Eliomar Conde

Designed and maintained Azure DevOps CI/CD pipelines to streamline integration and deployment for high-demand software products. Standardized development environments and implemented Terraform-based infrastructure as code to improve repeatability and reduce time-to-market.

Engineered mission-critical software in C/C++ for QNX RTOS to meet automotive timing and safety requirements, and led root-cause analysis to improve system stability. Built multi-level automated testing (Unit, Component, and HIL) with GoogleTest and Docker, and implemented high-reliability CI/CD using Zuul, Jenkins, and Ansible.

Developed and maintained telecommunications software in C/C++ for VoIP solutions on RTOS platforms (e.g., VxWorks), implementing SIP, H.248, and MGCP protocols. Troubleshot and improved VoIP behavior using packet capture tools like Wireshark and delivered ongoing client software updates.

Led architecture design and development for robotics systems using ROS, C/C++, and Python, supporting robustness and scalability across teams up to 6 people. Built modular containerized architectures with Docker and Kubernetes and developed telerobotic and touchless web interfaces using React, FastAPI, WebRTC, and PyTorch.

Developed and implemented HPC solutions using C/C++, MPI, and OpenMP for CPU/GPU architectures, and created synthetic data generator simulators for the military domain. Built test automation (Python, Bash, Azure) and implemented cyber-security and compression functionalities using graph-based methods and optimization work.

Designed electric/electronic circuits for power electronics including inverters and DC-DC converters, and completed PCB layout work up to 4 layers. Developed embedded software for Texas Instruments devices using C and supported characterization of electronic and ferromagnetic components.

Activities and societies: Predictive Control of Doubly Fed Induction Machines oriented to wind energy; MATLAB/Simulink simulations; embedded C/C++ implementation with Texas Instruments devices; work in power electronics and embedded controllers.

M.Sc. in Electrical Engineering with a focus on Electrical and Electronic Systems at UFABC. Conducted research related to predictive control of doubly fed induction machines for wind energy.

Activities and societies: Implemented harmonic filtering using Particle Swarm Optimization (PSO); embedded C control with Texas Instruments devices; designed/build all PCB (up to 4 layers) and characterized required ferromagnetic components.

Developed a Monofasic Active Power Filter for energy management work at Universidad de Carabobo. Built and characterized the necessary PCB and control approach for harmonic filtering.

Grade: 8.88/10 GPA; First of the class

B. Eng. in Electrical/Electronic Engineering at Universidad de Carabobo. Graduated with a GPA of 8.88/10 and was first of the class.