Frontend development is an essential part of building any website or just an application. It is the part of web development responsible for what the users see and interact with the user interface  and user experience of a website or application. The author explains that the frontend is built using technologies like HTML, CSS, and JavaScript. HTML is the backbone of any webpage because it provides structure and organization with defining things like headings, images, paragraphs, and links. CSS works with HTML by controlling the visual representation of the page and allows developers to customize colors, fonts, and layouts. Meanwhile JavaScript adds interactivity, handling user input, and dynamic behaviors to the page. These all work together The article also outlines typical tools and practices used by frontend developers like code editors, local development servers , version control systems, package managers, and build tools. In addition, it talks about styling techniques, making content responsive, adding interactivity via DOM manipulation and event handling, and using frontend frameworks or libraries to streamline development. Overall the article supports advancing your frontend development skills and makes it much simpler going in as a beginner who doesn’t know much about it beforehand.

The reason I chose this article is because in our class we have used the backend code for Maria’s Pantry many times, but we had never really used the frontend until the very end of the semester. Since we didn’t have as much time to go over it I also found myself very confused at times as to what was the major difference and how important is it really. I mainly just wanted to do my own research and read about it since I felt it would be something extremely important to know as much as possible to any developer.

After reading the blog post I started to realize how important HTML, CSS, and Javascript were to frontend development. They hold up and give structure to the webpage. This post also names some courses you may take to practice frontend development like udemy, coursera, and codecademy that cover most of the basics behind HTML, CSS, and Javascript. I plan to look up on them and try to practice as much as I can cause I would like to work on my skills as much as possible as I believe that it would be valuable to any sort of career I may look forward to in web development.

https://namtheartist95.medium.com/what-is-frontend-development-5fdfdd892464

From the blog Thanas CS343 Blog by tlara1f9a6bfb54 and used with permission of the author. All other rights reserved by the author.

OpenAPI and Swagger are huge tools that software developers use every day. It is extremely important to use when it comes to building clear, maintainable, and interactive API documentation. The name of the article I chose was “How to improve API documentation with Swagger and OpenAPI”. According to this article, APIs are central to modern software design, and their documentation plays a critical role in ensuring that developers can consume them and maintain them correctly. “Using the OpenAPI Specification with the Swagger ecosystem offers the much-needed standardization to REST API documentation”. Besides, it explains that the OpenAPI Specification is human- and machine-readable, it clearly states the structure of the API, its endpoints, parameters, responses, and data models. This in turn helps reduce ambiguity, which often results from loosely documented APIs.

Besides these, there are several tools that come with Swagger, including the editor, UI, codegen, and inspector. It allows developers to design and edit OpenAPI definitions in JSON or YAML with built-in validation so syntax errors can be caught right there and then. The UI presents OpenAPI definitions as documentation that users can try API endpoints from within their web browser. Codegen produces client libraries, server stubs, and SDKs that facilitate rapid development on multiple platforms. Finally, the inspector is a tool for testing APIs directly and generating an OpenAPI definition based on existing APIs.

There’s also an updated version, allowing for more modularity and an approach to defining the surface area of an API, with the official release of OpenAPI 3.0. This provides even greater flexibility in describing the request and response model of an API. Good schema and component reuse are emphasized in the most recent version, and handling of multipart documents. Advertisements.The reason I chose this topic was because we have been doing a lot of work with swagger and APIs, and I wanted to look closely into how vital it is to be a software developer in the real world. I also wanted to look closer into how swagger can improve my design skills. After reading this article, I started to see why proper documentation isn’t just something nice and handy but a necessity in being a skilled developer. From now on, I plan to strengthen my understanding of swagger and APIs because I think it will also help me in improving my coding skills and future project.

Resources: https://www.techtarget.com/searchapparchitecture/tip/How-to-improve-API-documentation-with-Swagger-and-OpenAPI

From the blog Maria Delia by Maria Delia and used with permission of the author. All other rights reserved by the author.

Hello everyone,

This will be my last blog of the semester and being the last one, I wanted to do something fun. When we went over Design Patterns in class, I was really amazed and I saw myself going back and thinking about it. I was even surprised to see that I had not written a blog about it. I wanted to do a little digging and wanted to talk in this week’s blog about a new Design Patterns that we didn’t cover in class, and the one I am going to talk about is “…drum rolls please…” Adapter Pattern!!!!

The idea behind it is pretty simple and as you can guess it comes from the name, and its general idea of it in software development is identical to the one in the physical world. When you travel abroad and want to charge your phone or laptop but the power outlet has a different shape from what you are used to seeing back home. In a different scenario, you are going to connect your old console to your new TV, but the plugs and outlet are not compatible so what do you do? In both of these cases you are going to use an adapter which allows you to use your own plugs in scenarios where you normally were not able to.The Adapter Pattern has the same principle but it is applied in object-oriented programming. A prime example of when this is used is when you already have a class and want to reuse in a different interface and rather than creating a whole new class just for that specific interface, youuse the Adapter Pattern. You then implement a class that bridges the gap between an expected interface and an existing class. That enables you to reuse an existing class that doesn’t implement a required interface and to use the functionality of multiple classes, that would otherwise be incompatible.The biggest advantage of the Adapter Pattern is that you don’t need to change the existing class or interface. By introducing a new class, which acts as an adapter between the interface and the class, you avoid any changes to the existing code. That limits the scope of your changes to your software component and avoids any changes and side-effects in other components or applications. This will save you a lot of time, effort, and a lot of headaches.

In conclusion be smart like your Adapter Pattern that you will be using, and make the ability to show your work and project to any interface without being held back from interface compatibility

Source: https://medium.com/@akshatsharma0610/adapter-design-pattern-in-java-fa20d6df25b8

From the blog Elio's Blog by Elio Ngjelo and used with permission of the author. All other rights reserved by the author.

Let’s explore software process management through a domain that often gets overlooked in technical discussions (even though it’s unlikely in my opinion): education systems. To do this, the UNESCO article “Education Management Information Systems Progress Assessment Tool: A Methodological Guide for Educational Transformation.” The article explains how structured processes, data governance, and continuous improvement cycles help educational institutions operate more “effectively and equitably”.

The UNESCO guide introduces the Education Management Information Systems Progress Assessment Tool (EMIS‑PATT), a framework designed to help ministries of education evaluate and improve their data management processes. The article emphasizes that high‑quality education depends on high‑quality data — and achieving that requires clear processes for data collection, validation, analysis, and reporting. It outlines a structured methodology that educational organizations can use to strengthen institutional capacity, improve decision‑making, and support long‑term transformation efforts aligned with global education goals.

I chose this article because it highlights how process management principles extend far beyond software development. Education systems face many of the same challenges we discuss in SPM: inconsistent workflows, unclear responsibilities, poor documentation, and difficulty scaling processes across teams. Seeing these issues in a non‑technical domain helped me appreciate how universal process thinking really is. I was also drawn to this resource because it connects directly to real‑world impact — improving data processes in education can influence policy decisions, resource allocation, and ultimately student outcomes.

What struck me most is how closely EMIS‑PATT mirrors the software process models we study in class. For example, its emphasis on iterative assessment and continuous improvement parallels Agile’s sprint cycles. Its focus on standardizing workflows resembles the structured phases of Waterfall or the disciplined practices of DevOps. Even the idea of strengthening “institutional capacity” reminded me of how development teams invest in tooling, documentation, and onboarding to improve long‑term productivity.

This article also reinforced the importance of process transparency. In education, unclear data processes can lead to inaccurate reporting, inequitable resource distribution, or students being overlooked entirely. In software engineering, unclear processes can lead to bugs, delays, and misaligned expectations. In both cases, the solution is the same: define the process, measure it, and improve it continuously.

UNESCO made me reflect on my progression through taking this Software Product Management course. It was one of the most exhilarating experiences I have ever had in an educational environment. Throughout the various activities I’ve partaken, I not only gained new skills, but I learned my strengths and weaknesses. I see process management as a foundation skill & this resource has showcased the power of processes throughout entire systems, not just for software teams.

Source: https://www.unesco.org/en/articles/education-management-information-systems-progress-assessment-tool-methodological-guide-educational

From the blog CS@Worcester – theJCBlog by Jancarlos Ferreira and used with permission of the author. All other rights reserved by the author.

In this blog post, I will go over some of the best practices with REST API design, especially considering performance and security at must for most API consumers. It is worth notice that proper API design will ease the maintenance for many services and applications running on a web browser, as the worst case scenario will be more difficult to maintain and becomes different from what everyone expect.

In summary, the post introduces the crucial ways to design the REST APIs properly, which there are accepted conventions to follow so we won’t run into the problems down the road. Some example practices can be Accept and respond with JSON, where JSON is standard for transferring data, as well as built-in methods for Javascript to encode and decode JSON either through the Fetch API or another HTTP client. Other practices are usage of nouns instead of verb for endpoint path names, since it could conflict with HTTP method which are already the verbs, as well as many other practices such as handling error codes, maintain good security practices, and caching data to improve performance, and versioning the APIs.

The reason I choose this article is because there are many ways to experiments with REST API, with the aim to design a web application that meet consumers need, especially end-user experiences. In most cases, we want to deliver the up-to-date user experience within the web applications, and making sure to handle things that are unexpected. In other words, we need to keep track on features in our web applications, monitoring bugs that occur to many users, and monitor versioning appropriately according to the semantic versioning. In my experience, programming and maintaining a REST API project would take very careful steps to count on user experience, as well as what to and not to access. The best example is the good security practices, which are the process of obtaining SSL/TLS security. The good boundaries for the user is to not access any more information beyond what they expected, because when doing so, they could access into another user’s information, as well as information from the admins of the web server.

From what I learned from the article, applying these practices will help me learn more about making a clean REST API project, maintaining the project in the future long run so users will always have access to their needs. As the project grows, it will often requires a higher demand in terms of backend features, hence careful handling is needed to meet all the expectations overall.

Source: https://stackoverflow.blog/2020/03/02/best-practices-for-rest-api-design/

From the blog CS@Worcester – Hello from Kiet by Kiet Vuong and used with permission of the author. All other rights reserved by the author.