Another learning theory that I found useful was Social Learning Theory. This theory suggests that individuals learn through observing and imitating the behaviors and attitudes of others. I believe that this approach can be particularly useful in an SEND setting where students may benefit from observing positive behaviours and attitudes modelled by their peers and teachers.

Overall, I feel that the seminar has provided me with valuable insights and strategies that I can use to support my students at the PACE centre. I am excited to continue learning and growing as an educator in this unique and rewarding setting.

Regarding efforts to practice inclusion, it is important to note that inclusion refers to creating an environment where everyone feels welcomed and valued, regardless of their background or identity. This can involve a range of practices such as actively promoting diversity, providing accessible resources, and creating opportunities for open dialogue and mutual understanding. In a placement setting, efforts to practice inclusion may include things like providing training on cultural competency and diversity,  and actively seeking out and valuing diverse perspectives and experiences.

Equality and equity are related concepts but have different meanings. Equality refers to treating everyone the same, while equity involves providing resources and support to individuals based on their specific needs and circumstances. In a placement setting, practices that support equity may include providing accommodations for individuals with disabilities or creating targeted support programs for students from underrepresented groups.

The seminar on teaching within an SEND setting has been especially helpful in terms of expanding my thoughts on how to make my teaching activity as inclusive as possible for the students at the PACE centre. I have been able to take the learning theories that were discussed during the seminar and apply them to my teaching practice in order to ensure that I am catering to the unique needs of each student.

In particular, I have been thinking about how to incorporate Universal Design for Learning (UDL) principles into my teaching activity. I believe that by creating flexible learning environments and materials, I can provide my students with the opportunity to engage with the content in ways that best suit their individual learning styles and needs. This could include providing multiple modes of representation, such as visual aids or auditory cues, as well as allowing for different modes of expression, such as drawing or verbal communication.

Additionally, I have been drawing on my past experience working in similar settings to ensure that my teaching activity is as inclusive as possible. Through my previous work, I have learned the importance of creating a supportive and nurturing learning environment that fosters positive social interactions and encourages students to take risks and try new things. I plan to implement these practices in my teaching activity at the PACE centre to help create a safe and welcoming learning environment for all of my students.

Overall, I am excited to continue exploring different ways to make my teaching activity as inclusive as possible while keeping in mind the unique needs and approach of the PACE centre.

It was also very interesting to hear about inclusivity at Imperial. As a student with a specific learning disability, I've found that imperials inclusion varies hugely. In some aspects, such as holding weekly meetings with a tutor who specifically helps with aspects of uni that are difficult due to my SLD, they are incredibly proactive. But there are also some aspects that have shown me just how important inclusivity within a class setting is. I have learnt that lecture-style teaching and presentations are difficult to learn from, and this is something I will be avoiding during my learning activity, due to the nature of my placement.

During my time in Oak classroom, I was able to gain a deeper understanding of how the students with physical disabilities can benefit from assistive technology. I observed how the teachers and therapists work together to help the students reach their goals, and how they use a variety of technologies such as switches, joysticks, and eye-gaze systems to make this happen. It was fascinating to see how these tools could be tailored to meet the specific needs of each student.

In Rowan classroom, I was able to observe a different teaching style and approach to the lessons. The teacher used a lot of visual aids and hands-on activities to engage the students, which I found to be very effective. It was interesting to see how the students responded to these different teaching styles, and how the teacher adapted the lesson to suit their needs and abilities.

Overall, the second placement was a valuable learning experience for me. I was able to build on the knowledge and skills that I had gained in the first placement, and apply them in a new setting. It also gave me the opportunity to observe different teaching styles and techniques, which I can use to inform my own practice in the future.

As we delved deeper into the topic, we learned how neurological differences can affect learning in students with SEND. For example, students with autism spectrum disorder (ASD) may have hyper-sensitivity to sensory input, making it difficult to focus in a classroom environment. Students with cerebral palsy may experience motor impairments, making it difficult to perform tasks that require fine motor skills such as writing or manipulating objects. Similarly, students with dyslexia may have difficulty processing written language, which can impact their ability to read and write.

Learning about these neurological differences was eye-opening, as it highlighted the unique challenges that students with SEND face on a daily basis. However, it also provided insight into how we as educators can better support these students in the classroom. For instance, we learned that breaking down tasks into smaller, more manageable steps can help students with motor impairments complete tasks more effectively. Additionally, we were introduced to various strategies for supporting students with ASD, such as creating a sensory-friendly classroom environment and incorporating visual aids to supplement verbal instructions.

Understanding the neurology behind SEND can also inform our approach to lesson planning. By considering the unique challenges and strengths of our students, we can design lessons that are more accessible and engaging for everyone. For example, we may choose to incorporate more hands-on, experiential learning activities for students with motor impairments, or incorporate multi-sensory learning techniques for students with dyslexia.

Overall, the training on neurology and SEND was a valuable experience that provided a deeper understanding of the neurological differences that impact our students. By incorporating this knowledge into our approach to teaching, we can create a more inclusive learning environment and better support the diverse needs of our students.

It was interesting to see how each device was carefully selected and tailored to the individual student's needs and abilities. I was able to understand how technology can empower students with disabilities to participate in academic, social, and recreational activities that may otherwise be challenging for them. The students I worked with were able to communicate with their peers and engage in physical activities using the assistive technology that was provided to them.

I was also impressed by the range of tools and resources available to support the physical therapy sessions. The therapists were using a range of tools such as balance boards, standing frames, and adapted bikes to help the students build their strength, flexibility, and coordination. I was able to assist the students with the equipment, and help them follow the therapists' instructions.

It was very cool for me to be able to use what I'd observed over the past few weeks, and to take more of a proactive approach at my placement. 

During leisure time, I spent time with 1 student helping them to build 'slime' using cornflour. She took a keen interest in the science behind it, and this was very lovely to see. I also got asked by all the students in rowan class, to who I'd be delivering the teaching activity this afternoon, about what we'd be doing, and it reminded me of the importance of frontloading, especially in a SEND context, to reduce anxiety about what was going to happen. All the students seemed excited at the prospect of doing a practical lesson, which was encouraging. Some students also wished me well on my first teaching of a lesson, which was incredibly heart-warming, and again very encouraging for what would come that afternoon.

During the lesson, I observed that most learners were actively engaged in the hands-on aspect of the activity and were able to work collaboratively in small groups. The differentiated instruction and multi-sensory learning strategies were particularly effective in accommodating the diverse needs and abilities of the learners. The use of visual aids and props such as the popcorn-style quiz also enhanced the learning experience and kept the learners engaged throughout the lesson.

However, some learners faced challenges with the fine motor skills required to manipulate the wires and connectors. While they were able to complete the circuit with some support from staff and peers, incorporating tools and accommodations to support this aspect of the activity would have been beneficial.

Additionally, some learners required more individualized support from staff to ensure that they fully understood the concepts being taught. In retrospect, more individualized instruction would have been beneficial, especially within the scope of this class. It was also noted that spending more time refreshing and reflecting on previous theoretical knowledge would have been useful to ensure that learners were able to approach the practical task with a deeper conceptual understanding.

In terms of the staff observation, we noted that the lesson was well-structured and tailored to meet the diverse needs of the learners. We also observed that the pair engineering activity was particularly successful in developing communication and team-work skills. However, it was suggested that a more inquiry-based learning approach would have been beneficial, as it involves posing questions and seeking answers through investigation and exploration. Incorporating more open-ended activities that place importance on active construction of knowledge through exploration and reflection could also enhance the learning experience for the learners.

The evaluation of the lesson through student self-reflection and staff observation was positive, with both learners and staff identifying the effectiveness of the lesson in meeting the identified objectives. However, we also identified areas for improvement and opportunities for modification in future implementations. One improvement that could have been implemented was the introduction of more interactive activities to keep learners engaged and to reinforce their learning.

In conclusion, the lesson was effective in meeting the identified objectives and demonstrated the importance of tailored teaching approaches and the benefits of hands-on, practical learning experiences in a SEND setting. The evaluation process highlighted areas for improvement, which will inform future implementations of the lesson. Overall, I am pleased with how the lesson went and look forward to incorporating the feedback into future implementations.

To use feedback effectively, I need to reflect on the feedback received, identify areas for improvement, and make an action plan to address them. I should also seek clarification if I don't understand the feedback.

The learner's emotional response can impact the feedback and learning process. Positive emotions can enhance learning and motivation, while negative emotions can hinder learning and discourage the learner. Therefore, when delivering feedback, it is essential to provide a safe and supportive environment that promotes learning.

My experience of feedback at university is different from the feedback observed in my placement. University feedback tends to be more formal and written, while placement feedback is often informal and verbal. At my placement, getting feedback in formal ways such as questionnaires, is difficult, as using formal feedback in an SEND (Special Educational Needs and Disabilities) school may not always be effective because the traditional approach to feedback may not cater to the individual needs and learning styles of students with SEND. For example, if a student with a learning disability receives feedback in a formal written report, they may struggle to understand and act upon the feedback due to their reading or writing difficulties. Additionally, feedback given in a formal manner may not be timely or relevant enough to support the unique learning needs of students with SEND. Therefore, it may be more beneficial to utilize more personalized and creative feedback methods that cater to the specific needs of the students, such as verbal feedback, visual aids, or hands-on activities. This approach can help to engage and motivate students with SEND, ultimately leading to more meaningful and effective learning outcomes.

Authentic assessment involves evaluating the learner's ability to apply knowledge and skills in real-world situations, such as in projects, case studies, or simulations. At university, some courses use authentic assessment, but not all. In my placement, I have seen examples of authentic assessment, such as creating lesson plans or delivering a presentation to students.

Technology can provide opportunities for more personalized and timely feedback. Online feedback platforms can provide instant feedback, facilitate peer feedback, and allow for multimedia feedback, such as audio or video recordings. I have always enjoyed online feedback platforms, as it is in most cases very in-depth, as well as very specific to parts of things such as coursework etc.

Despite these differences, the goals of the teacher in both cases are similar: to foster a love of science, encourage curiosity, and develop critical thinking skills. In both settings, the teacher seeks to create an engaging and supportive learning environment that promotes active learning and helps students develop a deeper understanding of scientific concepts.

Learning through play can be effective in certain contexts, particularly for younger learners. Playful learning activities can be a great way to engage children's natural curiosity and encourage exploration, creativity, and problem-solving skills. However, the effectiveness of playful learning activities may depend on the age, background, and learning needs of the students.

So, I can recognize the value of building science capital, which refers to the knowledge, attitudes, and experiences that enable individuals to engage with and understand science. Building science capital can involve a range of activities, such as visiting museums, participating in science clubs, reading popular science books, or engaging in citizen science projects.

The learners in my placement may face various barriers to building science capital, such as lack of access to resources, limited prior exposure to science, or negative attitudes towards science. To overcome these barriers, it's important to provide learners with opportunities to engage with science in a variety of contexts and to address any misconceptions or negative attitudes they may have.

So, digital media can be a powerful tool for science communication and engagement, particularly for reaching audiences who may not have access to traditional science education resources. Informal science education through digital media can help promote curiosity and interest in science, and can provide opportunities for learners to connect with scientists and engage in scientific discovery.

As bioengineers, we can use social media to improve inclusion and diversity in our communication by ensuring that our messages are accessible and relevant to a wide range of audiences. We can use social media platforms to highlight diverse voices and perspectives in science, to showcase the real-world impact of our work, and to engage with communities who may be underrepresented in science. By fostering inclusive and engaging communication practices, we can help build a more diverse and equitable scientific community.

In terms of the different theories that informed the design of this lesson, I drew on various approaches, including constructivism, social learning theory, and cognitive load theory. Constructivism emphasizes the importance of actively engaging learners in the learning process and building on their prior knowledge and experiences. Social learning theory highlights the value of collaborative learning and the influence of peers on individual learning outcomes. Cognitive load theory considers how learners process and retain information and aims to minimize cognitive overload by presenting information in manageable chunks.

Based on these theories and considerations, the lesson is structured in a way that starts with a brief introduction to the topic, followed by a series of interactive activities that gradually built on the learners' knowledge and understanding. The lesson also includes frequent opportunities for group discussions and feedback to reinforce learning and ensure that learners were on track.

In terms of the layout of the lesson, it is divided into several sections that were clearly labelled and easy to follow. Each section begins with a clear learning objective, followed by a set of activities and resources that supported that objective. The lesson also included a variety of visual aids, including diagrams, charts, and videos, to reinforce key concepts and help learners retain information.

Overall, designing this lesson within an SEND setting involved a range of considerations and theories, which were used to create a structured and interactive learning experience that catered to the diverse needs of the learners.

To make the presentation effective, I would need to focus on the key concepts and break them down into smaller, more manageable pieces of information. It is important to avoid overwhelming the students with too much information at once. Instead, I would aim to present the information in a clear and concise manner, using simple language and visual aids where appropriate.

Another important factor to consider when creating a presentation for students in an SEND school is to ensure that it is accessible to all students, regardless of their individual needs. This means considering factors such as font size, contrast, and colour choices, to make the presentation as easy to read and understand as possible.

Finally, it is important to remember that students in an SEND school may have different learning styles and preferences. Some students may prefer visual aids, such as diagrams or pictures, while others may benefit from hands-on activities. By incorporating different teaching strategies into the presentation, I can help ensure that all students are engaged and able to learn effectively.