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Explore real world computational problems and software engineering failures from 2011 to 2021, examine the research mechanism, hypotheses, and evidence, and learn approaches to solving socio-technical distributed software challenges.
Understanding the problems in the software industry by focusing on reseach
This is the overall results of my research findings used to build this course to understand real world software problems
Investigate global software engineering problems, define research questions and objectives, and show rising failures with exponential and polynomial trends over ten years via mainstream media data and Microsoft tools.
Visualize and analyze real world software problems from 2011–2021, exploring major failures like heartbleed, iOS 8, 911 outages, and iCloud hacks, revealing exponential growth in software failures.
Analyze the biggest software failures from 2011 to 2021, explore their real-world impact across industries, and examine causes using a plotted trend of exponential growth and polynomial patterns.
Analyze security-driven software failures and glitches using research data, showing an exponential rise in software problems, especially after 2020, with online internet most affected.
Analyzes which businesses faced the most software failures from 2011 to 2021 using a chart, showing online businesses, tech groups, and government sectors as most affected and urging software engineering.
Analyze the yearly frequency of software failures across industries from 2011 to 2021, highlighting airport and tech groups as most affected, with food and agriculture relatively resilient.
This course is designed for students to Understand the real-world computational problems, its nature and impacts in order to design the best algorithms to solve them. Students who are enrolled on this course will also Understand research mechanisms from structuring to analysis and conclusions as well as presentation of their findings. Understanding research is one of the key components of this course because it train students to learn how to do feasibility studies so that they can be able to determine, specify and understand requirement engineering or specification of a new software system. This course has exposed the world of computational problems by providing an understanding of the most affected years and business sectors affected by the software problems. This is done purposely to make Students realise the challenges faced by the software engineering community so that they can have an idea of how to solve the software problems both technically and non technically. This research symbolises what needs to be done in the first stage of software development project to define the problems that need to be solved, understand them to recommend the best solutions for them. Therefore this is the most important skills needed in software engineering activities. Therefore, by the end of this course, student will understand the fundamentals of software engineering.