There are many technology applications being developed each day to solve different challenges in learning institutions, offices, healthcare facilities, etc
This article covers the definition of technology applications, examples, and where they are used.
Let’s dive in!
What are technology applications?
The term technology applications refers to software packages and systems used by almost every industry for communication, office productivity, research, data security, analytics, etc. Technology applications help organizations run their operations more professionally.
Technology applications examples
Mobile, web, and cloud applications are technology applications – from digital adoption platforms, workflow automation tools, data mining tools, and face-recognition applications.
For example, schools may require administrative systems to help in monitoring staff attendance, financial accounting, and creating payrolls.
Other applications such as Electronic Health Records (EHR) are used to record patient information such as doctor’s recommendations, medication, and surgery.
However, businesses need to consider several factors before adopting any digital solution.
For example,
- The cost of having a new technology application
- The cost and time it takes to train employees on using the application.
- The urge to implement new software.
- The risks of adopting a new technology application.
Different technology applications definitions
Technology applications could refer to technological tools used to complete a given task. For example, a tool that uses computing skills to solve real-world problems. And technology applications can also be used to perform specific functions directly for the user, e.g., database programs that create, store, and maintain database files in an organization.
But there’s more. Let’s look at the different meanings of technology applications.
Technology applications in education
Technology applications could describe using technology tools for teaching and facilitating the learning process.
For example, an online school could develop an active learning application to help students practice their knowledge instead of memorizing information. Learning Management Systems are also examples of technology applications in education.
In addition, learning institutions use technology applications for administration and instructional functions. For example, a school might decide to develop an Open Distance E-learning (ODeL) to provide distant online learning to remote students.
Furthermore, they (schools) may use applications for communication purposes. That is, from administrators to staff or teachers-to-parents using Electronic mail.
Over and above that, learning institutions may use technology applications for security purposes by adopting firewall technology- to secure data and transmission systems.
Technology applications middle school
Technology Applications is a mandatory course that introduces 6th graders to technology based on the Texas Essential Knowledge and Skills (TEKS) guidelines.
What are technology applications teks?
The Texas Essential Knowledge and Skills (TEKS) is a technology applications curriculum standard that provides essential knowledge for collecting, analyzing, and presenting digital information.
It is based on six strands, namely:
- Creativity and innovation
- Communication and collaboration
- Research and information fluency
- Critical thinking, problem-solving, and decision-making
- Digital citizenship
- Technology operation and concepts
Learners can develop useful products through creative thinking and innovative processes. They can also collaborate well with other students both locally and internationally, thus promoting learning.
And thanks to technology operations and concepts, the students master technology-related terms and data input strategies.
Technology applications in healthcare
Healthcare facilities use technology tools for different activities, from recording patient information to providing health services over the phone (dabbed m-health).
Hospitals may adopt Electronic Health Records (EHR), a technology application that helps put patients’ data into a centralized digitized system. Therefore, physicians can be alerted of a patient’s intolerance to some medicine or allergic reactions.
After covid-19, sensors and wearable technology are becoming pervasive in healthcare. As of 2020, 54% of US adults tracked at least one health metric with wearables.
These wearable technologies transmit information to mobile phones where individuals can monitor:
- Amount of sleep
- Heartbeat rate
- Physical activity
- And more
Blockchain technology application
Technology applications such as Algorand are useful for providing equitable financial transactions to all traders.
Buying and selling of digital assets such as Bitcoin and Ethereum are made possible by technology applications such as Gemini.
Chainalysis is yet another technology application that allows governments and financial institutions to observe the exchange of cryptocurrencies. It provides useful information like fraudulent trading and compliance violations. By doing so, it creates confidence in cryptocurrency investors.
But besides fueling crypto trading, bitcoin technology is useful in banking for secure international money transfers. And in record management in government.
Information technology applications
Information Technology applications is a term that refers to software and hardware that supports an organization’s IT operations. It includes the operating system, applications, source code, data, and hardware.
For example, there are computer-based information systems and electronic banking in the banking industry. All these ensure that financial transactions are smooth and secure.
Similarly, integrated communication networks (security & control systems) are implemented to detect any fraudulent activities in financial institutions.
QUANTUM TECHNOLOGY APPLICATIONS
Many technologies are based on Quantum phenomena these days. Quantum technology gave birth to the transistor.
With this, came the evolution of modern computers enhancing digital communication.
Some of the applications based on quantum technology include;
- Lasers- used in surgery, Internet connections, and fiber telecommunications
- MRI scanners- used for medical imaging.
- Atomic Clocks- used in Global Positioning Systems(GPS)
Microsoft is now collaborating with developers around the world to bring quantum applications to life. Software experts can use Cirq, Qiskit, and Q# on Quantum hardware to build and run viable applications that solve complex challenges in society.
5G TECHNOLOGY APPLICATIONS
The phrase 5G technology applications describes the different ways that we’ll use the fifth-generation mobile communication network. For example, 5G can support 10 to 20 GBPS of download speed.
And AI is more reliable using fast and efficient network connectivity. For example, smart security and machine vision can keep institutions safer using automatic recognition of unauthorized visitors.
5G technology also optimizes logistics and shipping when we finally use self-driving cars and drones to deliver goods. Moreover, buyers can track goods easily using reliable GPS services.
Some of the benefits of using 5G technology:
- Large network capacity.
- Ultra-low latency.
- Increased network availability/ more reliability.
TECHNOLOGY SOFTWARE APPLICATIONS
Technology software applications, or simply applications, have become more common in our daily life. For example, we use Microsoft word for creating, editing, and formatting text documents. Gmail is an application designed to send and receive emails.
We interact with application software each day, either on our mobile phones or computers.
Here is a list of common technology application software;
- Web browsers– Google Chrome, Internet Explorer, MS Edge, and Firefox.
- Graphics Software– Adobe Photoshop and Paintshop Pro.
- Database Software– Microsoft SQL Server and PaintShop Pro.
- Word Processing Software– Microsoft Word Doc and GDocs.
- Spreadsheet Software– Google Sheets and Microsoft Excel.
These software applications help improve productivity, data security, and customer services & satisfaction in the organization.
