Key Responsibilities:Research, design, develop, modify, and verify components/modules for medical devices.Translate design inputs into engineering specifications and generate sub-system-level designs.Develop and analyze solutions, prototyping one or more options to provide proof of concept.Apply fundamental and advanced concepts, practices, and procedures for problem-solving.Independently create or refine engineering documentation, such as the Design History File.Adhere to R&D procedures, including design controls and risk management, in accordance with the Quality Management System.Demonstrate advanced understanding of customer needs and design input.Exhibit proficiency with the product’s intended use and understanding of relevant clinical procedures.Learn and understand how financial models are constructed.

• Accomplished Lead Engineer with expertise in rapid prototyping, product development, and project management.• Extensive experience in CAD design, FEA analysis, and mechanical engineering.• Founder of Xtratolab Solutions, offering a wide range of engineering services including companies' engineering representation, reverse engineering, product design, rapid prototyping, project management, and more.• Designed and developed two autonomous UAV aircraft, Xtrato Zero, and Xtrato Proto-1, from concept to reality.• Conducted analysis, CAD implementation, R&D data processing, FEA simulation, manufacturing, CNC machining, software programming, and testing for the UAV projects.• Successfully delivered fully functional autonomous aircraft for rescue, assessment, and surveillance purposes.• Strong expertise in the design and development of photovoltaic projects.• Collaborated directly with customers to reduce costs and optimize the performance of their photovoltaic systems.• Conducted energy audits, evaluated power consumption patterns, and implemented changes to electrical components for cost savings.• Proficient in system sizing, load calculations, component selection, and design optimization for photovoltaic systems.• Stayed up-to-date with industry trends and advancements in aerospace and renewable energy sectors.• Continuously researched and developed innovative solutions for these industries.• Demonstrated exceptional leadership and communication skills.• Managed cross-functional teams and fostered collaboration.• Presented findings, made recommendations, and gained stakeholder approval.• Committed to efficiency, cost-effectiveness, and delivering exceptional engineering solutions.

Lead Design Engineer at FAU SeaTech Bioinspired Lab:• Spearheaded the development of a bioinspired underwater robot.• Applied advanced engineering principles, adhering to stringent pharmaceutical regulations, and ensured a seamless transition from design to manufacturing.• Conducted comprehensive design reviews and sought innovative efficiency improvements.• Created detailed engineering drawings and data packages, guiding the manufacturing process.• Managed complex systems integration, employing diligent monitoring, documentation, and data analysis.• Maintained detailed project records for future reference and continuous improvement.Research Engineer at FAU Seatech R&D Curet Lab:• Contributed to a prestigious National Science Foundation (NSF)-funded project aimed at creating bioengineering solutions that minimized impact on marine life.• Designed a highly sophisticated ballast system with automatic depth control.• Applied knowledge of physics, fluid dynamics, and fundamental engineering principles.• Gained proficiency in advanced engineering techniques such as Finite Element Analysis (FEA), CAD, and Proportional-Integral-Derivative (PID) control systems.• Maintained the highest standards of quality, precision, and performance, showcasing the ability to perform under pressure.Additional Skills and Knowledge:• Profound understanding of hydrodynamics and underwater vehicles.• Extensive experience testing prototypes in real-life conditions.• Strong decision-making and analytical skills.• Eager to contribute further to the growth of engineering technology.• Ability to turn potential obstacles into opportunities for innovation and development.

Design and Innovation:• Conceptualized and developed cutting-edge water treatment systems, showcasing innovative engineering solutions.Customization and Client Focus:• Led the design process to deliver customized solutions aligning with specific client needs and requirements.CAD Design and Simulation:• Utilized expertise in SolidWorks and simulation tools to optimize designs, ensuring precision and functionality in utility systems.Project Management and Collaboration:• Spearheaded design projects, collaborating seamlessly with multidisciplinary teams to meet project objectives and timelines.Cost Optimization and Manufacturing Efficiency:• Implemented design-for-manufacturing principles, conducting FEA analysis to identify and rectify potential issues, resulting in significant cost savings.Innovation and Patent Development:• Co-led the development of a patented "Liquid Polymer Dosing and Mixing Chamber & Pump," a testament to forward-thinking and inventive engineering.Supply Chain Optimization:• Strategically shifted towards localized manufacturing, optimizing the supply chain for timely delivery of products, boosting operational efficiency.Multidisciplinary Problem-Solving:• Integrated mechanical and chemical engineering expertise, addressing complex

• Led the design and production department, effectively managing a 20-member manufacturing team and fostering a collaborative work environment.• Demonstrated expertise in Computer-Aided Design (CAD) to streamline the design process, reduce time-to-market, and ensure adherence to quality standards.• Implemented innovative design practices such as Design for Manufacture (DFM) and Design for Assembly (DFA) to optimize manufacturability and minimize costs.• Developed comprehensive training programs and mentorship initiatives to elevate design standards and foster a culture of continuous improvement.• Conceptualized and transformed ideas into precise 3D models, specializing in sheet metal product design and programming CNC machines.• Conducted complex calculations, analyses, and computations, unraveling unknown factors and providing robust recommendations for process improvement.• Collaborated closely with diverse teams to conduct engineering research and studies, interpreting designs, and recommending acceptable engineering solutions.• Effectively communicate technical information to approval authorities and stakeholders, ensuring alignment and driving project success.• Exercised meticulous planning and attention to detail in project management, ensuring projects were executed within financial and time constraints.• Stayed updated with industry trends and advancements, actively pursuing professional development opportunities to enhance skills and knowledge.• Quantified achievements and results, showcasing cost savings, cycle time reduction, and quality improvements.

Engineering Excellence and Design Optimization:• Applied Mechanical &Electrical engineering, consistently surpassing product development requirements.• Integrated manufacturing feedback to streamline designs, enhancing efficiency.Performance Validation and Durability Assurance:• Utilized Finite Element Analysis for superior performance and durability validation.• Ensured products met stringent durability standards through analytical techniques.Industry Involvement and Technological Proficiency:• Integrated latest technological advancements into design strategies for innovative solutions.Electrical Engineering Integration:• Designed compliant substation equipment using high and medium-voltage electrical principles.• Ensured seamless integration and adherence to safety standards in equipment design.Project Management and Design Prowess:• Managed projects from inception, tailoring equipment systems to meet customer needs.• Applied a 'Design to Manufacture' approach for effective project planning and execution.Quality Control and Process Enhancement:• Monitored manufacturing to optimize performance and maintain consistent quality.• Improved processes for better quality and adherence to standards.Collaborative Decision-Making and Assessment:• Collaborated with teams, presenting findings to approval authorities.• Enabled informed decision-making through comprehensive assessments.Adaptability and Problem-Solving Skills:• Demonstrated adaptability in overcoming unforeseen challenges in projects.• Employed technical acumen and solid judgment to ensure project success.Regulatory Compliance and Precision:• Meticulously analyzed design requirements, specifications, and industry regulations.Key Project Leadership:• Led a significant Plaza Las Americas shopping mall project, showcasing exceptional project management skills and technical expertise.• Oversaw design, manufacturing, and on-site implementation of high and medium-voltage Unit Substations.

Mechanical Design Specialist Experience in the Pharmaceutical IndustryProject Management and Optimization• As a Mechanical Design Specialist, utilized engineering practices to consistently exceed performance objectives.• Proficiently managed, and optimized projects design, ensuring peak operational efficiency and timely project completion.• Streamlined integrating mechanical design expertise to enhance cost-effectiveness and overall success.Regulatory Compliance and Collaboration• knowledge in executing FDA-compliant pharmaceutical projects for leading US-based companies, adhering to stringent regulatory requirements.• Collaborated closely with cross-functional review teams, facilitating a comprehensive examination of submitted data and enabling successful project approvals.Design Precision and Material Evaluation• Employed specialized skills to evaluate product and material takeoff for high-stakes projects, delivering cost-effective designs meeting stringent mechanical specifications.• Utilized Finite Element Analysis (FEA) to enhance CAD design precision, optimizing mechanical properties for superior and reliable outcomes.Full Project Lifecycle Expertise• Served as a critical asset, navigating projects through the entire lifecycle, from ideation to adapting products to specific manufacturing constraints, ensuring seamless design integration.Quality Assurance and Documentation• Maintained a relentless focus on quality by developing industry-approved mechanical drawings with meticulous attention to detail.• Consistently met performance objectives through engineering high-quality standards.• Demonstrated adaptability by efficiently navigating the project lifecycle, and adeptly adapting designs to meet real-time manufacturing constraints.• Proficient in utilizing advanced engineering tools like FEA for precise CAD designs and cost-effective material selections, critical skills essential for utility engineering projects.