Salesforce Developer

• May 2022 - Present

Junior Salesforce Developer

• Mar 2021 - May 2022

Salesforce support for Hefame company: - Expanded Community with visualforces, such as new reports related to pharmacies and customers. - Improved LWC components related to the purchase and returns of products. - Created new LWC components as customer purchase history. - Created APEX REST endpoints for integration with the Andriod/iOs App: Extended usability for pharmacists and the possibility of generating coupons from the App for customers. Salesforce support for Hefame company: - Expanded Community with visualforces, such as new reports related to pharmacies and customers. - Improved LWC components related to the purchase and returns of products. - Created new LWC components as customer purchase history. - Created APEX REST endpoints for integration with the Andriod/iOs App: Extended usability for pharmacists and the possibility of generating coupons from the App for customers.

Software Engineer

• Jul 2019 - Mar 2021

I have performed various tasks such as adding new functionalities to Wazuh's software that were demanded by users, such as incorporating the MITER ATT & CK framework. Generally using C and Python languages. Furthermore, I have had to design unit tests to guarantee the quality of the code and its operation using a C library, CMocka. For integrated tests I did tests I used the Pytest Python library. Moreover, I have experience in creating and querying SQLite databases. I have also invested time helping users in any difficulties they have had in incorporating Wazuh into their work environment. Show less

Technical support staff for research

• Feb 2018 - Jul 2019

Deepening the different protocols of synchronization via Ethernet (PTP and NTP), especially White Rabbit. Testing of White Rabbit equipment using new calibration method and Python. Measurement and statistics of noises associated to WR equipment using Python and Spreadsheets. Modification of software (C language) to reduce that noise. Attempt to implement holdover on WR devices. Start of development of the IFMIF Dones (particle accelerator) timing system. Deepening the different protocols of synchronization via Ethernet (PTP and NTP), especially White Rabbit. Testing of White Rabbit equipment using new calibration method and Python. Measurement and statistics of noises associated to WR equipment using Python and Spreadsheets. Modification of software (C language) to reduce that noise. Attempt to implement holdover on WR devices. Start of development of the IFMIF Dones (particle accelerator) timing system.

Research staff

• Mar 2017 - May 2017

Study of high precision time distribution and synchronization in a network using White Rabbit technology. Study of other existing synchronization protocols (PTP, NTP) for these networks. Study of the effect of thermal drift on the rest of timing parameters, performing an automatic assembly using scripts in Shell. Realization of scripts in Python to configure measurement equipment (Counters) to study the synchronization accuracy between two WR devices. Study of high precision time distribution and synchronization in a network using White Rabbit technology. Study of other existing synchronization protocols (PTP, NTP) for these networks. Study of the effect of thermal drift on the rest of timing parameters, performing an automatic assembly using scripts in Shell. Realization of scripts in Python to configure measurement equipment (Counters) to study the synchronization accuracy between two WR devices.