Highlights:

Skills:Scanning Electron Microscope, x-ray diffraction, TGA-DSC, Ion chromatography

Goal:Gain comprehensive knowledge of fundamental concepts in materials science through hands-on laboratory work, coursework, and research projects. To develop and innovate new materials that enhance the efficiency and performance of renewable energy technologies, such as solar cells and batteries. To contribute to the development of sustainable and environmentally friendly materials for use in packaging and consumer goods. To improve manufacturing processes by integrating advanced materials that increase the durability and efficiency of industrial products. Work as a materials engineer in a manufacturing firm, focusing on optimizing the use of composite materials in aerospace components to achieve weight reduction and cost savings.

Failure Analysis Engineer 05/2023 - current
PEGATRON, Juarez, Chihuahua Mexico
Industry: Manufacturing
Conducting Investigations: Using methods such as microscopy, spectroscopy, and mechanical testing to examine failed products and identify defects. Data Analysis: Interpreting data from tests and simulations to understand the failure mechanisms. Reporting Findings: Documenting and presenting detailed reports on the causes of failures and suggesting corrective actions.
• Determine the root causes of problems within electrical and thermal components comprised of integrated circuits. Test, diagnose, and characterize issues related to PCBs. • Support failure analysis requests from internal and external customers; evaluate the materials, properties, and techniques used in production from a reliability standpoint. • Provide measures to improve the product's functioning through continued involvement in the research and development process. • Provide good and quality failure analysis and reliability reports such as: ? Cross section ? Dye & Pry ? Ion chromatography (ThermoScientific) ? Microscope analysis (Keyence) ? SEM analysis (ThermoScientific) ? Vibration ? Drop-test ? Chamber ? Press-pull--
SMT SPI, AOI &AXI Engineer 11/2021 - 05/2023
PEGATRON, Juarez, Chihuahua Mexico
Industry: Manufacturing
Operate AOI systems to visually inspect PCBs for defects such as solder joint issues, component misalignment, and presence of foreign materials. Detect and classify surface defects to ensure compliance with quality standards and reduce the risk of product failures.
• Responsible for defining, implementing, and improving released processes with expertise. Procure the necessary machinery, tooling, and fixtures for production with internal and external, display. • Develop and/or compliment maintenance schedules to comply with preventive and predictive maintenance guidelines routine on X-ray (VITROX V810 HW F0750) as well SPI and AOI (JUTZE) machines. As well the continuous monitoring to determine any issue that may affect their performance during production. Define the necessary spare parts and quantities for the assigned process/equipment. Provide minimum and maximum stock levels needed to tool crib. • Programming or editing models (CADs) for AOI machines, according to the parameters of quality inspection specified on PCBs (PTHs, Gullwing, QFNs, BGA, Transistors, Capacitors, Resistors, etc.). Reviewing BOM documents for each model to make the necessary adjustments for better performance during scheduled production. Follow the necessary quality requirements by our client TESLA by ensuring an FPY at a 90% rate on each SPI and AOI machine. • Attend and coordinate new product launches to meet project milestones (sample builds and SOP).--
Process Engineer 12/2018 - 09/2020
Solid Integrations, Juarez, Chihuahua Mexico
Industry: Manufacturing/Molding injection
Create and refine injection molding processes to ensure efficient, high-quality production. Select appropriate materials and design molds to meet product specifications. Analyze and adjust molding parameters to improve product quality, reduce cycle times, and increase production efficiency. Implement and maintain process control techniques to ensure consistent output
Quality Assurance: Ensure all processes comply with the quality standards established by the organization. Implement and maintain quality control measures to guarantee product excellence. Resource Management: Manage personnel, materials, and economic resources to achieve efficient production. Optimize resource allocation to maximize productivity and minimize waste. Advanced Product Quality Planning (APQP): Develop and apply APQP methodologies to produce parts through injection molding. Oversee the execution of APQP activities, ensuring timely and effective implementation. Process Design and Inspection: Conduct inspections and design the process flow, layout plans, and Packaging Failure Mode and Effects Analysis (PFMEA). Establish and maintain packaging standards to ensure product safety and integrity. Equipment Operation and Maintenance: Oversee the proper functioning and operation of BRANSON ultrasonic welding machines. Ensure regular maintenance and troubleshooting to prevent equipment downtime and ensure continuous production.--

Universidad Autónoma de Ciudad Juarez 08/2009 - 05/2014
Juarez , Chihuahua, Mexico
Degree: Bachelor's Degree
Major:Manufacturing Engineer
The Manufacturing engineer has the skills to occupy positions in areas of high responsibility in manufacturing companies, performing activities such as: Design and/or innovation of new products, Supervision and operation of manufacturing processes; as well as carry out administrative activities. He also has the necessary training to join teaching and research; Serve as an independent advisor or create your own company.

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