I'm Ean Thompson, a highly skilled and versatile Cloud Engineer. This website is a showcase of my capabilities in Cloud Infrastructure, DevOps, and Front-end Development. I meticulously developed the Front-end of this site, built the Cloud infrastructure, and implemented DevOps practices to ensure seamless integration, deployment, delivery, and lifecycle management. This project demonstrates my ability to leverage resources and deliver high-quality solutions that solve real-world problems and create tangible business value.
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My strengths go beyond extensive experience and knowledge; they also include strong problem-solving skills and adaptability.
This combination allows me to quickly master new concepts and consistently deliver high-quality solutions, making me a valuable
asset in the ever-changing tech industry.
This website serves as a showcase of my expertise in Cloud Computing, DevOps, Frontend development,
and my ability to design and deliver high-quality solutions.
This section explores projects I have completed, starting with the Portfolio Website you are viewing
and its Cloud Infrastructure, DevOps Integration, and Frontend Development. Following this will be a
summary of a travel website I developed, and my Engineering Capstone Project from college.
For cloud infastructure simplicity this web application was deployed on AWS using S3 and Cloudfront for
static website hosting due to its highly available, scalable, secure, and cost efficiency.
S3 also was chosen for its ability to serve static assets (HTML, CSS, JS) directly.
To optamize websit content delivery, AWS CloudFront was used due to its low-latency.
Amazon Route 53 was also used to manage the website domain name.
Lastly Terraform was used for infrastructure-as-code (IaC) to to define, provision,
and manage AWS S3 infrastructure.
(Visit the Cloud section for more project details)
DevOps practices and tools were implemented into this application's development to ensure seamless integration, deployment, delivery, and lifecycle management. (Visit the DevOps section for more project details)
Explore Project CodeThe frontend of this website was meticulously developed using HTML, CSS, and JavaScript. Much time and effort went into perfecting the details, from small elements like the styling of the menu to the way the JavaScript responds to user interactions. I aimed to create a sleek and simple website that is easy to navigate, yet informative about who I am and my capabilities. (Visit the Frontend section for more project details)
Explore Project CodeThis project was developed during my Cloud Bootcamp and was used as a source application for cloud infrastructure testing. The project includes multiple programming languages such as HTML, CSS, and Java, along with unique features and APIs.
Explore Travel Website
• Designed and developed (SABS), an innovative device that pairs with conventional headphones, enabling users to monitor and adjust sound frequencies in the surrounding environment in real-time.
• Technologies Used: Raspberry Pi, Arduino, Linux (Ubuntu & Manjaro Distros), Windows 10 OS, RN-52 Bluetooth ADC/DAC, GitHub, CMD, AutoCAD, Equalizer API, Realtek (SST) Audio Driver.
• Programmed an Arduino microcontroller using Arduino IDE software, Python, and C++ scripting.
• Develop a wireless Raspberry Pi on Linux Ubuntu using computer architecture techniques.
AWS services I have learned
(EC2) Elastic Cloud computing • (S3) Simple Storage Service •
(VPC) Virtual Private Cloud •
(ASG) Auto-scaling Group •
(ELB) Elastic Load Balancer •
(WAF) Web Application Firewall •
(IAM) Identity and Access Management •
(Route 53) •
(DNS) Domain Name Services •
(RDS) Relational Database Services •
(SNS) Simple Notification Service •
(EKS) Elastic Kubernetes Service •
Lambda •
AWS Cloudformation •
Cognito •
(RDS) Relational Database Services •
(SQS) Simple Queue Service •
Amazon Kinesis
AZURE services I have learned
• (VM) Virtual Machine
• (ALB) Azure Load Balancer
• (VN) Virtual Network
• (AS) Azure Storage
GCP services I have learned
• (GCE) Google Compute Engine
• (GCS) Google Cloud Storage
• (GKE) Google Kubernetes
• Google Cloud Networking Services
An open-source infrastructure-as-code (IaC) tool used to define and provision infrastructure resources like servers, databases, networking, and more using a high-level configuration language. Terraform was used for infrastructure-as-code (IaC) to define, provision, and manage AWS S3 infrastructure in this project.
Explore TerraformAfter completing a comprehensive Cloud Computing bootcamp, which included a course in Azure DevOps, I took the initiative to deepen my knowledge of DevOps by learning CI/CD methodologies and essential tools. These skills were directly applied in the development of this application's infrastructure. By leveraging these DevOps practices, I ensured seamless integration, automation, continuous deployment, and efficient lifecycle management.
Explore the DevOps tools and servicesManaging infrastructure using code, automating infastructure management
Explore the IaC used for this webpageApplication production testing via pipelines, code update and release automation
Explore the DevOps tools and servicesAutomates the management and provisioning of infrastructure to ensure consistency across environments
Monitoring systems, applications, and infrastructure in real time to catch issues early and improve performance
Ensuring that security is a shared responsibility, with automation and continuous monitoring applied to security tasks
Educated in Cloud Computing and DevOps
Explore Full Cloud Computing Lesson Summary DocNational University - Cloud Computing Bootcamp
National UniversityAn expert problem solver with years of experience tackling diverse challenges, this project alone highlights my ability to resolve hundreds of issues. One of my most notable achievements was designing the CI/CD pipeline to automate website integration and deployment. Other examples include cloud-based solutions from coursework, coding problem-solving, electrical repairs, and hobby car restoration.
Explore SolutionsA neighbor was having unexpected electrical issues, where their lights flickered when using large electronics and their coax cable was energized. After diagnosing, troubleshooting, and testing the circuit, I noticed a great variance in voltage, as residential circuits usually operate around 120V (114V - 125V), while their home was fluctuating under load between 90V and 145V. Realizing that this is a very unusual voltage range and after researching the issue, I discovered that the main electrical circuit feeding their house had a failing neutral wire. This presented a very dangerous situation for their home. After this discovery, the electrical utility company was dispatched, validated the cause of the issue, and resolved the problem.