Summary
Knowledgeable full-stack software developer with a passion for delivering high-quality software solutions. Extensive experience using C++, Java and Python. Proficient at HTML, CSS and JavaScript.
About
I am a software developer with full-stack experience focused on building reliable, high-quality software solutions. My background combines hands-on coding with strong communication and detail-oriented execution across technical and customer-facing environments.
Core technologies in my software development background include C++, Java, Python, HTML, CSS, and JavaScript, with strengths in collaboration, multitasking, and delivering clear outcomes.
Previous Work
Download ResumeSkills
- Communication
- Customer Service
- Detail-Oriented
- Multi-tasking
- Sales
- Touch Typing 100+ WPM
Experience
Sales Associate
Home Depot
May 2018 to Mar 2020
Provided customers with an excellent shopping experience, answered questions, and provided product recommendations.
Cashier (Seasonal)
Target
Nov 2016 to Jan 2017
Processed sales transactions and handled customer inquiries when necessary.
Retail Front-End Operations
QFC
May 2011 to Jun 2017
Utilized communication and interpersonal skills to build rapport with customers and provide a positive shopping experience.
Education
Portland Community College
Sep 2016 to present
Bachelor of Science, 3.3/4 GPA
West Linn High School
Sep 2005 to Jun 2009
High School Diploma, Graduate
Volunteer
Free Geek
Dec 2017 to present
Technology-related non-profit focused on repurposing e-waste and bridging the digital divide by supplying computers to people in need and teaching relevant digital skills.
Projects
ChocAn Healthcare Management System
Provides the means for users to access services by providers to help quit their addiction to chocolate. Developed a user-friendly interface for database interactions, enabling efficient data retrieval and manipulation. The implementation utilized Python, SQLite, and SQLAlchemy.
- Python
- SQLite
- SQLAlchemy
N-body simulation using the Barnes-Hut algorithm
A simulation of the motion of celestial bodies under the influence of gravity, implemented using the Barnes-Hut algorithm for efficient computation. Implemented in Rust using the Bevy crate.
- Rust
- Bevy
- Barnes-Hut Algorithm
Contact
Contact Details
Email: alex.olivier@pcc.edu
Phone: +971-555-5555
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