MS Informatics e-Portfolio
Hello, I'm Joshua Engel Welcome to my e-Portfolio
Introduction
It was not too long ago, in the recent past, where data were exclusively bound to physical media such as books, phonograph records, images, and optical and magnetic storage devices. With the explosion of information technology towards the latter half of the 20th century to the Fourth Industrial Revolution we are living in now, data is no longer confined to the pages of a book or on the grooves of a record: digital data can be duplicated at will and can be shared to anyone across the planet instantaneously. With the rapid creation, duplication, and sharing that are inherent properties of digitized data, individuals have access to more data than they ever have before in history. With the sheer amount of data created daily, it has been argued that “[t]here are 2.5 quintillion bytes of data created each day…[and] [o]ver the last two years alone 90 percent of the data in the world was generated” (Marr, 2018). While this statement illustrates how enormous the volume of the world’s data is, these numbers will only become larger in the future with the widespread adoption of technologies such as smart homes and autonomous vehicles.
Now more than ever, there is a need for individuals who understand the value of data’s role in society and how it can be used to gain insights as we progress. When I was completing my Bachelor of Science in Biology, I was inspired by the power of data and how analyzing and transforming it gave me new perspectives on how I saw the natural world. With this newfound calling, I yearned to learn more about data and how it can be applied to solve real-world problems. One day, when I was researching for programs and courses, I discovered the Informatics Program at San José State University. Little did I know then that this would be my first step in my informatics journey. Throughout my time in the informatics program, I had chances to learn about the relationship between technology and people and how this relationship is used in different fields like healthcare and cybersecurity. My e-Portfolio, that is shown here, presents applied knowledge that I have gained along my informatics journey as a student in the School of Information, at San José State University.
Organization and Structure
This e-Portfolio is divided into four main parts that include the following:
-
Introduction- This section includes information regarding a brief preface on my experiences in the informatics program, details about organization and structure of my e-Portfolio, and the inclusion of the process I used to create this work.
-
Statements of Competency- This section includes discussions around the six core competencies of the informatics program, Competencies A-F. Each competency is broken down into six main sections: competency, introduction, discussion, evidence, conclusion, and references.
-
Conclusion- This section includes reflections and final remarks about my experiences in the informatics program.
-
Affirmation- This section includes and affirmation section which is a statement towards the integrity and commitment toward privacy and confidentiality of my work.
Process
In order to create this e-Portfolio, I needed to employ several processes both before the start of the project and during its development. When I first started the informatics program at SJSU, I wanted to be proactive with the organization of my work to allow for both easy findability and to avoid possible rework due to lost assignments. As for my organization scheme, I kept and maintained detailed folders on my computer, dedicated to each class I took. In each one of these class folders, I created a schema of subfolders based on assignment type (i.e. class discussions, papers, lab work, etc.) or information about the class (i.e. handouts, instructions, etc.). Because all of my work files were saved under specific folders on my machine, I needed to pay special attention on creating and maintaining backups to avoid losing my work in the event of a disaster or technological failure. Taking some best practices from classes like information assurance, I created and maintained both local and cloud backups to avoid any single point of failure.
When I began working on the e-Portfolio, I didn’t find it overwhelming to start an inventory of my work in the program since I already organized everything before starting this project. My first objective that I tackled at the start of the e-Portfolio was the mapping phase. In the mapping phase, I laid out all of the core competencies, Competencies A-F, and brainstormed on what I thought each one meant to me. After brainstorming, I was able to inventory all my work from my past courses and sort through my favorite assignments based on what competency they fell under. To help simplify finding the sorted assignments later on, I wrote the name of the assignment by each competency and included a direct link that could help me navigate straight to each assignment file.
After completing the mapping phase, I was prepared to start working on the competency statements. One of my goals with the e-Portfolio project was to apply some of the lessons I learned in my project management course by working methodically and realistically: I set personal milestones on when I expected to complete project deliverables and created an estimated timeline of completion. My overall milestone plan and project timeline consisted of the goal to complete one project deliverable every week, while concurrently working on my website that is shown here. The first deliverables that I completed, in the first six weeks of the project, were the competency papers (Competencies A-F). During the development of the competency papers, I referred to my assignment mapping and brainstorm resource to find pieces of evidence that fulfilled each competency. Following the completion of the competency papers, I completed the introduction component in the seventh week. In the eighth week of the project, I completed the final deliverable which were the conclusion and affirmation sections.
References
Marr, B. (2018, May 21). How much data do we create every day? The mind-blowing stats
everyone should read. Forbes.