discourage them from sending you an interview invite. Moreover, getting to that point doesn’t guarantee they won’t pick a less qualified candidate with a superior resume. Since technology is rapidly changing the job marketplace, you should pick up some technological skills that will enrich your resume. We’re here to help.

Why should I learn technological skills?

You should learn technological skills because technology is drastically impacting the job market. While it is creating new ones, technologies replace many jobs and enhance existing ones. We likely don’t need to remind you that a lot of today’s jobs require a computer and at least basic knowledge. But if you’re looking to scale up your salary, you will find that many positions demand tech skills such as programming, web and graphic design, network setup and administration, graphic design, videography, social media expertise, and so forth.

Others mandate knowledge of creative and productive software suites from Adobe, Microsoft, Google, Apple, Corel, and so on. Many other skills dealt deal with hardware, too. Don’t forget newer jobs in AI (Artificial Intelligence), machine learning, cryptocurrency, and anything with Big Data, either. In short, having medium to expert-level technological skills is a must if you want a high-paying job or an advancement to a higher position in your current company.

Where to gain technological skills quickly?

The best way to gain technological skills quickly is through the best technology courses you can find online. They are succinct, easy to sign up for, and sometimes even free or free up to a point. You can join remotely, work at your pace, and get the form of education that works for you. Even if you have to pay, tech courses will likely cost you a fraction of the course at an accredited institution. Don’t get us wrong, through. If accredited educational institutions nearby offer short-term courses (think up to a year) you can attend on top of working, these are a good choice as well. In the best-case scenario, you get a certificate you can add to your resume. Now, let’s get into the skills.

1. Knowledge of algorithms

Understanding algorithms is an underrated technological skill you should put on your resume to make yourself stand out. Algorithms are crucial for the best tech jobs out there since they represent the basis of programming and many tech-oriented procedures. An algorithm represents a set of steps, essentially a process, that is required for hardware or software to function. Familiarity with algorithms translates to other areas. Even if you don’t use them daily, it shows employers your ability to execute instructions, backtrack if needed, and get to the finish line. Including specific examples of a problem you solved using an algorithm is the best way to demonstrate that skill.

2. Web design

As if the number of computers with Internet access wasn’t growing fast enough, devices such as smartphones, tablets, and IoT (Internet of Things) are going online rapidly, making web design a valuable skill. Don’t fret if the industry you’re in or getting into doesn’t work with websites daily. After all, even a small business such as a mom-and-pop shop or a thrift store benefits from a beautiful but resourceful online presence.

You never know whether your ability to get a website up and running thanks to HTML, CSS, PHP, and JavaScript is the deciding factor between you and another candidate. Web tools also require far less technical knowledge than programming languages. That means you can strengthen your resume in a short period. It can also be pivotal if you create a resume online and want to include a portfolio.

3. Operating systems knowledge

If a candidate has advanced knowledge of Windows, Android, iOS, Mac, and distributions of Linux, they should mention them in their resume. Again, there’s no telling whether an employer is using a specific operating system and corresponding software in their workflow. Thus, they may be unable or unwilling to train the employees. If so, they will prefer candidates with pre-existing knowledge even if their qualifications are lacking.

4. Programming languages

We likely don’t need to point out that programming is one of the most desirable careers at this time, and will stay that way. Therefore, if you have any skills in programming languages, they will enrich your resume in the technological department. Mention in your CV that you are proficient in programming languages such as:

• Go
• C
• C#
• C++
• Python
• Java
• JavaScript
• PHP
• Swift
• SQL
• Objective-C
• Scala

Do your research on the companies on digital platforms that consolidate reviews and data from employees or previous employees. If you have a specific skill in an obscure but much-needed language, or can work with rarely used programs, point it out.

5. Expertise in creativity and productivity suites

If you’ve achieved something noteworthy using productivity or creativity software suites, or possess advanced to exceptional knowledge, add it to your resume. Based on the industry and niche, mention any expertise in Adobe Creative Cloud, as well as Google Workspace, Apple iWork, and Corel WordPerfect Office. On the topic of programming and developing, point out competency in IDEs (integrated development environments) such as Visual Studio or Eclipse.

6. Cloud skills

Cloud storage, sharing, and computing are technological areas that an increasing number of businesses transition into. Therefore, if you possess any cloud technological skill set, it will enrich your resume as it grows higher in higher demand as the years go by. In the best-case scenario, you understand back-end systems. However, you should mention any cloud-related skills, such as:

• Advanced familiarity with cloud platforms for personal and business purposes
• Managing cloud backups, data syncing, and data migration
• Handing data security in the cloud and on the premises
• Creating and managing databases
• Managing networks
• Management of integrated environments

Again, researching the company can let you spot its weak links, e.g., the ability to improve its systems to be faster, easier to use, or more cost-efficient.

7. Data analysis

You shouldn’t need further convincing to list data analyst skills on your resume after reading our list of the Big Data advantages and disadvantages and its mining and study. Data is the key to financial success, and companies are looking for employees that can analyze it and showcase the results. Again, don’t be discouraged by the fact the company doesn’t specifically demand it. They may need someone to point out the benefits for their productivity, Customer Service, and profits.

8. Social media management

Applicants with a deeper knowledge of social media and its engagement potential can be attractive to employers. After all, you can help almost any business drive engagement and establish a greater online presence via social media websites. It can also help you find work if you need an alternative to job search engines.

Which tech skills should I avoid putting on my resume?

You should avoid putting these three tech skills on your resume:

1. Basic computer skills. A basic skill set in software suites such as Microsoft Office suite is expected nowadays.
2. Irrelevant tech skills. Don’t include skills that are irrelevant to the position you’re applying for in your resume unless you spot a chance to use them. A good example is government programs or old programming languages that the organization still uses.
3. Technological skills (or their level) you don’t possess. While bluffing may get you hired, someone will discover your boasting about technological or technical knowledge sooner or later.

To understand carbon capture technologies, you must know the terms such as “carbon footprint”, “greenhouse gas (GHG)”, “carbon dioxide” and “methane”. All those were frequently mentioned in our analysis of ways technology helps save the environment. We also touch on them when studying popular alternatives to carbon-producing fuels. Extracting carbon can make a big difference in ridding the future world of the negative consequences of our actions as mankind. It can make up for a slower transition to better fuels. The process will also reduce the effects of the already released one, reverting some mistakes we made. Let’s get into carbon capture technology, its definition, application, and examples.

What is carbon capture technology?

Carbon capture technology is an emerging technology that aims to decrease the atmospheric carbon dioxide (CO2) emissions from well-known producers. The primary emitters are industrial facilities, power plants, and machines. Those include vehicles on and under the ground, in the air, in bodies of water, and so forth. These are all tied to the erosion of the Ozone layer, production of other greenhouse gasses, and the year-on-year increase of global temperatures, also known as global climate change or climate warming. The technology primarily focuses on separating CO2 from other gases, then extracting and injecting it into storage safely.

It is also known as carbon capture and storage (CCS) or carbon capture and sequestration. Also in use is CCUS (carbon capture, use, and storage/sequestration) technology. That’s because containing captured carbon dioxide in a convenient, safe, and cost-effective location is one of the main goals. Although not included, transport via shipping or pipelines is integral in getting the CO2 to adequate geological storage. The branches of technology and most common objects of R&D (research & development) are three capture processes of CO2. Those are pre-combustion, post-combustion, and oxi-combustion.

Examples of carbon capture technology

Before we begin, it is notable to know that his technology also aims to optimize the compression of CO2 to make transport cheaper and easier. Now, let’s list some representatives of carbon capture and storage technology:

Post-combustion capture

Facilities and machines that utilize chemical treatments to extract CO2 from the flue gas after fossil fuel combusts are post-combustion capture technologies. These chemical treatments are usually called solvents. Moreover, the plants that employ this method are called natural gas combined cycle plants (NGCC) and pulverized coal (PC) plants, based on fossil fuels.

Pre-combustion capture

Pre-combustion capturing technology uses chemicals too, but to remove CO2 from the gas produced during the IGCC (integrated coal gasification combined cycle), before fossil fuel, biomass, or natural gas is combusted in power plants. Plants that utilize this process inject steam and oxygen or air to convert the gas into hydrogen and carbon monoxide, a mix called “syngas”. That mixture goes through a shift reaction and converts to carbon dioxide.

Oxy-combustion capturing

Oxy-combustion capture systems involve technologies that can produce a flue gas with a high concentration of carbon dioxide that can be captured without post-combustion chemicals. In other words, instead of separating CO2 from the nitrogen flue gas, the bulk nitrogen gas is separated from air before combustion occurs. In simple terms, these technologies let us get nearly pure CO2 by burning fossil fuels in pure oxygen (“oxygen-enriched gas”).

Pipelines

CO2 pipelines are an example of technology that transports captured carbon from the source to the eventual storage facility. They already exist around the world, about 5150 miles (ca. 8,288 km) in the United States alone, but are still researched, regularized, and standardized. They operate at high pressure, and if not strengthened at regular lengths, can create ruptures that stretch for miles. Since the ideal concentration is 90% or more of CO2 molecules, a gas leak can create dry ice and suffocate everything nearby.

Tankers for carbon transfer

Tankers that specialize in carrying carbon dioxide-filled containers are another representative of CCS technologies. Due to the familiarity, popularity, cost-efficiency, and existing infrastructure of transportation technology, these are usually the go-to for national or international shipping.

Carbon storages

Carbon storage typically represents gas reservoirs stored in safe places, away from the population. Some examples are deep saline aquifers—underground formations of sedimentary rock, which can permanently store carbon dioxide after injection. Depleted oil or gas fields, where CO2 is injected to push them to the surface, can be used as permanent storage after the resource disappears. Similarly, deep ocean and coal seams that can’t be mined can be used. CO2 can also be mineralized.

Application of carbon capture technology

We will move on to some modern carbon capture technology applications:

Affordable hydrogen

We talked about a fuel cell and its main power source—hydrogen. It requires batteries and their production is not yet a clean process. Also, finding renewable hydrogen sources is an obstacle to a green future. Luckily, there are several methods of converting carbon dioxide into hydrogen nowadays, named “blue hydrogen” afterward.

Huge environmental benefits

We tried to convey the important causes and consequences of global warming and climate change in our analysis of how technology changed the world. In short, the increased carbon production has upset the ecological balance of the Earth. It made glaciers melt, species relocate or die, and plants die out. It also upped the need for cooling and contributed to air pollution. Removing carbon from the atmosphere is significant for our ecology, air safety, optimal climate, and much more. It’s a key green technology that greatly contributes to its positive effects. Some predictions state that carbon capturing and storage can shrink greenhouse gas emissions worldwide by 14% of what’s required by 2050.

Improvements in the traditional power plants or industrial processes

When we talked about the advantages and disadvantages of coal, we mentioned two things. We rely on them for meeting our energy needs, but they are exhaustible. While predictions vary, coal will deplete one day. Carbon capture technology can optimize that process by offering standardized solutions that fit each industry. That would decrease the damaging effects of fossil fuels. That makes more locations suitable for industries and power plants. It also saves money, boosts the economy, and more.

Further, industries can eventually reuse the captured CO2 efficiently. Some companies are already working on building materials and algae biofuels. Fizzy or sparkling drinks are a common example of reused carbon dioxide. Also, it was employed as EOR (enhanced oil recovery) to help oil extraction yields for decades. Finally, current estimates indicate that technologies can capture over 90% of the CO2 that industrial facilities and power plants emit.

Inspiring technology quotes provide motivation and encouragement to geeks, nerds, and potential leaders of tomorrow. A motivational technology quote can inspire you to become better at a chosen field and help you stay positive during difficult times. Additionally, reading quotes from successful and popular figures in the tech industry can show newcomers that anything is possible with hard work and dedication if the idea is sound. These quotes can also remind you never to give up on your dreams, no matter how challenging they may seem. Therefore, if you’re looking for a bit of inspiration, here are some of the best technology quotes you should know from the world’s recognized personalities.

Best Technology Quotes by Steve Jobs

Steve Jobs was one of the most influential people the tech world has ever seen. With his brilliant marketing and strategies, he built one of the most successful tech companies ever, Apple. Here are some of the best quotes by the Apple founder.

Innovation distinguishes between a leader and a follower.

The only way to do great work is to love what you do.

If you are working on something that you really care about, you don’t have to be pushed. The vision pulls you.

Your time is limited, don’t waste it living someone else’s life.

I’m convinced that about half of what separates successful entrepreneurs from the non-successful ones is pure perseverance.

Technology is nothing. What’s important is that you have faith in people, that they’re basically good and smart, and if you give them tools, they’ll do wonderful things with them.

The people who are crazy enough to think they can change the world are the ones who do.

Innovation has nothing to do with how many R&D dollars you have. When Apple came up with the Mac, IBM was spending at least 100 times more on R&D. It’s not about money. It’s about the people you have, how you’re led, and how much you get it.

Simple can be harder than complex: You have to work hard to get your thinking clean to make it simple. But it’s worth it in the end because once you get there, you can move mountains.

Design is not just what it looks like and feels like. Design is how it works.

Stay hungry, stay foolish.

If you are working on something that you really care about, you don’t have to be pushed. The vision pulls you.

The only way to do great work is to love what you do.

The people who are crazy enough to think they can change the world are the ones who do.

Most Inspirational Bill Gates Technology Quotes

Just like Steve Jobs, Bill Gates is another visionary who founded Microsoft, one of the most influential brands in the software market. He was the world’s richest man for a long time, which itself proves his decision-making skills. These are some of the most noticeable quotes by Bill Gates.

Be nice to nerds. Chances are you’ll end up working for one.

The first rule of any technology used in a business is that automation applied to an efficient operation will magnify the efficiency. The second is that automation applied to an inefficient operation will magnify the inefficiency.

I believe that if you show people the problems, and you show them the solutions, they will be moved to act.

As we look ahead into the next century, leaders will be those who empower others.

If you can’t make it good, at least make it look good.

It’s fine to celebrate success, but it is more important to heed the lessons of failure.

The PC has improved the world in just about every area you can think of. Amazing developments in communications, collaboration, entertainment, and yes, even the food we eat.

Technology is just a tool. In terms of getting the kids working together and motivating them, the teacher is the most important.

The computer was born to solve problems that did not exist before.

I believe the world is getting better. It’s just that the speed of improvement has been accelerating.

I am fascinated by what can be, but also excited and motivated by what is.

Intellectual property has the shelf life of a banana.

We always overestimate the change that will occur in the next two years and underestimate the change that will occur in the next ten.

Finest Technology Quotes by Elon Musk

Elon Musk, the current richest man in the world, and CEO of multiple successful companies including SpaceX, Tesla, Twitter, and more, has some inspirational tech quotes that you might want to take a look at.

The first step is to establish that something is possible; then probability will occur.

I think it’s very important to have a feedback loop, where you’re constantly thinking about what you’ve done and how you could be doing it better. I think that’s the single best piece of advice: constantly think about how you could be doing things better and questioning yourself.

If something is important enough, even if the odds are against you, you should still do it.

It is a good idea to look at everything from multiple angles and perspectives. It is also much easier now with computers and simulation software like Comsol.

Persistence is very important. You should not give up unless you are forced to give up.

You want to be extra rigorous about making the best possible thing you can. Find everything that’s wrong with it and fix it. Seek negative feedback, particularly from friends.

I think it is possible for ordinary people to choose to be extraordinary.

Great companies are built on great products.

I do think there is a lot of potential if you have a vision of where the world could be, and you really believe in it, you can persuade other people to come along on that journey with you.

The key is to have a vision, be able to articulate it, and persuade other people that it’s worthwhile.

The first rule is ‘Don’t quit.’ The second rule is ‘Don’t quit.’

Starting and growing a business is as much about the strength of your will as it is about getting the details right.

The biggest thing that holds back people from achieving great things is fear of failure.

I think there have been a few cases where people have been successful in starting companies in college, but I think it generally requires an immense amount of work, and you need to be very focused.

I would encourage people to think about their career, not in terms of what job they want, but what they want to accomplish.

Top Tech Sundar Pichai Quotes

Sundar Pichai is the CEO of Google. Being played a key part in the development of the Android operating system, he is one of the most influential people at Google. Without him, it wouldn’t be possible to enjoy the power of your Android smartphone. Here are some technology quotes by Sundar Pichai.

The Internet is an amazing thing because it gives everyone a voice. The most important thing is to have a message and be able to articulate it clearly.

You don’t need 8 hours of sleep. You need enough sleep for the brain to function optimally…I found that by 7 or 7:30, I’m done for the day.

There’s this notion of ‘the perfect product.’ But what really matters is finding a product-market fit. The best companies are the ones that find a way to serve their customers really well.

Data compression is at the core of everything we do.

The goal should be to build things that don’t exist.

When you’re building something from scratch, there are so many possibilities. You have the opportunity to be more idealistic.

There’s always a sense of tension between what technology can do and what people want it to do.

In general, technology is an enabler of great companies.

Technology doesn’t solve problems by itself. It’s just a tool. The real challenge is how you apply it to solve problems in a way that benefits everyone.

The best technology companies have a way of making technology accessible to everyone.

I think it’s important to have a mission that is clear and articulates what you’re trying to do in the world.

The biggest challenge with technology is how do you make it available to everyone?

Technology should make things simpler, not more complicated.

The goal is to build something great and solve problems for users.

Building great products requires a team that is passionate about making something people want and are willing to work hard to make it happen.

The best way to learn about technology is to use it.

The key to building great products is to focus on the user experience and make sure that everything we do is designed to make our users’ lives better.

With every advancement in technology, our lives are becoming more convenient. There’s no doubt that technology helps us bring positive changes to our living standards. It is widely adopted across the globe and used daily. That’s why thinking about living a day without technology is a nightmare. Be it professional or personal life, technologies are at the core. Undoubtedly, the ease and convenience it brings into our lives is the reason for its worldwide acceptance. That makes us wonder, “Has technology made the world a better place?”

Today, you can almost connect to anyone in any corner of the world using the internet and a device. This was considered impossible a couple of decades ago. Similarly, technology is changing the world by providing us with access to endless opportunities and improving the quality of our lives. Now that you have a brief overview of the topic, you’ll understand how technology has made the world a better place using examples across various industries. Almost all industries are touched by technology for good. Here are some instances of technology improving the world.

1. Technology in Healthcare

Technology has enhanced people’s health in modern society through early and accurate diagnosis of health problems and providing greater patient care. A few examples of technology safeguarding patient safety are as follows.

Easy Access to Medical Information

The internet has made it possible for people to view medical information easily. That way, they can understand their symptoms and learn more about their health issues. Additionally, healthcare professionals can share medical information, which further improves patient care.

Health Check Chair

Earlier the patient’s health checkup was limited to their visit to the doctors. With advancements in technology, virtual nursing exists today. A health check chair is a medical system, part of medical technology, that reviews a patient’s vitals from the comfort of their home. It enables frequent examination which gives an accurate picture of a patient’s health condition.

Robot Surgeons

When you mix surgical precision and robotic technology, you get machines that can assist surgeons and physicians during procedures. This gives them entry to formerly inaccessible areas and boosts accuracy. The procedure is made less invasive and poses fewer risks. The use of advanced technologies also significantly reduces recovery time.

2. Educational Technology

Technology provides students worldwide with access to near unlimited educational resources. It allows them to put the knowledge they gained into practice. Here are a few examples of technology transforming education.

E-learning

E-learning or remote learning quickly picked up the pace during the spread of COVID-19. It gained popularity for the immense benefits it provides. With e-learning, education can be customized, cost-effective, and pursued remotely.

Gamification

Gamification makes education fun and improves students’ engagement. It also helps in the cognitive development of kids and encourages collaboration. It is a great way of making education fun, where students can gain valuable information while feeling like they are playing games.

Asynchronous Learning

Asynchronous learning is a type of educational technology that gives students more control. They can learn from instructional materials on their preferred schedule. This allows them to practice skills such as self-sufficiency and time management.

3. Applying Technologies to Manufacturing

Technology has benefitted the manufacturing industry by improving the quality of products throughout the manufacturing process. It has also improved the efficiency of production through increased productivity and reduced material wastage. Here are a handful of advanced technologies used in the manufacturing industry.

Additive Manufacturing

With additive manufacturing, rapid prototyping has become easier and more cost-effective. It is especially useful in running small production as it makes the process quicker and less expensive. Additive manufacturing also saves energy and material costs.

Robotics and Automation

Automation and robotics are used in the manufacturing industry to streamline and optimize production processes. Industrial robots can be programmed to become more flexible and always complete tasks faster and more efficiently than labor alone.

Nanotechnology

Nanomaterials such as carbon nanofibers are used in the manufacturing of safety wear. They provide high qualities such as antimicrobial properties and liquid and stain resistance. Shortly, nanomachines that can operate at the nanoscale will be used for designing highly flexible devices.

4. Pharmaceutical Technology

The advancements in technology have accelerated the research and development process of the pharmaceutical industry. This has saved millions of lives and helped people live healthier, happier, and more productive lives. These are several notable representatives:

Bioprinting

Clinical trials were previously limited to live subjects for measuring drug efficacy. Thanks to bioprinting, live human subjects can now be replaced by 3D-printed organs for clinical testing. These organs react to drugs the same way the human body does, therefore reducing new medication approval time.

Precision Medicine

Precision medicine aims at providing personalized treatment to patients. It takes into account the patient’s genes and lifestyle to assist doctors in making accurate and data-driven decisions.

Data Management and Analytics

The cost associated with launching new drugs is high, hence increasing the cost of medication. With data management and analytics, the R&D (research and development) cycle can be shortened. This leads to quicker discovery and delivery of drugs, eventually lowering the price of medications.

5. Environmental Technologies

Technology has had a massive effect on the environment by making energy systems clean and boosting their efficiency. Also, the modern method of agriculture is producing more crops without requiring more land. That way, natural habitats are being spared from clearing for agricultural purposes. The other examples of technology that protect our environment and make the world a better place to live are as follows.

Digitization

We have switched from traditional paperwork to digitization over the past couple of years. This trend is beneficial to the environment as trees are no longer cut for paper production. In the long run, this practice will preserve natural habitats.

Smart Buildings

Buildings are becoming smart by lessening their carbon footprint. While smart buildings have yet to go mainstream, they have immense potential to transform the future. These buildings feature solar panels and wind motors for electricity generation and better insulation for conserving energy. Plus, they have smart systems which turn off automatically when not in use.

Flood Sensors

Enhanced weather forecasting is alerting and helping us prepare for unpredictable climate changes. IoT (Internet of Things) sensors monitor flood conditions and assist people in dealing with crises as they occur.

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