Jennyfer Miranda

• Specializing in the calibration, and testing of laser-based gas analyzers for environmental monitoring.
• Skilled in troubleshooting and resolving technical issues in optical, electrical, and mechanical sub-assemblies to ensure accuracy and compliance with quality standards.
• Proficient in configuring product software, developing Standard Operating Procedures (SOPs), and optimizing assembly processes.
• Experienced in supporting research and development projects by setting up experiments, capturing data, and refining procedures to enhance product performance and reliability.

• Led the coordination and execution of high-impact electrical and mechanical projects with CAPEX budgets ranging from €5.5M to €10M.
• Successfully delivered projects on schedule and within budget by optimizing resource allocation and implementing risk mitigation strategies. Acted as the primary liaison between cross-functional teams, contractors, and stakeholders, ensuring alignment with project objectives.
• Proficient in tools such as MS Project, Autocad, Solidworks, PLC programming with expertise in PMI standards

• Led the execution and planning of technical electrical projects, including the relocation and installation of production machines, while managing a CAPEX budget of 100k Euros.
• Programmed and configured PLCs using Siemens TIA Portal and Allen-Bradley RSLogix to optimize machine functionality and production efficiency.
• Designed electrical systems and layouts using AutoCAD and managed project timelines and resources with Microsoft Project.
• Oversaw cross-functional teams to ensure the successful integration of relocated machines and the seamless operation of production lines, all while adhering to safety and quality standards.

• As a Manufacturing Trainee, the role provided a comprehensive learning experience across key manufacturing functions, including quality, process engineering, production, and R&D.
• Gained hands-on experience in machine programming and configuration using Allen-Bradley RSLogix, while contributing to process optimization and troubleshooting to enhance production KPI’s.

• Developed an autonomous navigation system for an Unmanned Aerial Vehicle, focusing on obstacle avoidance and target tracking using machine learning and computer vision.
• Programmed and integrated systems on a Linux environment using ROS, TensorFlow, and OpenCV, ensuring real-time data processing for efficient navigation.
• Worked on embedded systems programming to manage onboard hardware and implemented control algorithms for precise UAV operation.
• Conducted electrical testing with tools like multimeters and oscilloscopes, ensuring proper integration of sensors and actuators.

Participated in the NASA Human Exploration Rover Challenge which focuses on designing, building, and testing human-powered rovers that can navigate simulated extraterrestrial terrains.

• 1st year: Space vehicle manufacture team
• 2nd year: Leader of circuit design and implementation of telemetry system in space vehicle to compete on Huntsville Alabama