Standard 1 - Standards Aligned & Integrated Curriculum
To align standards and show how to integrate curriculum in the classroom, I developed for the Gothenburg FFA Chapter their newest program handbook. This handbook focused on alignment with Accessibility and Continuous Improvement. The last time that Gothenburg had a truly updated manual was from 2019 and I finished this redesigned manual in May of 2024. Program standards and AFNR (Agriculture, Food, and Natural Resources) expectations are incorporated into the building of this program handbook because of how much Ag Ed relies on industry, employer, and education administrative input. With so much to cover, it is important that students, faculty/staff, admin, and parents are all aware of what is available through Ag Ed and CTE (Career and Technical Education), which is provided in this handbook to promote accessibility to Ag Ed/CTE information.
This document will also reflect yearly changes as decided upon after each annual Banquet hosted by the Gothenburg FFA Chapter. By implementing both accessibility and continuous improvement into a program handbook, everyone involved will have the chance to experience and understand Ag Ed/CTE in the most updated and available way possible. Alongside the Banquet and Gothenburg FFA handbook, the Gothenburg FFA Alumni Chapter is also developing their own handbook to coincide with the active chapter's information
This lesson plan demonstrating collegiate level vertical farming practices and technical skills represents Authentic Learning & Industry Alignment. These two criteria stood out to me as this unit plan has both planned lecture and lab time. Labs allow for students to get hands-on experience, and specifically with this course planning I tried to implement as much real-world, industry based experience as possible. Since I imagined this to be a college level course, I wanted it to align with what these students would be experiencing when they get into their respective fields.
In allowing students to explore hydroponics systems using breakdown and re-build, as well as designing their own systems, students have tangible results to their work that will really make sense to them--no need to follow a strict manual. The labs then tie back to industry alignment in the skills students learned and can apply to previous lessons in lecture time. I also made sure to include refinement time for their skills and system designs so that students have even more opportunity to apply their learning from either mistakes or suggestions. Sustainability is a large part of this course as well, which I feel is becoming more industry aligned and authentic every day with how the manufacturing industry is attempting to implement better practices while producing their respective products.
Standard 2 - Sequencing & Articulation
The picture provided is Omaha Bryan's program of study planning. Because OBHS uses the Academy system that all OPS locations use, freshmen start in the Freshman Seminar, then can choose a pathway to a specific Academy. Bryan's Urban Ag academy has a clear choice mechanic, allowing for students to choose the pathway of most interest and follow the courses lined up. Each pathway within the Urban Ag Academy progresses in difficulty and information given, building upon the previous semester or year's worth of work. The course offerings may be few, but there is critical information gained in each course that will advance the student's career and technical knowledge in each pathway.
The attached PDF is my Program Components Analysis of Omaha-Bryan high school. For this artifact, there was a focus on progressive learning and flexibility. Dr. Harvey and Mrs. Cooper were stellar at ensuring there was a foundation for each student, and were able to move every kid who came into their classrooms into more defined skill sets that fit them. As a school with an immense amount of ELL (English Language Learner) students, Harvey and Cooper had a huge job to accomplish with ensuring that Sequencing & Articulation of the coursework was well-developed, clear, and in multiple ways able to be accessible to the students. If a student was struggling, Harvey and Cooper would take that student and help them find a place that would work better for them. As an educator, it is my goal to be inclusive of all students like Harvey and Cooper are, and be able to create an environment using sequencing of learning to properly articulate my lessons to all students in the classroom.
Standard 3 - Student Assessment
The assessment I created for InTASC Standard 3 was designed for ELL (English Language Learner) students at Omaha-Bryan high school as an alternative assignment. The focus is gaining knowledge in the English language while also learning about simple plant terminology. Because this is for a plant science 1 and 2 course, the students have some background knowledge of plant terminology, but were primarily taught using photos and an automatic translator on the classroom TV. It is designed to incorporate Spanish words (all of the ELL students in this course are Spanish speakers) into plant science for them to translate to their English counterpart based on topics covered in class. Pictures will be provided alongside the Spanish word for each student to identify. This allows for an accurate representation of student learning, as well as an authentic way to tell whether or not the student is picking up the terms in class in either language.
The previous assessment rubric will be implemented in a Food Science 1 and 2 course at Omaha-Bryan High. This assessment demonstrates my ability to authentically and reliably assess student learning in the Ag Ed classroom based on the Unit context and content. The assessment criteria is based on unit content, project development, and quality of experiment completion in the laboratory setting. Using performance-based assessment in the classroom is critical in developing career-ready students who understand not only expectations, but how to use critical thinking, personal assessment and reflection, as well as obtain the ability to take critique from assessment. This rubric also ensures that I, as an Ag educator, will only assess students on the content that was presented in the unit or expected to be in the project. It will give students peace of mind knowing that the assessment is based on hard-evidence provided in this rubric. Because it uses the 1 to 4 point scale (half-points included), it will also allow some flexibility if the student is between whole points.
Standard 4 - Prepared & Effective Program Staff
This online certificate earned in Fall of 2024 is my OSHA certification. As an Ag teacher, it's important that I understand OSHA standards and can apply them within the laboratory setting and can monitor my student's safety in experiential learning, whether that is in the workplace or in their SAE project. The OSHA certification is a commitment to my professionalism, students, and the work that I will be doing as an instructor. It is also always going to be up-to-date, with plans reviewed on a regular basis to conform to industry and OSHA standards. Any changes will be implemented immediately and discussions will always take place with students, community partners, and parents as soon as possible. I plan to engage in further development and gain other certifications to enhance my experience as a program leader to supplement my student's learning as well as my own.
This is a copy of the presentation given in partial English at the Kobe University Exchange Program Commencement Ceremony.
The presentation selected represents my effectiveness in collaboration, commitment to diversity and broad knowledge, as well as professional development through multiple internship and international opportunities. The international exchange program at Kobe University in Kobe, Hyogo, Japan helped me to develop multi-cultural understanding alongside collaboration in groups which, at first, did not know each other. By having this experience and presenting it in partial English, I was able to connect professionally with the nearly 100 people in the room and discuss our exchange program freely. Knowledge gained in each individual internship also proved to make me a prepared instructor, learning ins-and-outs of international agricultural techniques, practices, and cultures. By committing myself to Kobe, I was able to successfully present my findings in Japanese agriculture to colleagues and brought home this knowledge to my friends and peers in the United States. I have continuously used the information I learned during my time in Kobe throughout my final experiences in college and my jobs.