Carlos Caballero Perez

• Allocated resources and led lean continuous improvement initiatives to optimize machining and assembly flow, enhance cycle time, and ensure regulatory compliance

• Direct daily machining and assembly operations by prioritizing work, removing constraints, and ensuring disciplined execution across shifts aligned to safety, delivery, and cost goals

• Collaborated cross-functionally with engineering, quality, supply chain, and operations to resolve constraints and improve first-pass yield in machining and assembly processes

• Provide technical and program oversight by enforcing compliant machining and assembly processes, managing EVM-based performance, and maintaining integrated schedules and stakeholder alignment

• Fostered culture of safety, quality, integrity, and inclusion while holding teams accountable and developing machining and assembly operators and first-line leaders in high-rate production environment

• Led cross-functional teams, enhancing communication among team members, leadership, and stakeholders.
• Implemented processes for continuous improvement in operations and operational excellence.
• Implemented processes for continuous improvement in operations. and operational excellence.
• Facilitated team development through structured training sessions to enhance skills and collaboration.
• Ensured delivery of high-quality results within project deadlines. Delivered projects punctually.
• Oversaw project management, ensuring adherence to timelines and budgets.
• Facilitated team development through structured training sessions.
• Identified and resolved issues affecting program progress through proactive risk management and collaborative problem-solving.

• Planned project performance, managed risks, ensured technical quality, and maintained accountability for project cost, schedule, and factory operations to deliver successful outcomes
• Provided input to product design regarding design concepts and specification requirements to best utilize equipment and manufacturing techniques to ensure producibility
• Provided input on design concepts and specifications to optimize equipment use and manufacturing techniques, enhancing producibility
• Contributed insights on design concepts and specifications to improve equipment utilization and manufacturing techniques for increased producibility

• Collaborated with engineering, production control, production planning, and quality to enhance project workflow efficiency
• Manipulated engineering models and designs to establish effective machining sequences
• Optimized machining sequences and approaches by manipulating engineering models and designs
• Collaborated with engineering, production control, production planning, and quality to streamline project workflows

• Led and managed the workforce, overseeing daily tasks and production schedules to meet program deadlines and ensure smooth operations.
• Assigned daily tasks to machinists and mechanics, facilitating timely and accurate completion through effective oversight.
• Developed solutions to manufacturing challenges and modified procedures, improving operational performance and cost efficiency.
• Implemented methods and procedures for inspecting, testing, and evaluating precision and accuracy of products, ensuring quality standards.

• Developed and maintained quality evaluation and control systems and protocols for processing materials into partially finished or finished products, ensuring compliance with industry standards and enhancing overall product quality.
• Evaluated equipment and tool performance to verify efficiency and initiate corrective actions for deficiencies, improving operational reliability and reducing downtime.
• Evaluated equipment and tool performance to verify efficiency, initiated corrective actions for identified deficiencies to enhance operational reliability.
• Leveraged factory data to develop statistical process control approaches and integrated reporting and analytics solutions, driving continuous improvement initiatives.

• Operated various CNC machines with twin turret and live tooling (Siemens, Celos, Fanuc)
• Monitored part quality, ensuring adherence to standards and procedures for optimal production output
• Used various inspection tools and machinist hand tools
• Documented time for each tool setup and downtime during operations, set-up, and down time, identifying any needed improvements
• Organized work table with necessary tools for machining operations with necessary tools and machines for Fanuc robotic arm and troubleshoot issues.

• Set up CNC machines with up to 5 Axis for 1st article (horizontal mills, vertical mills)
• Developed custom machining programs that enhanced part precision
• Adjusted speeds and feeds to optimize cycle times and reduce tool wear
• Created tooling and fixturing on NC and conventional machines to streamline the setup process
• Machined parts on manual machines to meet exact blueprint tolerances
• Utilized inspection tools and machine shop equipment to ensure part quality.