Ashley Craig Technical Engineering
About Ashley Craig
I am currently an Undergraduate Sophomore Majoring in Engineering Technology with an Associate of Applied Science. I have worked seventeen years of nuclear construction experience on multimillion dollar contracts worldwide as a project coordinator.
As far as my personal non work or school related, I am an aspiring artist making Jewlery and painting what my family calls masterpieces. I am a mother of four with an amazing husband/best friend that give me my drive in my personal life and work/education endeavors.
My Latest Projects
CEIS101 Smart Home Automation and Security System, 2023
This project is a smart home security system. Initially this project started as a door sensor detecting when the door is open and closed. I then moved on to the motion detector portion of the project then resulted to the last portion of the project that detects the intensity of light. Depending on the light intensity the blue LED will turn on and off. Link to full project details below:
CEIS106 Creating a Virtual Machine Using Virtualization of Technologies, 2023
In this presentation I will be explaining in detail how to produce a virtual machine with an operating system for the IoT. You will see in my slides navigation in a Linux file systems, navigating Linux shell scripts, knowledge of Linux administrative tasks, basic Linux network configurations, identifying and mitigating security risks. These are the necessary steps to creating the virtual machine previously mentioned. Link to full project details below:
info@mysite.com | 123-456-7890
My Latest Projects
CEIS110 Programming With Data, 2023
In this presentation I will be explaining in detail data analysis using Python such as an analysis of weather data downloaded from a cloud data source, stored in a database, extracted and processed. In this development process of the system will include planning, software setup, programming, and data analysis. Link to full project details below:
CEIS114 Traffic Control Lights Including Crosswalk Button, Emergency Button and Motion Sensor, 2024
In this presentation I will be showing and discussing the process from start to finish on creating a multiple traffic light controller with a cross walk and an emergency buzzer with secured IoT control via web. Each group of slides will show the process in steps with visual aids to help explain the steps.
info@mysite.com | 123-456-7890
My Latest Projects
NETW191 Fundamentals of Information Technology and Networking, 2024
My project will show design and development process of building a network including SOHO router configurations, subnetting, connectivity testing, network documentation, and SOHO wireless network security.
NETW211 Fundamentals of Cloud Computing, 2024
My project will show me explore the virtualization and cloud computing. Like hardware virtualization, cloud infrastructure, cloud security, and cloud storage. Cloud migration, capacity planning, and performance monitoring. Exploration of cloud computing platforms and services.
info@mysite.com | 123-456-7890
My Latest Projects
PHYS204 Applied Physics, 2024
My project will show the fundamental laws and mechanics of physics. Including force of motion, energy and energy conservation, magnetism, and light.
SEC285 Fundamentals of Information System Foundations, 2025
This project will include all my previous project in this course. This course covers the fundamentals of information security. The configuration and testing process in the Microsoft Hyper-V environment include encryption, stateful firewall, multiple factor authentication, and vulnerability assessment.
info@mysite.com | 123-456-7890
My Latest Projects
ECT226 Electronic Device and System Foundations, 2025
My project will show how I investigated how the low-pass, high-pass and band-pass filters work. With troubleshooting and constructing active filters with multisim.
ECT286 Automation and Control, 2025
My project will focus on automated filling of empty boxes using LogixPro software and the Silo Simulator. My goal is to develop a PLC system that will accurately locate empty boxes which will stop the conveyor belt. Once the belt stops the timer will start and the box will be filled with the correct amount of product then conveyor belt will continue to the next empty box to repeat the process ten more times.
We start with the proximity switch that will help identify the empty box on the conveyor belt, when this box is detected, the belt will stop moving and then allows the accurate amount of product to be added to the box and will be controlled by a timer. This timer will determine the accurate amount of product added before the conveyor continues moving. Now the counter will track the number of filled boxes and auto stopping the conveyor when the desired number of boxes has been filled properly.
The implementation process will be using ladder logic programming in LogixPro, while using timers, counters, and control instructions. All of these will be used to run the conveyor belt efficiently for the task of filling boxes accurately. The project will show how using PLCs in the industrial workforce to improve the accuracy, productivity and reliability of the functions needed by the company utilizing the program.
At the end of this simulation my final report should show the effectiveness of this program and use of PLCs. Along with showing error handling, the overall efficiency and the functionality. This will all be aligned with the industry best practices and recommendations.
info@mysite.com | 123-456-7890
My Latest Projects
ECT308 Introduction to Computer-Aided Design, 2025
This Course Project covers the fundamentals of how to use Autodesk Inventor. Autodesk Inventor brings 3-D mechanical CAD into 2-D workflows. Inventor facilitates 3-D mechanical design, creating digital prototypes that reduce the need for physical prototypes that can be lengthy and costly to build. Inventor makes it simple and straightforward for those using CAD software to integrate their 3-D data and 2-D drawings to create a virtual representation of the finished design. Autodesk Inventor is an excellent tool for engineers who want to simulate better and visualize a product that has not yet been translated into the physical world.
The expectations for the final Course Project are below.
CEIS310 Process Improvements, 2025
In this course, the two main processes of six sigma will be introduced - DMAIC (define, measure, analyze, improve, control) and DMADV (define, measure, analyze, design, verify). Students will learn how these principles are applied to improve existing processes and create new ones. Emphasis will be placed on DMAIC and statistical process and product control. General statistic principles will be reviewed and new topics addressing principles of statistical process control will be covered. Material covered represents competencies and proficiencies aligned to Lean Six Sigma Yellow Belt certification.
info@mysite.com | 123-456-7890