Gustavo Mendoza

• Trained and managed for spring and fall promotions and achieved significant improvements in their productivity.
• Actively Coordinating events with Store Managers and District managers to improve and displaying Customer Connection with Customers and Partners throughout the District.
• Successfully managed a six-person team on coffee training and tasting.
• Trained two-three new employees in proper procedures and on how to properly use the equipment.
• Coordinated deliveries and set up management meetings in regard to the store.

TECHNICAL PROJECTS

Leaflet Geojson: https://github.com/trigus00/leaflet-challenge

● Built and created a map using Leaflet that plots all of the earthquakes from your data set based on their longitude and latitude using Microsoft Visual Studio.

● Displayed markers should reflect the magnitude of the earthquake in their size and color. Earthquakes with higher magnitudes should appear larger and darker in color.

● Created HTML/CSS, JavaScript website through Microsoft Visual Studio to include pop-ups that provide additional information about the earthquake when a marker is clicked. Created a legend that will provide context for your map data.

● Used GeoJSON API data within the past hour.

Mars Web Scraping: https://github.com/trigus00/Mission_to_mars

● Built a web application that scrapes various websites for data related using Jupyter Notebook, Python, Beautiful Soup, and Requests/Splinter using Microsoft Visual Studio.

● Used MongoDB with Flask templating to create a new HTML page that displays all of the information that was scraped.

● Displayed the information on an HTML website using CSS from the data obtained.

Weather Changes: https://github.com/trigus00/Weather_data

● Analyzed weather behavior with respect to from the equator

● Obtained data from OpenWherherMap API to generate a data set of over 500 cities.

● Analyzed and generated statistical and visual analysis using Python , Jupyter Notebook, and Matplotlib

• Designed a Smart Wrench to successfully install an Eddie bolt, increase mass production, and to improve quality inspection on an F-35 jet.
• Designed and implemented a streamlined Matlab program to work with a wireless communication device (Zigbee) in order for technicians to notify bad bolt installations on an F-35 fighter jet the business outcome was 100 % success rate of the program identifying bolt quality.
• Designed and 3D printed a housing compartment for the Zigbee and Arduino.
• Adapted to unexpected requests from Lockheed Martin such as changing the original program coding from C , C# to Matlab to establish communication with Zigbee devices.
• Led, organized and coordinated review meetings with team members and representatives from Lockheed Martin to discuss progress, issues and budget requirements and restrictions.

• Fulfilled duties of design engineering by collaborating with the team and applying fundamental concepts of manufacturing.
• Applied the concept of DFMA (Design for Manufacture and Assembly) and Lean Manufacturing principles to create a new pecan cracker.
• Designed and applied data analysis of the old and new pecan cracker using 3D modeling.
• Prototyped our new pecan cracker using of Sand casting.