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.
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.
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.
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.
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.
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.
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.
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).
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.
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.
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.
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.
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.
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.
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.
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