Introduction
The internet has truly democratized access to information. Professionals and anyone who needs information can most likely find them via search. Of course, professionals may need to pay for specialized information. The same goes for computer applications. People can opt for premium solutions, or they can just easily find a capable open-source or free counterpart. Free software for students is ideal for those working on a budget. Sometimes, it all boils down to resourcefulness to find a free application that gives paid ones a run for their money.
Today, however, there are free software solutions that can rival the functionalities of paid ones, from educational apps for kids to free student software and ones used by professionals. And some will just do the trick for penny-pinching students. In this article, we are going to give you a list of some useful free software solutions in multiple categories, including office tools, reference management, media editing, and others. Moreover, we will also discuss their limitations and the key features they lack, if any.
Task
Free Software for Students Table of Contents
- Office and Productivity Tools
- Reference Management
- Media Editing
- Communication
- Notetaking and Creative Collaboration
- Security and PC Support Software
In the United States, the average undergraduate budget for tuition and fees is very expensive. Studying in a nonprofit private institution for four years and on campus will likely cost a student around $37,650. This does not include the budget for room and board, books, and other supplies. Moreover, if you are taking courses that require internship hours outside campus, the cost will keep piling up.
Process
the steps of creating a student software
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general analysis and requirement gathering In software development, requirements for the products to be designed are sourced in this step. For most projects, this step happens to be the primary focus. Project managers and interested stakeholders gather around to meet and put together the requirements. Questions such as “Who gets to use the product? Utilization of the product, what kind of data goes into the product? And what kind of data is returned by the product as output?” are all answered in this step. After the requirements have been gathered, and questions like the above have been answered, analysis of the conditions comes next. The plausibility of putting the elements assembled into the final product is analyzed and carefully studied in detail. A requirement specification document is created. After completion of the requirement's analysis, the development team can then proceed to the next level of making out a product design to be followed throughout the product development process. |
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Product Design:During this step, the creation of the product design from the requirement's documentation ensues. Product design assists in the specification of the necessary hardware required to run the product, in other words, the deployment. It also helps in clearly marking out the general product architecture, depicting the software modules required to be developed and their relationships. |
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coding After the phase of product design, the development team moves on to the stage of coding and implementation. Once the development team has the requirement specification and the design documents in hand, the software developers can start programming. Besides coding, the developers also perform unit or module testing in this phase, as to detect potential problems as early as possible in the development phase. |
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testing After the step of coding and implementation, the team can then proceed to integration and validation testing. Software development service teams are in the constant software process of releasing different software applications for various purposes, as this process is necessary as it is important to test the product against all parameters available vigorously. This phase exposes potential bugs in the product, and if any, these are corrected. This also means that the software product will be a risk assessment in this stage. As we saw in the previous step, the software developers themselves will perform unit or module testing. The next stage of testing would be Integration testing. Here, the interaction between the individual modules and/or external systems is tested. After integration testing, Validation testing will be performed, testing the end software product based on the requirements and UI/UX design, from an end-user point of view. A different approach to testing is the so-called Test-Driven Development (TDD) method. Using this method, software developers would first write a test script for particular requirements and only after that write the code to fulfill those requirements. Then the test is run, and the code is adjusted until the test passes. |
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deployment of the product Once the software product passes the testing phase, deployment of the product can ensue. Once the product is ready, the first batch is rolled out and opened to the public. That is known as Beta testing. If any changes are required due to customer feedback, or any bugs not seen during the testing phase arise, they can be corrected and implemented during this phase of software application development. |
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| main maintenance of operation Once all the above steps have been successfully passed, and the software product is fully released into the market, the product must be kept operational and maintenance of the product is required. This involves fixing issues and keeping the systems up to date with the latest operating system patches or updates of used third-party software. In case the user base of the software product increases significantly, expansion in the form of additional processing power, memory, and/or database capacity might need to be done to keep the system running smoothly |
Evaluation
A process model can be used either to represent the existing process in an organisation, or to define a recommended software process. Software process evaluation assesses the quality of the software process used in a software development organisation, being the SCE and ISO/IEC 15504 the two most commonly used evaluation methods. Software process evaluation can be the starting point of a software process improvement effort. This effort aims to direct the organisation's current practices to a state where the software process is continuously evaluated and improved.
Conclusion
Google Drive is one of the top free web-based software solutions out there. It does not only offer free storage but it also has a ton of apps that can be useful to students. First off, it has a word processor, a presentation, and a spreadsheet solution. It is a complete suite of free software for college students. These are vital in creating documents like term papers, thesis, reports, and presentations, and among the best software for college students.
The Spreadsheet application is also quite advanced and can compete with Microsoft Excel when it comes to basic usage. Moreover, multiple users can use and collaborate on these platforms simultaneously. So, they can be used for group work and cooperative research projects.
Additionally, these applications automatically save your work on the cloud regularly. If you go offline while working on a document, these tools also automatically save the changes you made on your cache. Then, when the internet comes back up, it instantly saves them on your cloud-stored file.
Moreover, you can download Google Drive as well. This way, you can work and access your files offline. You can set it to automatically sync versions once you get a connection. Lastly, there are also tons of productivity tools made available. They range from a calendar to a task list. Also, there are tons of add-ons that can extend the capabilities of the base applications. However, it lacks the most advanced functions that Microsoft Office offers.