Introduction
In terms of a unit plan, this case study outlines the steps students take to comprehend and apply the topics they have learned. The unit plan involves three periods of instruction in chemistry, physics, and music. The teacher designed the pedagogy in chemistry to help students identify hydrocarbon polymers.
In physics, students will determine that sound waves are created by vibration and will be able to distinguish between open and closed pipe resonance. Students in music are expected to be able to recognize different pitches and manipulate pitches with a musical instrument. The unit plan also shows several evaluation methods, learning strategies, resources, and activities for the numerous experiments.
Providing outstanding education and ensuring successful learning requires focusing on the class, specifically how the instructor organizes and plans it. The pedagogy focuses on integrating three subjects in the classroom: chemistry, physics, and music. By addressing the Unit Plan’s objectives, this essay will review the pedagogies employed in the study guide and explain their integration amid the learning consequences, pedagogies, evaluations, in-depth analysis of instructional practices, and integration between the learning outcomes and pedagogies reviews.
Background
In-Depth Overview of the Case Study Pedagogies
The instructor structured the outline of a lesson plan in this context to cover educational objectives and expertise. The instructor created learning objectives for both times that measured Bloom’s taxonomy levels (Samra, 2020). It assessed comprehension skills, such as identifying and discussing, and analysis skills, including decoding and comparing.
The instructor included assessments utilized during the entire lesson in the plan. Learning/Response Logs, Admit/Exit Tickets, and One Minute Papers were among the forms of formative evaluation used. The instructor used the completion of Unit Tests, Final Exams, Mid-Term Exams, State Tests, and Portfolios of summative assessments. Self-assessments, Writing Prompts, Running Records, and Performance Tasks were all used in the diagnostic process.
The design also includes course materials, whiteboards, notebooks, and internet access devices used in each subject. The learning outcomes for each subject were taken into consideration when creating these tools. Furthermore, the plan includes the teacher’s consistent teaching strategies and procedures across all topics. These tactics aimed to keep students engaged by allowing them to practice various abilities.
The teacher taught the three subjects using brainstorming, discussion groups, and individual and group presentations. The strategies employed included direct teaching, demonstration, inquiry-based learning, and project-based learning. These tactics are appropriate for teaching and learning in the twenty-first century (Fraguela, 2021). The strategies successfully structured student behavior in terms of objectives and teacher instructions.
The teacher included details such as using and engaging learning materials and incorporating effective teaching techniques in the plan. It also mentioned the finer points, such as the teacher’s position, establishing the student’s part, and how the teacher will conduct activities with pupils. It outlined the teacher’s job as an educator, precisely as a teacher in the twenty-first century should be. However, specific details of each session, including time management and class time allocation, were omitted from the plan.
Alignment Between the Learning Outcomes, Pedagogies, and Assessments
Teachers in educational settings are held accountable for pedagogical approaches. Nevertheless, the foundation of their teaching-learning determines the success or failure of a pedagogical case. The educational perspective is actively engaged in the pedagogical domain concerning classroom practices, teaching conceptions, methodology, the learner-teacher relationship, and the planned objectives in the case study.
Evaluations should disclose that the extreme learners have mastered what teachers expect them to learn, and teaching should ensure they acquire the knowledge. The instructor should closely align assessments, academic goals, and instructional strategies to support one another for effective learning. Reviews that lack connection to learning goals or instructional methodologies can harm learner motivation and learning (Sang-Joon, 2018). Aligning learning, instruction, and assessment is fundamental to formal education. It has gained traction in modern educational environments with the rise of the academic standards-based movement.
More precisely, by addressing the Unit Plan’s objectives, the instructor achieved the plan’s goals by employing various strategies and tactics aided by the available resources. On the other hand, the case study used measurement to achieve compliance between student achievement, assessments, and pedagogies. The plan relied on formative and summative assessments to assess students’ progress in these tasks.
For example, in physics and chemistry, the teacher used four resources: the Internet, course materials, a tiny whiteboard, and a notebook. Cooperative learning, inquiry-based learning, direct teaching, and project-based learning are some teaching styles that can be applied to these materials. The plan also conducted various formative, diagnostic, and summative evaluations.
Learning outcomes for unit plan constituents in physics, chemistry, and music are detailed and accurately express what pupils should be acquainted with by ensuring the teacher covers some of the measures connected to creating learning outcomes in class. For instance, in physics, students are expected to recognize vibrations created by sound waves, but this is contingent on the learner’s understanding of the learning activity. Furthermore, student assessment in all courses aligns with and links to the learning outcomes, as demonstrated by how learners respond to the Learning-Response Log in formative assessments across all three topics. Furthermore, instructional styles accurately reflect student activities and assessments.
The unit plan featured a learner-centered experiment with a primary focus on direct instruction. For example, the teacher will show the students photographs of various musical instruments in music. The students will then describe these pictures as open-pip or closed-pip resonance, and subsequently create a mind map, poster, or table for the pictures.
The teacher should coordinate the course, program, student achievement, evaluations, and instructional activities while creating a learning experience. This synchronization of activities ensures that students are prepared to obtain the information and abilities outlined in the learning outcomes for formal assessments through teaching and learning activities. As a result, assessments aligned with the results and designed learning activities assist teachers and students in determining to what extent they have met the outcomes. As teachers are well aware, students tend to concentrate on examining what they believe.
Assessment is critical in learning as it helps students and teachers plan their future learning objectives and pathways. Students will attain the learning outcomes if the review replicates the academic achievement and teaching and learning practices because students’ and teachers’ concentration is on the same goal. The teacher enhances the students’ experiences and effective execution of the knowledge presented by assessments in this area, which improves their willingness to correct themselves and confront their content knowledge more strongly.
Critical Analysis of the Pedagogies
The Unit Plan in the case study appears to be a fact, allowing students and teachers to focus on the academic program from a distance. On the other hand, learning outcomes are part of an innovative instructional strategy that some have dubbed a new learning framework. The focus is on learning outcomes, essential in arranging universal goals, core curriculum, pedagogy, assessment, and quality assurance.
The increased use of academic results will likely have significant consequences for making learner-centred processes, structuring institutions, curricula, and teacher and trainer roles and training. A well-thought-out lesson plan can go a long way toward ensuring that pupils learn. Experience can help shore up less-than-perfect planning, but it cannot match or be comparable to well-planned lessons. All-inclusive plans help students obtain systematically passed quality information, which increases the probability that the classes will go smoothly. As a result, a lesson plan must fit the curriculum’s syllabus coverage requirement and meet internationally acknowledged lesson planning standards.
The instructor used various tactics in this case study, including Direct Teaching, Demonstration, Cooperative Learning, Discover/Inquiry-Based Learning, and Project-Based Learning. The teacher instructs the learners to conduct an internet search on the concepts, types of polymers, and their applications. The teacher establishes a link to today’s digital world in this way.
Furthermore, the adoption of project-based learning methodologies aids the development of critical and research abilities in learners. Constructivist theory is compatible with inquiry-based learning and cooperative learning, especially when learning through activities (Kuter & Özer, 2020). Active participation, inquiry, problem-solving skills, and cooperation with others characterize constructivist learning practices.
However, tactics will be more efficient when the teacher provides feedback and comments on this task. The instructor used positive comments to evaluate students’ work most of the time. In each introduction, the teacher might ask questions, and the pupils could utilize the workbook and KWL sheet to respond as a group. This strategy of preceding requests assists the teacher in learning about the pupils’ interests.
The unit plan seemed highly relevant since the instructor clearly outlined the workflow process with the pupils and the resources employed. Following each presentation, the teacher assigned assignments to the pupils to carry out the instructions. However, the teacher does not demonstrate the student’s performance in the activities.
The assessments teachers assign to their students influence how learners embrace the academic tasks and their study behavior patterns. Well-designed assessment methods provide helpful insight into student learning. They demonstrate what students have learned and how much they have gained. Assessment is integral to learning and inextricably linked to curriculum and instruction (Kim & Kim, 2020).
As teachers and students work to achieve curriculum outcomes, assessment is an ongoing process that informs teaching, guides students’ next steps, and checks progress and achievement. Teachers employ various techniques and methods for classroom assessment, adapting them to particular students’ evaluation purposes and needs. The teacher uses formative, diagnostic, and summative assessments in this paper.
Before beginning a lesson, the teacher employs a diagnostic method to assess prior knowledge. During a class, formative assessment was used to follow up on the progress, recognize errors, and provide a response to students. After the instruction, the teacher used a summative assessment to ensure students understood the goal. We must incorporate higher-level assessment into lesson planning to develop thinkers rather than students who easily recall information.
Suggestions and Recommendations for Improvement
Since society has become highly dependent on technological advancements, almost everyone can use technology proficiently. Consequently, integrating ICT tools in courses makes them increasingly essential and pleasing for learners, helping them achieve more incredible learning outcomes (Wang, 2017). In the case study, the teacher employed limited technology. Students used the Internet while researching the concept, types of polymers, and usage. The instructor could have employed various technologies to make the learning enjoyable and more favorable in project-based learning.
While planning, creating a favorable classroom climate is critical to make the class comfortable and welcoming. This positive environment creation is achieved in the case study because the classroom activities are supportive and encouraging. The teacher developed classroom norms and procedures and continuously reinforced them, resulting in a more positive environment. However, the teacher did not include ways to handle the learners’ differences. Many school systems worldwide have difficulty efficiently educating numerous learners while also satisfying the students’ needs owing to individual variances.
The instructor should include the students’ differences so that they can quickly solve them by tracking. Tracking is a strategy that groups students with comparable achievement levels into classes, study programs, or institutions as a standard answer to this difficulty. Teachers should employ tactics such as participating in discourse with pupils and valuing their viewpoints to tailor to distinct variances in their classroom (Mardiah, 2020). Teachers should impose strict regulations on students, use consistent and regular teaching and assessment methods, and separate and label individuals based on their grades.
Another technique that teachers should use is the flipped classroom model. In this practice, students study texts or watch videos at home to absorb a topic’s content and complete classroom exercises that the instructor generally assigns as homework. This practice increases the student-teacher connection, with the pupil at the center of the lesson, and interaction among students, who are urged to participate actively during class (Alexander, 2018).
It is easy to observe which students have understood it and which have not. The flipped learning model helps teachers guide students who struggle to understand the topics further. Teachers should have cultural intelligence, which includes the ability to bridge the gap between the instructor and the students. It can be enhanced by becoming more adaptive, listening and monitoring how pupils move around the surroundings, reacting to what they are saying, and being open to ideas and comments. The goal is to establish more uniform groups of learners, hoping that doing so will pave the way for teachers to adjust instruction to the requirements of their students.
Conclusion
This essay provided an in-depth analysis of the teaching methods in the specified unit plan, aiming to identify hydrocarbon polymers, analyze sound waves, distinguish various pitches, and control pitch using a musical instrument. The teacher examined the various assessment methods, instructional methods, resources, and activities for describing the intended content. The teacher divided the overall unit plan into several movements, each covering a particular subject with a different aim, and was carried out over a specific period. The teacher presented the nature of the Unit Plan’s scientific discourse and its role in the classroom. The paper made recommendations and suggestions for improving unit plan pedagogies.
References
Alexander, M. (2018). The flipped classroom: Engaging the student in active learning. Journal of Legal Studies Education, 35(2), 277-300. Web.
Fraguela C., A., & Rosas C. C. (2021). Rethinking teacher competencies of the 21st century. Academia Letters. Web.
Kim, T., & Kim, S. (2020). The practice of process-centred performance assessment through total instructional alignment: High school English learning is an example. Korean Association for Learner-Centered Curriculum and Instruction, 20(2), 91-110. Web.
Kuter, S., & Özer, B. (2020). Student teachers’ experiences of constructivism in a theoretical course built on inquiry-based learning. Journal of Qualitative Research in Education, 8(1), 135-155. Web.
Mardiah, H. (2020). The value of teachers’ effective praise and feedback to adult learners to create a positive classroom climate. Vision, 16(1). Web.
Samra, B. (2020). Teachers focus on practicing formative assessment techniques and Bloom’s taxonomy: Assessment of class practices of prospective teachers. Journal of Arts &Amp; Social Sciences, 7(2), 116-125. Web.
Sang-Joon, N. (2018). A Study on the classification and analysis of instructional objectives of elementary environmental educational materials based on Bloom’s revised taxonomy of educational purposes. Korean Journal of Environmental Education, 31(3), 259-273. Web.
Wang, X. (2017). The advantages and challenges of using ICT tools in education. Trends in Education, 10(1), 158-160. Web.