SECP (assignment)
I had worked diligently on all of the assignments assigned by our lecturer, Sir Hairudin Bin Abdul Majid, for the course SECP1513-07. I've appreciated the process of learning by completing the assignment and honing my soft skills when interacting with my classmates. Thank you to the members of my group, Group 6, who have shown a great deal of dedication by completing all of the parts that have been assigned. I'd also like to thank my lecturer, Dr. Hairudin, for providing us with advice and suggestions that helped us complete our assignment successfully. Last but not least, I'd like to express my gratitude to everyone who assisted me in finishing the task.
I know how to utilize Figma, which I learned throughout this assignment. I now have a basic understanding of how to use Figma to create and design an application or a website. In addition, when I needed to know more about the 4th Industrial Revolution, such as cloud computing, to complete my assignment successfully, my understanding of the 4th Industrial Revolution grew. Next, the most essential thing I have learned from this low-fidelity project is about Amazon Web Services and how some of their services work. Even though I don't have a thorough understanding of AWS, I do have a basic understanding of it.
As this project is linked to my dream of becoming a software developer, I need to improve my knowledge of technology and system. As a cloud computing architect, I have a lot of potential and I will learn a lot about entrepreneurship and AWS, so I will have a solid concept about business.
I recently received my AWS Academy Cloud Foundation Certification and learned a lot about the AWS platform in the process. The platform's wide range of offerings has really pleased me. What I learned from AWS is that it can instantly run a server, host a highly accessible website for almost no cost, construct an app for as little as a few dollars per month, and scale up to millions of users in minutes. Using the same AWS backbone and infrastructure that powers internet behemoths like Amazon, Netflix, and Airbnb, you can scale up to meet your operational requirements. The cloud makes it easier to deploy and experiment with new goods and services by simplifying many procedures that were previously cumbersome and difficult to master. The combination of machine learning (ML) and cloud computing is a match made in heaven. To put it another way, ML necessitates data pipelines capable of consuming massive volumes of data required to train and finetune models, high-performance computation capable of handling the workload, and scalable storage and database solutions to store all the data that has yet to be processed.
Mr. Isma Redha from it gave us an introduction to data visualization using Microsoft Power BI in industrial talk #7. We learned how to show data in a variety of ways, including trends, outliers, and correlations, to gain unique insights. We must also comprehend the many forms of data, such as quantitative, discrete, continuous, and categorical, as well as their relationships. Nominal comparison, time series, correlation, ranking, deviation, distribution, and part-to-whole links are among the seven types of data relationships we studied about. Bar charts, pie charts, line charts, scatterplot charts, bubble charts, and heat map variations are the most popular chart forms. Mr. Isma also demonstrated how to import data into Microsoft Power BI and use it to analyze and visualize it in various ways, as well as how to submit our report to Power BI. We discovered that data may be studied for a variety of goals, including education, the environment, and health.
From this project, I can implement all the content of the 4th Industrial Revolution (IR). I learned more deeply about 4IR as I need to use all of the content to make a prototype. It is the result of the convergence of artificial intelligence (AI) and machine learning, robots, the Internet of Things (IoT), genetic engineering, quantum computing, and other technologies. A reservation made in advance to ensure that a table is available at a restaurant using advanced technology based on the fourth industrial revolution is known as a restaurant reservation. In the system, we used Big Data Analytics (customer feedback), the Internet of Things (order alert tags, sensors for food reservation availability), AI or Machine Learning (restaurant ranking, restaurant recommendation), and virtual reality and augmented reality (3D picture of the restaurant, size of certain food in real life).
Our investigation into the implementation of 5G in our lives revealed that 5G can provide a slew of advantages. 5g can reduce connection latency and improve the overall virtual reality experience (VR). Not to mention, the use of virtual reality technology is advantageous, particularly when creating a smart campus. We heard from the discussion that remote working is the current trend in working mode, and people have begun to search for network security as a result of hackers who have penetrated networks or IoT devices. We also heard that in the future, the smart campus would be the look, with students experiencing smart cities and smart houses on campus at the same time. Because 5G will be a platform that can connect millions of devices to a single site and support a wider range of devices, it will be more adaptable. Furthermore, 5G is more dependable than current network technologies because it can provide greater data transfer in any extreme circumstance or state.
From the talk, in practically every sphere of business, cloud computing service providers provide a significant improvement in inefficiency. Data backup has long been a complicated and time-consuming process, but thanks to cloud computing service providers, you can now send data to any place automatically. Also, from the talk, We discovered that cloud computing, such as AWS, enables us to think of and operate our infrastructure as software rather than traditional hardware.
AWS also allows us to customize our service to meet our needs. We learned that Augmented Reality (AR) will produce billions of additional consumers and money. Complex problem solving, critical thinking, and creativity are the most vital qualities we need to develop for our future professions. This is how we can acquire a job in augmented reality without having a master's degree in computer science.
Cloud computing, manufacturing, e-commerce, autonomous robots, the internet of things, and data systems were all already in place when industry 4.0 was announced. These components have the ability to improve the effectiveness and efficiency of our technology. We discovered and realized that the 4th IR is extremely important for the betterment of human life, the future of work, and business. As a result, we, as the nation's future leaders, should be inspired to learn about the opportunities and benefits that the Fourth Industrial Revolution presents and to take advantage of this period of time when everything in life is becoming more efficient and autonomous. The presentation also taught us to be aware of our surroundings. Is it still necessary to use a manual procedure such as writing on paper? Or are we effectively utilizing technology in our daily lives? As a result, in order to qualify for technologically advanced workplaces, we, as consumers, must become accustomed to these technologies in everyday life, particularly in the Internet of Things.
Through this discussion, I have been tolerated by my groupmates as I am the moderator of the discussion. Lots of things I have learned from the discussion and I am more understanding about the topic. For instance, A desktop computer's core components are housed in the system unit. The motherboard, CPU, RAM, and other components are all included. The system unit includes the casing that holds these components. The display, keyboard, and mouse, for example, are distinct from the system unit. A "workstation" is created when peripherals and the system unit are integrated. The system unit and monitor are combined in certain modern computers, such as the iMac. The monitor is part of the system unit in this situation. Despite the fact that laptops contain built-in monitors, they are not considered system units because the word refers primarily to desktop computers.