Earth & Environmental Science Curriculum: Natural Disasters Learning Program | Self‑Directed Project | 2024

 

Earth & Environmental Science Curriculum: Natural Disasters Learning Program | Self‑Directed Project | 2024

Brief Description:
Developed a complete instructional program introducing students to the causes, characteristics, and impacts of major natural disasters around the world.

Key Contributions / Skills Demonstrated:

• Designed structured lessons covering earthquakes, volcanoes, hurricanes, floods, tsunamis, tornadoes, droughts, and wildfires.
• Created teacher‑ready materials including diagrams, vocabulary lists, safety guidelines, and guided reading prompts.
• Integrated scientific, geographic, and environmental perspectives to support interdisciplinary learning.
• Developed learning objectives aligned with Earth Science and environmental literacy standards.

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Natural Disaster Case Study Unit | Self‑Directed Project | 2024

Brief Description:
Produced a full educational unit analyzing real‑world natural disasters and their effects on human populations and ecosystems.

Key Contributions / Skills Demonstrated:

• Designed case studies on historical and recent disasters.
• Created activities examining causes, consequences, and recovery efforts.
• Developed assessments including quizzes, written reflections, and project‑based tasks.

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Disaster Preparedness & Safety Education Module | Self‑Directed Project | 2024

Brief Description:
Developed a curriculum module focused on emergency preparedness, risk reduction, and community safety.

Key Contributions / Skills Demonstrated:

• Designed lessons on early‑warning systems, evacuation plans, and emergency kits.
• Created student‑friendly safety checklists and scenario‑based decision‑making activities.
• Integrated civic responsibility and community awareness into science learning.

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Geography & Hazard Mapping Project | Self‑Directed Project | 2024

Brief Description:
Created an interactive mapping project to help students understand where natural disasters occur and why.

Key Contributions / Skills Demonstrated:

• Designed map‑based tasks identifying tectonic plate boundaries, hurricane zones, floodplains, and volcanic regions.
• Developed visual organizers connecting geography with hazard frequency and severity.
• Integrated historical and contemporary examples to strengthen global awareness.

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Environmental Impact & Climate Connections Activity | Self‑Directed Project | 2024

Brief Description:
Produced a classroom activity exploring how climate patterns influence natural disasters and how ecosystems recover.

Key Contributions / Skills Demonstrated:

• Designed lessons linking climate change to increased disaster intensity.
• Created activities analyzing environmental resilience, mitigation strategies, and sustainable planning.
• Encouraged evidence‑based reasoning and scientific communication.

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Si quieres, puedo ayudarte también a redactar:

✨ Professional Summary
✨ Skills Section (orientada a ciencias, educación y diseño curricular)
✨ Experience Section usando tus proyectos como experiencia profesional
✨ Una versión más corta optimizada para ATS

Solo dime cuál sección quieres que prepare ahora.

Life Science Curriculum: Protists as Microorganisms |

 

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Life Science Curriculum: Protists as Microorganisms | Self‑Directed Project | 2024

Brief Description:
Developed a complete instructional module introducing students to protists as diverse, mostly unicellular eukaryotic organisms.

Key Contributions / Skills Demonstrated:

• Designed lessons explaining protist characteristics, cellular structure, reproduction, and ecological roles.
• Created teacher‑ready materials including diagrams, vocabulary lists, and guided reading prompts.
• Integrated scientific inquiry through observation tasks, classification exercises, and critical‑thinking questions.
• Connected protists to broader biological concepts such as evolution, ecosystems, and cell theory.

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Protist Classification & Diversity Learning Unit | Self‑Directed Project | 2024

Brief Description:
Produced a full educational unit exploring the major groups of protists and their biological significance.

Key Contributions / Skills Demonstrated:

• Designed lessons on protozoa, algae, and fungus‑like protists.
• Created comparison charts highlighting locomotion, nutrition, reproduction, and habitat differences.
• Developed assessments aligned with life‑science learning standards.

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Microscopic Observation & Model‑Building Activities | Self‑Directed Project | 2024

Brief Description:
Developed hands‑on activities to help students understand protist structure and function.

Key Contributions / Skills Demonstrated:

• Designed microscope‑based observation tasks (real or simulated).
• Created model‑building activities to represent protist organelles and movement mechanisms (cilia, flagella, pseudopods).
• Integrated inquiry‑based learning to strengthen scientific reasoning.

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Protists in Ecosystems & Human Health Module | Self‑Directed Project | 2024

Brief Description:
Created a curriculum module exploring the ecological importance of protists and their role in human health.

Key Contributions / Skills Demonstrated:

• Designed lessons on protists as producers, decomposers, and parasites.
• Developed case studies on diseases caused by protists (e.g., malaria, amoebiasis).
• Integrated environmental science concepts such as food webs, nutrient cycles, and symbiosis.

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Interactive Classification Activity: Protists vs. Other Kingdoms | Self‑Directed Project | 2024

Brief Description:
Produced an interactive learning activity to help students distinguish protists from plants, animals, fungi, and bacteria.

Key Contributions / Skills Demonstrated:

• Created sorting tasks based on cellular structure, nutrition, and reproduction.
• Designed visual organizers such as Venn diagrams and comparison charts.
• Strengthened student understanding of taxonomy and biological diversity.

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Si quieres, puedo ayudarte también a redactar:

✨ Professional Summary
✨ Skills Section (orientada a ciencias, educación y diseño curricular)
✨ Experience Section usando tus proyectos como experiencia profesional
✨ Una versión más corta optimizada para ATS

Solo dime cuál sección quieres que prepare ahora.

Social Studies Curriculum: From Industrialization to Globalization

 

Social Studies Curriculum: From Industrialization to Globalization | Self‑Directed Project | 2024

Brief Description:
Developed a comprehensive instructional program tracing the transformation of global societies from the Industrial Revolution to the modern era of globalization.

Key Contributions / Skills Demonstrated:

• Designed structured lessons covering industrialization, technological innovation, global trade, economic interdependence, and cultural exchange.
• Created teacher‑ready materials including timelines, diagrams, vocabulary lists, and guided reading prompts.
• Integrated historical, economic, and geographic perspectives to support interdisciplinary learning.
• Developed learning objectives aligned with social studies standards and critical‑thinking skills.

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Industrial Revolution Learning Unit | Self‑Directed Project | 2024

Brief Description:
Produced a complete educational unit explaining the origins, technological advances, and social impacts of the Industrial Revolution.

Key Contributions / Skills Demonstrated:

• Designed activities analyzing inventions, factory systems, urbanization, and labor changes.
• Created comparative charts showing pre‑industrial vs. industrial societies.
• Developed assessments including quizzes, essays, and project‑based tasks.

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Globalization & Economic Interdependence Module | Self‑Directed Project | 2024

Brief Description:
Developed a curriculum module exploring how nations, industries, and cultures became interconnected through global trade and communication.

Key Contributions / Skills Demonstrated:

• Designed lessons on global supply chains, multinational corporations, outsourcing, and international markets.
• Created activities analyzing real‑world examples of global interdependence.
• Integrated discussions on cultural diffusion, technology, and global citizenship.

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Geography & Global Trade Mapping Project | Self‑Directed Project | 2024

Brief Description:
Created an interactive mapping project to help students understand global trade routes and the movement of goods, people, and ideas.

Key Contributions / Skills Demonstrated:

• Designed map‑based tasks identifying major trade hubs, transportation networks, and industrial regions.
• Developed visual organizers to help students connect geography with economic development.
• Integrated historical and contemporary examples to strengthen global awareness.

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Critical Thinking Activity: Benefits & Challenges of Globalization | Self‑Directed Project | 2024

Brief Description:
Produced a classroom activity encouraging students to evaluate the positive and negative impacts of globalization.

Key Contributions / Skills Demonstrated:

• Designed debate prompts, case studies, and reflection questions.
• Developed balanced content addressing economic growth, inequality, cultural exchange, and environmental concerns.
• Encouraged evidence‑based reasoning and informed decision‑making.

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Si quieres, puedo preparar también:

✨ Professional Summary
✨ Skills Section (orientada a estudios sociales, ciencias y educación)
✨ Experience Section usando tus proyectos como experiencia profesional
✨ Una versión más corta optimizada para ATS

Solo dime cuál sección quieres que prepare ahora.

Life Science Curriculum: Amphibians as Dual‑Habitat Organism

 

🧩 RELEVANT PROJECTS

Life Science Curriculum: Amphibians as Dual‑Habitat Organisms | Self‑Directed Project | 2024

Brief Description:
Developed a complete instructional module introducing students to amphibians as vertebrates that live in both aquatic and terrestrial environments.

Key Contributions / Skills Demonstrated:

• Designed lessons explaining amphibian characteristics, life cycles, metamorphosis, and ecological roles.
• Created structured learning activities comparing amphibians with other vertebrate groups.
• Developed teacher‑ready materials including diagrams, vocabulary lists, and guided reading prompts.
• Integrated scientific inquiry through observation tasks, classification exercises, and critical‑thinking questions.

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Amphibian Life Cycle & Metamorphosis Learning Unit | Self‑Directed Project | 2024

Brief Description:
Produced a full educational unit focused on the transformation from egg to larva to adult in frogs, salamanders, and other amphibians.

Key Contributions / Skills Demonstrated:

• Designed visual learning aids illustrating each stage of metamorphosis.
• Created hands‑on activities such as sequencing cards, life‑cycle charts, and comparative analysis tasks.
• Developed assessments aligned with life‑science learning standards.

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Habitat & Adaptation Module: Aquatic vs. Terrestrial Environments | Self‑Directed Project | 2024

Brief Description:
Developed a curriculum module exploring how amphibians adapt to both water and land environments.

Key Contributions / Skills Demonstrated:

• Designed lessons on respiration, skin function, locomotion, and environmental needs.
• Created activities comparing amphibian adaptations to those of fish, reptiles, and mammals.
• Integrated environmental science concepts such as habitat conservation and ecosystem balance.

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Biodiversity & Conservation Awareness Project | Self‑Directed Project | 2024

Brief Description:
Created an educational project highlighting the ecological importance of amphibians and the threats they face.

Key Contributions / Skills Demonstrated:

• Developed research tasks on pollution, habitat loss, climate change, and disease (e.g., chytrid fungus).
• Designed student‑friendly conservation proposals and environmental stewardship activities.
• Integrated global and local examples to promote scientific literacy and environmental responsibility.

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Interactive Classification Activity: Amphibian Traits & Vertebrate Comparison | Self‑Directed Project | 2024

Brief Description:
Produced an interactive learning activity to help students classify amphibians within the vertebrate group.

Key Contributions / Skills Demonstrated:

• Created sorting tasks based on physical traits, reproduction, and habitat.
• Designed visual organizers such as Venn diagrams and comparison charts.
• Strengthened student understanding of taxonomy and biological diversity.

---

Si quieres, puedo ayudarte también a redactar:

✨ Professional Summary
✨ Skills Section (orientada a ciencias, educación y diseño curricular)
✨ Experience Section usando tus proyectos como experiencia profesional
✨ Una versión más corta optimizada para ATS

Solo dime cuál sección quieres que prepare ahora.

Earth Science Curriculum: Mineral Formation & Classification

🧩 RELEVANT PROJECTS

Earth Science Curriculum: Mineral Formation & Classification | Self‑Directed Project | 2024

Brief Description:
Developed a complete instructional module for middle‑school Earth Science focused on mineral definition, properties, and formation processes.

Key Contributions / Skills Demonstrated:

• Designed lessons explaining mineral characteristics and geological formation processes (igneous, sedimentary, metamorphic).
• Created classroom activities such as brainstorming sessions, guided inquiry, and hands‑on mineral observation.
• Developed learning objectives aligned with scientific thinking models (e.g., inductive reasoning).
• Produced teacher‑ready materials including procedures, discussion prompts, and optional multimedia resources.
  mineralesunrecursodenuestroplaneta.blogspot.com

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Environmental Science Module: Minerals & Human Impact | Self‑Directed Project | 2024

Brief Description:
Created an educational unit exploring the environmental effects of mining and mineral use.

Key Contributions / Skills Demonstrated:

• Designed activities analyzing the mineral cycle, mining impacts, pollution causes, and mitigation strategies.
• Developed structured phases for instruction, including brainstorming, research, and environmental problem‑solving.
• Integrated digital resources, videos, and articles to support inquiry‑based learning.
  mineralesunrecursodenuestroplaneta.blogspot.com

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Mineral Distribution & Economic Geology Learning Unit | Self‑Directed Project | 2024

Brief Description:
Produced a curriculum module on global mineral distribution, geological origins, and economic significance.

Key Contributions / Skills Demonstrated:

• Explained types of mineral deposits and the geological processes that create them.
• Designed critical‑thinking activities on resource importance, mining benefits, and environmental risks.
• Developed student tasks for proposing environmental mitigation strategies.
  mineralesunrecursodenuestroplaneta.blogspot.com

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Interactive Science Activity: Mineral Observation & Classification | Self‑Directed Project | 2024

Brief Description:
Developed a hands‑on activity for students to classify minerals using physical properties.

Key Contributions / Skills Demonstrated:

• Created observation tasks using minerals such as quartz, mica, feldspar, calcite, and pyrite.
• Designed classification exercises based on color, luster, hardness, shape, and texture.
• Integrated scientific inquiry and pattern recognition to strengthen conceptual understanding.
  mineralesunrecursodenuestroplaneta.blogspot.com

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Educational Game Adaptation: Age of Steam – Mineral Edition | Self‑Directed Project | 2024

Brief Description:
Adapted a board‑game concept to teach students about mineral resources, transportation, and industrial processes.

Key Contributions / Skills Demonstrated:

• Redesigned game mechanics to use minerals (iron, copper, tin, gold, silver) as core resources.
• Integrated concepts of mining, processing, and mineral‑powered locomotion.
• Created an engaging learning tool to reinforce strategic thinking and Earth Science concepts.
  mineralesunrecursodenuestroplaneta.blogspot.com

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Si quieres, puedo ayudarte a:

✅ Crear una Skills Section basada en ciencias, educación y diseño curricular
✅ Redactar tu Professional Summary en inglés
✅ Convertir estos proyectos en una Experience Section profesional
✅ Preparar un résumé completo y optimizado para ATS

¿Quieres que continúe con el resto de tu résumé?

Summer Fun School Program Development

 

🧩 RELEVANT PROJECTS

Summer Fun School Program Development | Self‑Directed Project | 2024

Brief Description:
Designed and developed a comprehensive summer learning program combining aquatic skills, outdoor sports, and culinary activities for children and youth in coastal communities.

Key Contributions / Skills Demonstrated:

• Created structured learning modules covering swimming, surfing, kayaking, paddleboarding, aqua aerobics, and fishing.
• Designed performance‑based tasks such as Underwater Olympics, Marco Polo Relay Race, and Open Water Odyssey to assess skill mastery.
• Integrated safety training, including First Aid, CPR, and water‑rescue fundamentals.
• Developed culinary workshops focused on barbecue techniques, sustainable seafood, and healthy summer cooking.
• Ensured a balanced curriculum promoting physical fitness, environmental awareness, and teamwork.

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Aquatic Skills Curriculum Series | Self‑Directed Project | 2024

Brief Description:
Produced a full instructional series for teaching foundational to advanced aquatic skills in both open‑water and pool environments.

Key Contributions / Skills Demonstrated:

• Authored step‑by‑step lessons on freestyle, backstroke, breaststroke, butterfly, treading, and underwater exploration.
• Designed creative water‑based games to build confidence, coordination, and endurance.
• Developed assessment rubrics and performance tasks for skill evaluation.
• Adapted lessons for diverse learners and varying comfort levels in water.

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Surfing Instruction & Ocean Safety Guide | Self‑Directed Project | 2024

Brief Description:
Created a multi‑level surfing curriculum emphasizing technique, safety, and environmental stewardship.

Key Contributions / Skills Demonstrated:

• Developed lessons on paddling, popping‑up, trimming, noseriding, carving, barrel riding, and aerial maneuvers.
• Integrated ocean safety modules, including wave reading, rip‑current awareness, and board handling.
• Designed performance challenges to track student progress and build confidence.
• Promoted ocean advocacy and responsible coastal behavior.

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Culinary Skills & Summer Cooking Workshops | Self‑Directed Project | 2024

Brief Description:
Designed hands‑on culinary workshops for youth, focusing on summer‑themed cooking and outdoor food preparation.

Key Contributions / Skills Demonstrated:

• Created lessons on grilling, smoking, roasting, and global barbecue styles.
• Developed sustainable seafood cooking modules and vegetarian options.
• Designed complete meal‑planning activities for beach events and family gatherings.

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Environmental Education Project: Beach Guardians | Self‑Directed Project | 2024

Brief Description:
Developed an environmental stewardship module to teach students how to protect coastal ecosystems.

Key Contributions / Skills Demonstrated:

• Created performance tasks focused on shoreline protection, responsible fishing, and marine conservation.
• Integrated hands‑on activities promoting environmental awareness and community engagement.

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Si quieres, puedo ayudarte también a redactar:

✅ Professional Summary
✅ Skills Section (adaptada a educación, diseño curricular o recreación)
✅ Experience Section basada en tus proyectos
✅ Una versión más corta o más técnica para ATS

¿Quieres que prepare el resto de tu résumé en inglés?

Projects

 

1. CURRICULAR FRAMEWORK: APRENDAMOS SOBRE LOS DESASTRES NATURALES/ LET'S LEARN ABOUT NATURAL DISASTERS (2024)

APRENDAMOS SOBRE LOS DESASTRES NATURALES

• Designed as an educational tool for teachers and parents.
• Focused on students in the formal preoperational stage.
• Uses documentaries, videos, and guided questions to promote critical thinking.
• Integrates principles of physics, geology, and meteorology to explain the causes and effects of disasters.
• Aims for students to:
  • Understand natural phenomena.
  • Remain calm during emergencies.
  • Develop interest in scientific professions.
• Includes: lesson plans, concepts, assessments, experiments, rubrics, and quizzes.

.

Experience as an Independent Instructional Designer

Experience as an Independent Instructional Designer

Instructional Design & Digital Content Developer Freelance / Educational Consulting | 2015 – Present [Digital Portfolio: yourblogname.blogspot.com]

• LMS Architecture & Management: Design, configure, and administer comprehensive virtual courses using Canvas and Google Classroom, ensuring intuitive user experience (UX) and pedagogical alignment.

• Curriculum Digitization: Translate traditional science and professional development curricula into interactive digital formats, utilizing Blogger as a specialized repository for instructional modules and e-portfolios.

• Asynchronous Learning Design: Create self-paced learning paths that integrate multimedia resources, open educational resources (OERs), and formative assessments to enhance student autonomy.

• Web-Based Resource Development: Architected and maintained digital platforms to host STEM-related content, providing 24/7 access to instructional materials for diverse learner populations.

• Portfolio Showcase: Please visit my digital repository (link above) to view live examples of course architecture, curriculum mapping, and interactive science modules.

Research Experience

 

Research Experience

Herbarium Plant Recorder-Scientific Documentation & Taxonomy Assistant | Federal Work-Study Program (Pell Grant) University of Puerto Rico at Mayagüez (UPRM) | Department of Biology 1993 – 1994 Supervisor: Dr. Gary Breckon

• Taxonomic Assistance: Supported senior taxonomists in the field collection of botanical specimens for research purposes.

• Specimen Processing: Managed the preservation and preparation of plant samples using professional pressing techniques to create high-quality vouchers.

• Database & Documentation: Assisted in documenting and archiving specimens to ensure accuracy for taxonomic classification and long-term herbarium storage.

• Developed foundational skills in data classification and specimen preservation, assisting in the development of botanical archives for taxonomic research.  Developed foundational skills in data classification and specimen preservation, assisting in the development of botanical archives for taxonomic research

Administrative & Research Support

Clerical Assistant | NOAA Sea Grant Federal Work-Study Program PR/USA VI Climatology Center | University of Puerto Rico, Mayagüez (UPRM) 1995 – 1997 Supervisor: Dr. Amos Winter | Department of Marine Sciences

• Data Management: Collected and organized climatological statistical data for regional research analysis.

• Scientific Archiving: Cataloged and managed a specialized library of scientific journals, ensuring efficient retrieval of research materials.

• Administrative Operations: Managed official correspondence and processed technical documentation to support center operations.

• Information Governance: Maintained organized record-keeping systems in compliance with federal program standards.

Technical Research Experience

Genetic Research Assistant (Soybean Hybridization) Asgrow (Seed Company) | Isabela, Puerto Rico Summer 1997 Supervisor: Agronomist Juan Pérez

• Genetic Cross-Pollination: Assisted in the controlled hybridization and genetic crossing of soybean subspecies to achieve specific research traits.

• Protocol Adherence: Maintained strict laboratory and field protocols to ensure the integrity of genetic samples and prevent cross-contamination.

• Data Observation: Monitored and documented plant development phases to support agronomists in evaluating the success of genetic variations.

• Quality Control: Applied precise manual techniques required for the delicate process of artificial pollination in a commercial research setting.

Technical Production Experience

Precision Wax Injection Operator | AVON (Silver Jewelry Division) San Sebastián, Puerto Rico (via Kelly Services) Sept 1997 – Dec 1997

• Technical Casting Operations: Operated specialized wax injection machinery to create high-precision molds for sterling silver jewelry production.

• Quality Control & Inspection: Performed detailed visual inspections of wax patterns to ensure structural integrity and adherence to design specifications before the casting process.

• Workflow Efficiency: Maintained high-volume production targets while following strict safety and operational protocols in a manufacturing environment.

• Detail Orientation: Managed delicate materials requiring manual dexterity and precise temperature/pressure calibration.

Administrative & Proposal Development Experience

Administrative Assistant | Centro Geriátrico Higüey (Geriatic Center) Aguadilla, Puerto Rico | State-Funded Program 1998 – 1999 Supervisor: Elizabeth Gutierrez

• Grant & Proposal Writing: Authored and developed comprehensive funding proposals for senior transportation services, ensuring alignment with state regulatory requirements and community needs.

• Technical Writing: Drafted official correspondence, operational reports, and service agreements to support the center’s administrative functions.

• Resource Coordination: Assisted in the logistical planning of specialized services for elderly populations, maintaining high standards of documentation and compliance.

• Office Management: Streamlined daily office operations, including records management and communication with state funding agencies.

Educational & Instructional Experience

Interim Secondary Mathematics Educator & Tutor | PR Department of Education Salvador Fuentes Vocational High School | Aguadilla, Puerto Rico 2003 – 2004

• Instructional Continuity: Provided high-quality instructional coverage for secondary mathematics courses, ensuring students maintained progress toward curriculum goals during faculty absences.

• Targeted Tutoring: Developed and implemented personalized tutoring sessions for students struggling with core mathematical competencies, significantly improving their mastery of semester-specific skills.

• Differentiated Instruction: Adapted complex mathematical concepts to meet the diverse learning needs of students in a vocational setting, fostering a supportive and engaging learning environment.

• Curriculum Implementation: Followed and executed existing lesson plans while providing real-time feedback on student performance and skill acquisition.

Educational and Instructional Experience

 

1. Interim Secondary Mathematics Educator & Tutor | PR Department of Education Salvador Fuentes Vocational High School | Aguadilla, Puerto Rico 2003 – 2004

• Instructional Continuity: Provided high-quality instructional coverage for secondary mathematics courses, ensuring students-maintained progress toward curriculum goals during faculty absences.

• Targeted Tutoring: Developed and implemented personalized tutoring sessions for students struggling with core mathematical competencies, significantly improving their mastery of semester-specific skills.

• Differentiated Instruction: Adapted complex mathematical concepts to meet the diverse learning needs of students in a vocational setting, fostering a supportive and engaging learning environment.

• Curriculum Implementation: Followed and executed existing lesson plans while providing real-time feedback on student performance and skill acquisition.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Mathematics Pedagogy: Expertise in delivering secondary-level math instruction (Algebra, Geometry, etc.).

• Remedial Education Strategies: Designing targeted interventions to close knowledge gaps for struggling learners.

• Classroom Management: Maintaining an organized and productive learning environment in a vocational school setting.

Core Skills (The Professional Mindset)

• Adaptability: The ability to step into various classroom environments and immediately deliver effective instruction.

• Empathy & Mentoring: Building rapport with students to boost their confidence in difficult subjects.

• Communication: Explaining abstract mathematical logic in a way that is accessible and user centric.

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2. Interim Secondary Science Educator (Biology & Chemistry) Ester Feliciano Mendoza Middle School | Aguadilla, Puerto Rico 2004 – 2005

• Instructional Leadership: Assumed full classroom responsibilities for a long-term maternity leave, delivering comprehensive Biology and Chemistry curricula to middle school students.

• Curriculum Delivery: Facilitated student-centered lessons focused on scientific inquiry, laboratory safety, and the mastery of fundamental biological and chemical principles.

• Assessment & Evaluation: Designed and administered formative and summative assessments to track student progress and ensure alignment with Department of Education standards.

• Classroom Management: Maintained a productive and safe laboratory environment, fostering an atmosphere of curiosity and academic rigor.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• STEM Pedagogy: Expertise in translating complex Biology and Chemistry concepts into age-appropriate, engaging lessons.

• Laboratory Safety Management: Implementation of safety protocols and equipment handling in a school laboratory setting.

• Curriculum Alignment: Ensuring daily instruction meets state-level educational benchmarks.

Core Skills (The Professional Mindset)

• Instructional Continuity: Successfully managing a long-term transition to ensure students met all learning objectives for the academic year.

• Complex Concept Simplification: The ability to explain abstract chemical reactions and biological processes clearly—a core skill for an Instructional Designer.

• Flexibility: Transitioning from a Mathematics focus (previous year) to a science focus seamlessly.

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3. Interim Secondary Biology Educator & Instructional Designer Arsenio Martínez High School | Aguada, Puerto Rico (Federal Funding) 2005 – 2006

• Instructional Design Support: Collaborated with the science faculty to design and develop instructional materials, lesson plans, and classroom resources to enhance the delivery of the Biology curriculum.

• Instructional Continuity: Managed Biology classrooms during faculty absences, ensuring the consistent delivery of complex scientific content and the achievement of learning objectives.

• STEM Curriculum Alignment: Ensured all educational materials and classroom activities adhered to federal and state standards for secondary science education.

• Collaborative Mentoring: Acted as a pedagogical resource for the science department, providing creative solutions for student engagement and material organization.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Instructional Material Development: Creating structured educational resources (handouts, lab guides, visual aids) to improve learning outcomes.

• Secondary Biology Pedagogy: Mastery of high school-level biological sciences and laboratory inquiry methods.

• Federal Program Compliance: Working within the framework of federally funded educational initiatives.

Core Skills (The Professional Mindset)

• Collaborative Problem-Solving: Supporting other educators by identifying gaps in their materials and creating solutions.

• Knowledge Synthesis: Taking academic standards and "packaging" them into easy-to-understand student resources.

• Adaptability: Successfully navigating different classroom environments and faculty team dynamics.

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4. Secondary General Science Educator (Biology & Introductory Chemistry) Adams Rural Unit (Segunda Unidad) | Aguadilla, Puerto Rico 2006 – 2007

• Multidisciplinary Instruction: Facilitated comprehensive science courses, specializing in Biological Sciences and Introductory Chemistry for middle school levels.

• Curriculum Integration: Developed and delivered lesson plans that bridged the gap between basic life sciences and fundamental chemical principles, fostering early interest in STEM fields.

• Academic Assessment: Utilized diverse evaluation methods to measure student mastery of scientific concepts and critical thinking skills in alignment with state standards.

• Inquiry-Based Learning: Directed classroom activities and demonstrations that encouraged students to apply the scientific method to real-world observations.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• General Science Pedagogy: Expertise in teaching a broad spectrum of scientific disciplines (Bio/Chem) within a single academic year.

• Instructional Mapping: Aligning daily classroom activities with the long-term objectives of the Puerto Rico Department of Education science curriculum.

• STEM Foundation Building: Designing introductory chemistry modules that prepare students for advanced high school coursework.

Core Skills (The Professional Mindset)

• Knowledge Scaffolding: The ability to take complex "adult" science and break it down into "building blocks" for younger learners.

• Academic Reliability: Successfully navigating the "Transitorio Elegible" phase, demonstrating professional consistency and pedagogical growth.

• Effective Communication: Simplification of technical terminology for diverse student populations.

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5. Instructional Design & Professional Development

Human Resources Educator | Northwest Consortium (Opportunity Employment Program) Juana Rosario Middle School | Aguada, Puerto Rico Summer 2007

• Module Administration: Facilitated a specialized instructional module focused on workforce readiness and professional employability skills for program participants.

• Workforce Development: Coached students on essential career skills, including resume building, interview techniques, and professional workplace etiquette.

• Curriculum Delivery: Adapted standardized employment training materials to meet the needs of a diverse summer program population, ensuring high engagement and skill retention.

• Performance Evaluation: Monitored student progress through the module, providing personalized feedback to improve individual employment prospects.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Instructional Module Delivery: Expertise in implementing pre-designed training modules for specific learning outcomes.

• Workforce Development Training: Knowledge of the "soft skills" and technical requirements needed for successful job placement.

• Program Coordination: Working within a multi-agency framework (Department of Education + Northwest Consortium).

Core Skills (The Professional Mindset)

• Professional Coaching: The ability to mentor others in career-pathing and professional presentation.

• Public Speaking & Facilitation: Engaging a classroom with a focus on adult-learning principles (Andragogy) even in a youth setting.

• Resourcefulness: Delivering a high-impact curriculum within a condensed summer timeframe.

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6. Secondary General Science Educator (Biology & Chemistry) Adams Rural Unit (Segunda Unidad) | Aguadilla, Puerto Rico 2007 – 2008

• Foundational STEM Instruction: Delivered a comprehensive integrated science curriculum to 7th-grade students, focusing on the core principles of Biology and Chemistry.

• Inquiry-Based Lesson Design: Developed hands-on laboratory activities and classroom experiments to foster scientific literacy and critical thinking at the middle school level.

• Differentiated Learning: Adapted complex scientific concepts into age-appropriate instructional materials to meet diverse student learning styles and academic needs.

• Performance Assessment: Designed and implemented diverse assessment tools to evaluate student mastery of state-mandated scientific standards and competencies.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Middle School Science Pedagogy: Expertise in early-secondary STEM education and curriculum delivery.

• Integrated Science Instruction: Ability to bridge the gap between Life Sciences (Biology) and Physical Sciences (Chemistry) within a unified course.

• Classroom & Lab Management: Ensuring a safe and productive environment for scientific experimentation.

Core Skills (The Professional Mindset)

• Instructional Scaffolding: Breaking down abstract scientific theories into manageable learning blocks for younger adolescents.

• Academic Professionalism: Maintained "Transitorio Elegible" status through consistent pedagogical excellence and adherence to Department of Education protocols.

• Student Engagement: Creating curiosity-driven learning experiences that build a foundation for high school science.

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7. Interim Secondary Science Educator (Biology) Jorge Seda Crespo High School | Rincón, Puerto Rico Oct 2008 – Dec 2008

• Instructional Continuity: Provided high-level instructional coverage for a long-term maternity leave, ensuring students remained on track with the Biological Sciences curriculum.

• Curriculum Delivery: Facilitated student-centered lessons focused on core biological principles, including cellular biology, genetics, and ecology.

• Assessment Management: Maintained academic rigor by designing and grading formative and summative assessments to monitor student mastery of state standards.

• Laboratory Supervision: Ensured the safe and effective execution of scientific experiments and inquiry-based learning activities.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Biology Pedagogy: Mastery of secondary-level life science concepts and instructional delivery methods.

• Instructional Mapping: Aligning short-term lesson plans with the long-term academic goals of the PR Department of Education.

• Inquiry-Based Learning: Guiding students through the scientific method to foster critical thinking and problem-solving.

Core Skills (The Professional Mindset)

• Rapid Adaptability: The ability to step into an active classroom mid-semester and immediately establish authority and instructional flow.

• Professional Reliability: Maintaining "Transitorio Elegible" status through consistent pedagogical performance.

• Effective Communication: Articulating complex scientific processes to diverse student populations.

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Community & Educational Support Experience

8. Liaison Educator | Integrated Community Services (PR Department of Education) Agustín Stahl Public Housing Community | Aguadilla, Puerto Rico Oct 2008 – May 2009

• Academic Intervention: Provided specialized tutoring services to students within a high-need community setting, focusing on the development of core academic competencies and fundamental learning skills.

• Homework Support & Mentoring: Facilitated structured study sessions to assist students with daily assignments, translating complex classroom topics into accessible, manageable tasks.

• Community-School Liaison: Acted as a bridge between formal school requirements and the community environment, fostering a supportive atmosphere for academic achievement outside the traditional classroom.

• Skill Scaffolding: Implemented personalized learning strategies to help students overcome academic barriers and build self-sufficiency in their educational habits.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Remedial Education: Expertise in identifying and closing learning gaps in basic literacy and mathematical skills.

• Differentiated Instruction: Adapting teaching methods to suit the specific psychological and academic needs of students in a community outreach program.

• Program Compliance: Managing documentation and attendance for state-funded "Integrated Community Services" initiatives.

Core Skills (The Professional Mindset)

• Socio-Educational Sensitivity: High level of empathy and adaptability required to work effectively in a public housing community setting.

• Mentorship & Coaching: Building student confidence through consistent support and positive reinforcement.

• Resourcefulness: Delivering quality education in non-traditional learning environments (community centers).

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9.Secondary Physical Science Educator (12th Grade) Juan Suárez Peregrina High School | Aguadilla, Puerto Rico Sept 2010 – Dec 2010

• Advanced STEM Instruction: Delivered high-level Physical Science curriculum to 12th-grade students, focusing on the principles of physics and chemistry in preparation for college-level coursework.

• Inquiry-Based Learning: Designed and facilitated laboratory experiments and technical demonstrations to illustrate complex physical laws and mathematical applications in science.

• College Readiness Mentoring: Supported graduating seniors in developing critical thinking and analytical skills necessary for successful transition into STEM-related higher education programs.

• Academic Assessment: Developed and implemented rigorous evaluation tools to measure student mastery of state-mandated scientific standards and competencies.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Physical Science Pedagogy: Expertise in teaching physics-based concepts, including mechanics, thermodynamics, and matter-energy interactions.

• Laboratory Leadership: Managing advanced scientific equipment and ensuring safety protocols during high school laboratory sessions.

• Curriculum Alignment: Mapping 12th-grade learning objectives to the Puerto Rico Department of Education’s academic framework.

Core Skills (The Professional Mindset)

• Instructional Scaffolding: Breaking down abstract mathematical and physical theories into relatable, real-world applications.

• High-Stakes Communication: Engaging with students at a pre-university level, requiring a professional and sophisticated instructional tone.

• Analytical Problem-Solving: Guiding students through the scientific method to solve complex physical equations and conceptual challenges.

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10. Secondary Science Educator (Biology & Environmental Science) Benito Cerezo Márquez High School | Aguadilla, Puerto Rico Aug 2011 – May 2012

• Dual-Subject Instruction: Delivered comprehensive curricula in 10th-grade Biology and 12th-grade Environmental Science, ensuring academic rigor across diverse age groups.

• Curriculum Development: Designed inquiry-based lesson plans that integrated ecological principles, sustainability, and biological conservation into the classroom.

• Laboratory Management: Supervised scientific experimentation and data collection, fostering critical thinking through hands-on biological and environmental analysis.

• Standards-Based Assessment: Developed and administered evaluations aligned with state standards to measure student mastery of complex ecological and biological systems.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Environmental Science Pedagogy: Expertise in teaching ecology, sustainability, and human-environment interactions at an advanced secondary level.

• Biological Sciences Mastery: Deep knowledge of cellular biology, genetics, and organismal systems for 10th-grade instruction.

• Instructional Scaffolding: The ability to bridge foundational biological concepts with high-level environmental policy and science for seniors.

Core Skills (The Professional Mindset)

• Cross-Disciplinary Thinking: Connecting biological principles to environmental issues, a key skill for Knowledge Management.

• Educational Adaptability: Successfully balancing the pedagogical needs of two different grade levels (10th and 12th) within the same academic year.

• Project-Based Learning: Encouraging students to apply scientific inquiry to real-world environmental challenges.

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11. Secondary Earth Science Educator (9th Grade) Manuel A. Barreto School | Mayagüez, Puerto Rico Aug 2012 – May 2013

• Earth Systems Instruction: Facilitated a comprehensive 9th-grade curriculum covering geology, meteorology, oceanography, and astronomy, emphasizing the interconnectedness of Earth's physical systems.

• Inquiry-Based Learning: Developed hands-on laboratory activities and field-based observations to help students apply the scientific method to environmental and geological phenomena.

• Curriculum Mapping: Aligned daily instructional objectives with state-mandated science standards, ensuring students met all core competencies for secondary science.

• Academic Assessment: Designed and implemented diverse evaluation strategies, including performance-based tasks and technical reports, to measure student progress and critical thinking.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Earth Science Pedagogy: Expertise in translating complex physical geography and space science concepts into engaging, age-appropriate lessons.

• Scientific Literacy Training: Focusing on data interpretation, mapping, and the analysis of natural cycles (water, carbon, rock cycles).

• Classroom & Laboratory Safety: Ensuring a secure environment for experiments involving physical models and chemical testing of minerals.

Core Skills (The Professional Mindset)

• Systems Thinking: The ability to teach how small changes in one area (e.g., the atmosphere) affect the entire system—a key skill for Curriculum Architecture.

• Learner Engagement: Motivating 9th-grade students by connecting abstract planetary concepts to the local geography of Puerto Rico.

• Instructional Design Foundations: Creating visual aids and structured modules to simplify 3D concepts like plate tectonics or planetary orbits.

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12. Secondary Environmental Science Educator (10th & 12th Grade) Catalina Morales Flores High School | Moca, Puerto Rico Aug 2013 – May 2014

• Interdisciplinary Science Instruction: Delivered a comprehensive Environmental Science curriculum to 10th and 12th-grade students, focusing on ecology, sustainability, and human impact on natural systems.

• Curriculum Customization: Adapted complex scientific topics—such as renewable energy, biodiversity, and conservation biology—to align with the different developmental stages of sophomores and graduating seniors.

• Inquiry-Based Learning: Facilitated student-led research projects and laboratory investigations aimed at solving local and global environmental challenges.

• Performance Assessment: Utilized diverse evaluation frameworks to measure critical thinking, data analysis, and mastery of state-mandated scientific standards.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Ecological & Environmental Pedagogy: Expertise in teaching Earth's subsystems, resource management, and environmental ethics.

• Project-Based Learning (PBL): Designing instructional units where students apply scientific inquiry to real-world ecological scenarios.

• Data Synthesis: Teaching students how to collect, interpret, and visualize environmental data sets.

Core Skills (The Professional Mindset)

• Instructional Scaffolding: Building "knowledge bridges" between foundational biology (10th grade) and advanced environmental policy (12th grade).

• Sustainability Advocacy: Fostering a mindset of scientific responsibility and global citizenship in students.

• Adaptability: Successfully managing the transition between different grade-level expectations and academic goals within the same department.

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13. Multi-Level General Science Educator (Grades 5–9) Juan B. Soto School | Aguadilla, Puerto Rico Aug 2014 – March 2015

• Vertical Curriculum Integration: Designed and delivered age-appropriate Science curricula for five distinct grade levels (5th through 9th), ensuring a seamless transition of scientific concepts across elementary and middle school tiers.

• Differentiated Instructional Design: Tailored complex scientific topics—including life sciences, physical sciences, and earth systems—to meet the diverse cognitive and developmental needs of students ranging from ages 10 to 15.

• Inquiry-Based Learning: Facilitated hands-on laboratory experiments and classroom demonstrations that fostered a foundation of scientific curiosity and mastery of the scientific method.

• Academic Assessment & Tracking: Developed diverse evaluation frameworks to monitor student progress and ensure alignment with Department of Education standards across multiple grade-level competencies.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Multi-Grade Pedagogy: Expertise in managing diverse learning objectives simultaneously across primary and secondary education.

• STEM Foundation Building: Introducing core scientific literacy to younger learners while preparing older students for high school biology and chemistry.

• Curriculum Mapping: Aligning vertical learning goals to ensure students build on prior knowledge year-over-year.

Core Skills (The Professional Mindset)

• Cognitive Versatility: The ability to pivot instructional tone and complexity multiple times a day to suit different age groups.

• Resource Management: Organizing materials and lab equipment for multiple distinct grade-level projects.

• Adaptability: Successfully navigating the "Transitorio Elegible" phase by proving consistent pedagogical excellence across a wide academic spectrum.

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14. Science Instructional Coach & Consultant | Red de Apoyo Diferenciado (RAD) Yauco & Guayanilla, Puerto Rico (Federal Funding) April 2015 – June 2015

• Professional Development & Mentorship: Provided expert coaching to science educators, focusing on the implementation of Differentiated Instruction, student motivation techniques, and advanced pedagogical strategies.

• Curriculum Architecture & Alignment: Guided faculty in the rigorous alignment of curricula with state and federal science standards, ensuring academic compliance and instructional quality.

• Strategic Lesson Planning: Facilitated the design of high-impact lesson plans based on Inquiry-Based Learning (Discovery) and Project-Based Learning (PBL) frameworks.

• Content Development: Designed and constructed specialized didactic materials and instructional resources tailored to diverse learning styles and modern scientific standards.

• Community Integration: Developed collaborative educational plans that integrated community resources and local stakeholders into the school’s scientific curriculum.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Instructional Coaching: Empowering educators through observation, feedback, and modeling of best practices.

• Differentiated Instruction (DI): Designing learning experiences that cater to varied cognitive abilities and student backgrounds.

• Curriculum Mapping: Ensuring vertical and horizontal alignment of scientific standards across departments.

• Instructional Design (ID): Creating custom learning materials (didactic resources) from scratch to solve specific educational gaps.

Core Skills (The Professional Mindset)

• Consultative Leadership: Acting as a subject matter expert (SME) to improve organizational performance.

• Project-Based Learning (PBL) Specialist: Moving beyond traditional lectures to create immersive, hands-on scientific experiences.

• Educational Innovation: Introducing "Discovery Learning" models to modernize traditional classroom settings.

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15. Instructional Design & Curriculum Development
Curriculum Specialist | NUC University (EDP Online Division) Remote March 2021 – July 2021

• Course Architecture: Led the development and structural design of eight (8) comprehensive academic syllabi for the Culinary Arts and Esthetics departments.

• Standardized Learning Frameworks: Created standardized instructional guides to provide faculty with clear learning objectives, assessment strategies, and competency-based milestones.

• Instructional Alignment: Ensured all curricular materials met institutional accreditation standards and online learning best practices, bridging the gap between practical technical skills and digital delivery.

• Stakeholder Collaboration: Partnered with subject matter experts (SMEs) to translate hands-on laboratory requirements into structured, remote-friendly academic documentation.

Technical & Core Skills Breakdown

Technical Skills (Hard Skills)

• Syllabus & Curriculum Design: Expertise in defining scope, sequence, and learning outcomes for vocational and technical programs.

• Distance Learning Integration: Designing curriculum specifically for Online/Remote environments.

• Accreditation Compliance: Developing documentation that adheres to the rigorous standards of Higher Education institutions.

Core Skills (The Professional Mindset)

• Cross-Disciplinary Versatility: The ability to design for non-STEM fields (Culinary/Esthetics) using the same logical "Knowledge Management" framework.

• Strategic Planning: Managing the lifecycle of multiple course designs simultaneously under a fixed contract timeline.

• Technical Writing: Crafting precise, professional academic documents for faculty and administrative use.

Education

 

Education 

Doctor of Education (Ed.D.)  Inter American University of Puerto Rico

• Major: Education

• Specialization: Curriculum Teaching

Relevant Coursework & Research

• Research Title: Value Judgment, Motivation, Satisfaction, and Participation Intent: Evaluating Student Convenience by Gender in Higher Education Science Laboratories (Individual, Pair, and Group Settings).

• Research Title: The Impact of Metacognitive Strategies (Analogies, V-Diagrams) on Creative and Critical Thinking Skills in University Students.

Education

Master of Science (M.S.) in Education | May 2010 Ana G. Méndez University (formerly Universidad Metropolitan) | Puerto Rico

• Major: Education

• Specialization: Curriculum and Instruction

• Thesis/Related Coursework: Inquiry-Based Questioning Strategies: A Curricular Framework for Enhancing Communication and Stimulating Critical Thinking in Science Education.

Education

Bachelor of Science (B.S.) in Biological Sciences | June 1999 

University of Puerto Rico at Mayagüez (UPRM) * Major: Science

• Specialization: Biology

• Related Coursework/Research: Biological Reproductive Patterns of the Seahorse (Hippocampus).

Professional Certification

Permanent Secondary Education Teaching License | 2003

Puerto Rico Department of Education

General Science: License #1062519

Biology Specialization: License #949181

Gemini dijo

Introduction

 

Lydia Chaparro Varela

Curriculum and Instructional Designer/Developer

Science Education Specialist | Middle & High School Levels

I combine a doctoral background in curriculum and teaching with a foundation in biological sciences to design evidence-based online learning environments. My work focuses on translating complex scientific inquiry into accessible multimedia content and instructional strategies that prioritize knowledge retention. I apply pedagogical theory and data analysis to solve practical educational challenges and foster development across diverse learning populations.