• Developing Full-Stack features using Codeigniter, jQuery, Vue, and Laravel while supporting MySQL and MSSQL databases• Refactoring and optimizing existing code• Meeting clients to diagnose bugs and solve them on the spot• Managing the development server so developers and quality assurance testers can test features pre-release• Maintaining and improving docker images for development purposes

• Developing mobile responsive websites utilizing Angular• Developing cross-platform mobile applications with Ionic• Developing backend logic with Laravel• Deploying to AWS EC2 instances

Completed an intensive full-stack web development program covering front-end andback-end development, source control, cloud architecture, and web application securityover 14 weeks of lectures, workshops, and projects.

• Creating structural models by performing structural analyses and designs of reinforced concrete elements, such as beams and columns, utilizing finite element software programs such as ETABS and SAFE. • Supervised the tasks performed by the foremen and laborers throughout the various stages of construction to ensure the correct and precise execution of structural plans. • Performed regular site inspections to conduct progress and quality assessments, such as verifying the dimensions of reinforced concrete elements and their respective steel areas.

Completed a refresher course for fundamental Computer Science topics that every Software Engineer should be familiar with. These topics include: Algorithms and Data Structures, Complexity Analysis, Object Oriented Programming, and an Introduction to Relational Databases.

• Analyzed architectural plans using AutoCAD and organized with the architect optimal/ideal methods to implement to have aesthetically pleasing architecture and a stable building that can resist the loads imposed upon it.• Developed communication skills by interacting with the laborers and the foremen on site.• Sketching detailed Shop Drawings of previously designed reinforced concrete elements.• Implemented Excel calculations for faster designs

• Created a bar bending schedule that included the name, shape, length, spacing, and diameter of each bar which were used in the piers.• Delivered a monthly report that included the work that has been done on-site (roadway and bridge) and on which station was it done upon. • Adjusted engineering plans (cross-sections of piers, abutments, and roadways, reinforcement tables, level of stations).