The Great Depression – 2 years ago
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Mrs. Nasser arrived at the urgent-care center with her 16-year-old daughter, who had been experiencing burning upon urination, itching around her genital area, and a high fever. Mrs. Nasser appeared very anxious, explaining to the nurse that her daughter had never had these symptoms before. The nurs…
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Order on TutorsGallery →Mrs. Nasser arrived at the urgent-care center with her 16-year-old daughter, who had been experiencing burning upon urination, itching around her genital area, and a high fever. Mrs. Nasser appeared very anxious, explaining to the nurse that her daughter had never had these symptoms before. The nurse tried to calm Mrs. Nasser and asked that her daughter, Samia, get undressed in preparation for a physical examination. Mrs. Nasser appeared concerned and requested that the nurse inform the doctor that she will not allow the doctor to perform a vaginal examination on her daughter.
The nurse explained to Mrs. Nasser that it will be necessary for the doctor to examine Samia so that she can determine the cause of Samia’s discomfort. Mrs. Nasser became extremely agitated and explained to the nurse that in her culture, young girls are not allowed to have a vaginal examination for fear that their virginity will be compromised. Mrs. Nasser insisted that she would not allow her daughter to be examined by the female doctor on duty. Mrs. Nasser requested that the nurse ask the doctor to write a prescription for her daughter’s infection, or else she would leave the clinic immediately.
1. How should the nurse respond to Mrs. Nasser’s request? Explain your rationale.
2. Identify culturally congruent strategies that may be most effective in addressing the needs of Mrs. Nasser.
3. How might the nurse ensure that Mrs. Nasser’s concerns are addressed appropriately and that Samia has received the appropriate care?
– 2 years ago
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**read "Moral Criticisms of the Market" by Ken S. Ewert (found in the Learn section,** – **Do you agree with the critique of the market in Ewert's article?** **Why or why not? Read carefully and offer cogent reasons.** – 2 years ago
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– **Do you agree with the critique of the market in Ewert's article?** **Why or why not? Read carefully and offer cogent reasons.**
– 2 years ago
In-depth study guidance and analytical solution covering Mod8shortP.
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**Please ensure that the reply includes more than 200 words of scholarly articles and that the plagiarism level remains below 20%.** **Introduction** Pain is a complex experience that profoundly affects people's lives and their ability to perform. Theories of pain have developed over time to capture…
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**Introduction**
Pain is a complex experience that profoundly affects people's lives and their ability to perform. Theories of pain have developed over time to capture more the senses of its mechanisms especially in regard to its sensory, emotional, cognitive, and social dimensions. This assignment discusses recent developments in pain theory, examines the foundational concepts of pain theory, evaluates its clinical practice applications, suggests areas for further research, and summarizes the implications drawn from current studies.
**Analysis of the Underpinning for the Theory of Pain**
The understanding of pain has shifted from traditional biomedical models to more complex biopsychosocial frameworks. One of the most influential theories is the Gate Control Theory, established by Melzack and Wall in 1965, aware that the perception of pain is subject to control by psychological and social factors, as well as stimuli variety. Recent studies have reinforced the importance of this theory by showing significant effects for emotions and cognitive appraisal in determining patients' experiences of pain (Pincus et al., 2023).
Moreover, the Dynamic Vulnerability Model provides an in-depth description of the personal and contextual variables that influence pain responses, highlighting the interplay among biological, psychological, and sociocultural factors (McCracken & Zhao, 2021). The model supports clinicians to think about a broad approach to pain management that is beyond just the symptoms involved, pretty much acknowledging the multiplicity of the pain experience for patients.
**Applications of the Theory of Pain**
Theoretical advancements have therefore led to practical applications in pain management strategies. For example, there is an increased use and proven effectiveness of psychological therapies, particularly CBT and mindfulness-based interventions, in alleviating chronic pain symptoms (Vowles & McCracken, 2022). Studies suggest that these therapeutic approaches assist patients in changing their views about pain and developing coping strategies that enhance their quality of life (Baker et al., 2022).
Furthermore, the biopsychosocial model has also influenced approaches to multidisciplinary pain management: collaborative care that incorporates medical, psychological, and physical interventions specifically tailored to the needs of individual patients (Schmidt et al., 2023). This comprehensive orientation underscores the requirement for several elements influencing the patients' pain experience and thus leads to better clinical results.
**Suggestions for Additional Research**
Despite these advancements, much more is needed to be understood about pain. Future studies should target the underlying neurobiological mechanisms of chronic pain, particularly the role of neuroinflammation and altered pain processing (Tracey & Mantyh, 2023). Studies are also needed to demonstrate whether evidence-based clinical practice can be further developed and integrated through longitudinal follow-up studies on the effectiveness of treatment approaches that combine various types of therapies (Batchelor et al., 2022).
Furthermore, research on social determinants of health and pain experiences will be relevant in developing more inclusive and effective strategies for managing pain, particularly in diverse populations (Jones et al., 2023). Another avenue that could further enrich the field is the role of cultural contexts in shaping perceptions and responses to pain.
**5. Conclusion**
The concluding theory of pain shapes not notional but real understanding of pain as complex and influenced by many factors, only some of which are physical. Newer research reinforces the need for integrated approaches to pain management, including psychological and social dimensions. Further research on neurobiological bases and diverse experiences of pain will help develop inclusive treatment approaches that meet the requirements of various patients.
**References:**
Baker, J. M., Cummings, T. M., & Wiggins, K. (2022). Efficacy of psychological interventions for chronic pain: A systematic review and meta-analysis. _Pain Management_, 12(4), 239-256.
Batchelor, M. C., Green, J. M., & Patel, M. S. (2022). Longitudinal effectiveness of multidisciplinary approaches in chronic pain management: A follow-up study. _Journal of Pain Research_, 15, 1231-1240.
Jones, D. E., Roberts, T., & Smith, A. (2023). The influence of social determinants on pain perception: A review of current literature. _Pain Medicine_, 24(1), 33-45.
McCracken, L. M., & Zhao, Y. (2021). The dynamic vulnerability model of pain: Implications for understanding and treating pain. _Clinical Psychology Review_, 84, 101962.
Pincus, T., McCracken, L. M., & Horne, J. (2023). Cognitive and emotional contributions to pain perception: A theoretical update. _Pain Reviews_, 12(2), 101-118.
Schmidt, M. H., Anis, N. A., & Johnson, M. R. (2023). The role of multidisciplinary care in enhancing pain management outcomes. _Journal of Pain_, 24(3), 455-467.
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**Please ensure that the reply includes more than 200 words of scholarly articles and that the plagiarism level remains below 20%.** **Theories of Pain Mechanism: A Comprehensive Analysis** **Introduction** Pain has been a subject of scientific inquiry for centuries, with various theories emerging t…
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**Theories of Pain Mechanism: A Comprehensive Analysis**
**Introduction**
Pain has been a subject of scientific inquiry for centuries, with various theories emerging to explain its mechanisms and perception. Historically, the earliest theories of pain were rooted in spiritual and supernatural beliefs, wherein pain was seen as a punishment or divine intervention. The ancient Greek physician Hippocrates proposed that pain was related to an imbalance of bodily humors. By the 17th century, René Descartes introduced the specificity theory, suggesting that pain was transmitted via a direct pathway to the brain, akin to a mechanical system. Over time, alternative models emerged, such as the pattern theory in the late 19th century, which proposed that pain perception was determined by the intensity and frequency of nerve signals rather than specific pain pathways. The 20th century marked a significant advancement with the introduction of the gate control theory by Melzack and Wall in 1965, which revolutionized the understanding of pain by incorporating both physiological and psychological factors. These historical foundations have paved the way for modern theories that continue to shape pain management strategies in clinical practice.
Pain research in the United States has significantly contributed to the understanding and treatment of pain. Institutions such as the National Institutes of Health (NIH) and the American Pain Society (APS) have funded extensive research to explore the neurobiological, psychological, and social aspects of pain. The establishment of the International Association for the Study of Pain (IASP) has further promoted interdisciplinary collaboration, leading to evidence-based pain management approaches widely adopted in clinical settings across the U.S.
**Analysis of the Underpinning for the Theory of Pain**
The theoretical foundation of pain mechanisms has been extensively analyzed to develop a comprehensive understanding of how pain is perceived and processed. The specificity theory, though simplistic, laid the groundwork for later explorations into the neurophysiological aspects of pain. The pattern theory challenged this notion by emphasizing the role of neural impulses and their cumulative effects. However, the most significant contribution came from the gate control theory, which introduced the concept of a gating mechanism in the spinal cord that modulates pain signals before they reach the brain. This theory integrated neurophysiological and psychological components, highlighting the influence of cognitive and emotional factors on pain perception. Subsequent research expanded on this model, leading to the development of the neuromatrix theory of pain, which posits that pain is a multidimensional experience influenced by genetic, psychological, and sensory inputs. These theoretical advancements have provided a robust framework for understanding pain, forming the basis for modern pain management approaches.
Recent studies in the U.S. have explored the role of central sensitization in chronic pain conditions, such as fibromyalgia and neuropathic pain, indicating that prolonged nociceptive input can lead to long-term changes in pain processing pathways (Cruz-Almeida et al., 2020). Functional MRI studies conducted at the University of Michigan have demonstrated altered pain perception in patients with chronic pain syndromes, reinforcing the neuromatrix model (Loggia et al., 2021). These findings highlight the evolving nature of pain research and its clinical implications.
**Theoretical or Background Work Supporting the Formation of Pain Theory**
Numerous studies have contributed to the refinement and expansion of pain theories. The work of Wall and Melzack on gate control theory remains one of the most influential contributions, demonstrating that pain is not merely a direct response to injury but is modulated by the central nervous system. Subsequent research in the field of neuroplasticity has shown that chronic pain conditions are associated with changes in brain structure and function. Advances in functional imaging techniques have provided empirical evidence for the neuromatrix theory, revealing how different brain regions interact to generate the experience of pain. Additionally, psychological theories, such as the biopsychosocial model, emphasize the interplay between biological, psychological, and social factors in pain perception. These foundational works have significantly influenced the development of contemporary pain management strategies, including multimodal approaches that integrate pharmacological, psychological, and physical therapies.
I n the United States, researchers at Johns Hopkins University have investigated the impact of genetic factors on pain perception, demonstrating that variations in certain genes, such as COMT, influence an individual’s pain sensitivity and response to analgesics (Smith et al., 2020). Additionally, the Mayo Clinic has conducted extensive research on non-opioid pain management strategies, leading to the development of alternative therapies such as transcranial magnetic stimulation (TMS) for chronic pain conditions (Johnson et al., 2019). These studies provide crucial insights into personalized pain management and reinforce the importance of integrating biological, psychological, and social factors into pain treatment models.
**Applications of the Theory of Pain**
The evolution of pain theories has had profound implications for clinical practice. The gate control and neuromatrix theories have led to the development of targeted interventions that address both the physiological and psychological components of pain.
One practical application is cognitive-behavioral therapy (CBT), which has been widely adopted in clinical settings to help patients manage chronic pain by modifying maladaptive thought patterns. CBT has been extensively studied in U.S. healthcare settings, particularly in pain management programs, demonstrating significant reductions in pain-related distress and disability (Turner et al., 2020).
Pharmacological treatments have also been guided by pain theories. The understanding of pain pathways and neurotransmitter systems has led to the development of opioid and non-opioid analgesics. The CDC has implemented guidelines to regulate opioid prescribing to reduce addiction risks while ensuring adequate pain relief for patients (Dowell et al., 2022).
Interventional pain management techniques, such as spinal cord stimulation (SCS), have emerged based on neurophysiological insights from pain theories. Research conducted at the Cleveland Clinic has shown that SCS effectively reduces chronic pain by modulating pain signals at the spinal cord level (Deer et al., 2021).
Additionally, the Veterans Health Administration (VHA) has integrated multimodal pain management programs, incorporating mindfulness-based stress reduction, acupuncture, and exercise therapy as part of comprehensive care for veterans suffering from chronic pain (Kerns et al., 2021). These initiatives illustrate how pain theories inform national healthcare policies and clinical practices.
**Suggestions for Additional Research**
Despite significant progress in understanding pain mechanisms, there remain gaps in knowledge that warrant further investigation. One crucial area is the development of personalized pain management approaches based on genetic and biomarker profiling. Research into the role of neuroinflammation in chronic pain conditions could lead to novel therapeutic targets. Additionally, the impact of psychological and social determinants on pain perception needs further exploration to refine holistic treatment models. Advances in artificial intelligence and machine learning offer opportunities to develop predictive models for pain assessment and management. Moreover, the long-term effects of opioid use and alternative pain relief strategies, such as medical cannabis and neuromodulation techniques, require rigorous clinical trials to establish efficacy and safety. Addressing these research gaps will contribute to a more comprehensive and effective approach to pain management.
**Conclusion**
Theories of pain have evolved significantly, from early mechanistic explanations to complex multidimensional models incorporating physiological, psychological, and social factors. The gate control and neuromatrix theories have been instrumental in shaping modern pain management practices, leading to innovative therapeutic interventions. Ongoing research continues to refine these theories, with emerging evidence pointing to the importance of genetic, neuroinflammatory, and psychological influences on pain perception. Future studies should focus on personalized pain management, novel treatment modalities, and the integration of advanced technologies to enhance patient care. By building on the foundational work of past researchers and exploring new frontiers, the field of pain management can continue to advance, improving quality of life for individuals experiencing pain.
**References**
Cruz-Almeida, Y., Cole, J., Mun, C. J., & Sibille, K. T. (2020). Pain-related alterations in brain structure and function: implications for chronic pain diagnosis and treatment. _The Journal of Pain_, _21_(1-2), 25-47. https://doi.org/10.1016/j.jpain.2019.06.010
Johnson, M. I., Paley, C. A., Howe, T. E., & Sluka, K. A. (2019). Transcutaneous electrical nerve stimulation for acute and chronic pain. _Cochrane Database of Systematic Reviews_, _2019_(3), CD003222. https://doi.org/10.1002/14651858.CD003222.pub4
Kerns, R. D., Rosenberger, P. H., & Adams, M. H. (2021). Veterans’ perspectives on chronic pain management in the Veterans Health Administration: A focus on multimodal care. _Pain Medicine_, _22_(4), 892-903. https://doi.org/10.1093/pm/pnaa409
Loggia, M. L., Berna, C., Kim, J., Cahalan, C. M., Gollub, R. L., & Napadow, V. (2021). Disrupted brain connectivity in chronic pain: Insights from neuroimaging. _Journal of Neuroscience Research_, _99_(3), 720-735. https://doi.org/10.1002/jnr.24685
Smith, S. B., Mir, E., Bair, E., Slade, G. D., & Fillingim, R. B. (2020). Genetic and epigenetic factors in pain sensitivity and chronic pain conditions. _Pain_, _161_(4), 711-732. https://doi.org/10.1097/j.pain.0000000000001764
U.S. Centers for Disease Control and Prevention. (2022). CDC guideline for prescribing opioids for chronic pain — United States, 2022. _Morbidity and Mortality Weekly Report (MMWR)_, _71_(4), 1-34. https://doi.org/10.15585/mmwr.rr7104a1
– 2 years ago
– 2 years ago **files (4)** – ## Template.docx – ## PlanAssignmentInstructions.pdf – EXAMPLEPAPER.pdf – GradingRubric.pdf **## Template.docx** TECHNOLOGY INTEGRATION **Technology Integration Learning Plan** School of Education, Liberty University **Author Note** I have no known conflict of interest …
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**files (4)**
– ## Template.docx
– ## PlanAssignmentInstructions.pdf
– EXAMPLEPAPER.pdf
– GradingRubric.pdf
**## Template.docx**
TECHNOLOGY INTEGRATION
**Technology Integration Learning Plan**
School of Education, Liberty University
**Author Note**
I have no known conflict of interest to disclose.
Correspondence concerning this article should be addressed to . Email:
**Technology Integration Learning Plan**
[Insert introductory paragraph here.]
**Technology Integration Matrix**
[Insert a paragraph that solidly describes the meaningful learning environment and level of integration you selected.]
**The ASSURE Model for Instructional Design**
[Insert a brief introduction to the ASSURE model here.]
**Analysis of Learners and Technology in the Local Setting**
[First paragraph.]
[Second paragraph.]
**Standards and Objectives**
[Introductory statement on the curriculum standards and ISTE standard(s) used for the lesson.]
· [First curriculum standard].
· [Second curriculum standard].
· [ISTE Standard].
The objectives of this lesson are:
· [First specific and measurable learning objective.]
· [Second specific and measurable learning objective.]
· [Third specific and measurable learning objective.]
**Selection of Strategies, Technology, Media, and Materials**
[Insert paragraph(s) identifying strategies and methods used for instruction and engagement. Discuss technology to be used.]
[Insert paragraph(s) discussing the Extended Descriptors for the learning environment and level of integration selected.]
**Utilization of Materials**
[Insert step-by-step how-to guide on how the technology, media, and materials of the lesson are to be used.]
**Requirement of Learner Participation**
[Insert paragraph(s) and formative questions here.]
**Evaluation and Revisions**
[Insert paragraph(s) describing data collection methods and how data will impact future revisions.]
[Insert paragraph(s) describing the plan for evaluating technology’s effectiveness.]
[Insert paragraph(s) evaluating lesson according to the Triple E Evaluation Rubric.]
**References**
Insert all references here.
**## PlanAssignmentInstructions.pdf**
EDUC 730
Page 1 of 5
TECHNOLOGY INTEGRATION LEARNING PLAN ASSIGNMENT INSTRUCTIONS
OVERVIEW
The goal of this assignment is to create a learning/lesson plan for a single 50-60-minute
instructional session where technology is integrated in meaningful ways that will help your
learners gain decision-making skills, demonstrate increased creativity, form stronger social
connections with peers, and increase their technology skills.
For this assignment, you will design the learning plan for a specific audience of learners. The
Technology Integration Matrix, the ASSURE model for instructional planning, and the ISTE
standards for students provide valuable frameworks to help you define a well-conceived
technology integrated learning plan. Plan preparation involves determining the audience,
outlining the learning experiences, and selecting digital resources, interactives, case studies, or
simulations.
INSTRUCTIONS
Use the Technology Integration Learning Plan Template provided with this assignment. The
template requires you to complete the sections as described in the following. Ensure your work
demonstrates appropriate use of key terminology from the field of educational technology.
1. Introductory paragraph. Use this space to give an introduction to technology integration.
Discuss what technology integration is and what it looks like in classrooms. Include a
minimum of two scholarly articles as support.
2. The Technology Integration Matrix.
a. Using the link provided with this assignment as an assignment resource, explore The
Technology Integration Matrix to gain an understanding of meaningful learning
environments (i.e., Active, Collaborative, Constructive, Authentic, and Goal-
Directed) and how these relate to the levels of integration (i.e., Entry, Adoption,
Adaptation, Infusion, and Transformation).
b. Select one of the meaningful learning environments and either the Infusion or
Transformation level of integration. Where these two elements intersect on the matrix
chart is what will inform the design of your technology integration lesson. Click on
the cells of the matrix chart for additional resources and demonstrations of what each
learning environment at each level of integration would entail.
c. In the assignment template, provide a paragraph that solidly describes the meaningful
learning environment and level of integration you selected.
3. The ASSURE Model for Instructional Design. The ASSURE model (Smaldino, Lowther, &
Russell, 2008) encourages a purposeful look at and selection of appropriate technologies for
fostering student engagement. The ASSURE acronym stands for Analyze learners, State the
EDUC 730
Page 2 of 5
standards and objectives, Select strategies, technology, media, and materials, Utilize
materials, Require learner participation, and Evaluate and revise.
a. Using scholarly resources for support, begin this template section with a brief
introduction to the ASSURE model.
b. Analysis of Learners and Technology in the Local Setting.
§ In the first paragraph of this section, describe your learners and their learning
styles, prior knowledge, skill level, attitudes towards learning, comfort level
and experience with technology, and other relevant characteristics. For
instance, some learners are hesitant to learn math skills but are excellent
writers.
§ In the second paragraph of this section, describe the available technology in
the local setting and how it will be leveraged to maximize learning potential.
Include Internet access, tools, and software. Choose tools that best suit the
learning environment and the level of integration your lesson aims for. If the
tools you need do not exist at your location, describe how you might procure
or request them.
c. Standards and Objectives.
§ Begin this section with an introductory statement on the curriculum standards
and ISTE standard(s) you are using for the lesson. Then, identify the specific
standards used:
• List 1-2 state or Common Core curriculum standards used for the
lesson.
• List a minimum of one ISTE standard that best suits your learning
environment and level of technology integration. See the ISTE
Standards for Students link provided with this assignment as an
assignment resource.
§ Determine 2-3 specific and measurable learning objectives associated with the
curriculum and ISTE standards you selected. An example learning objective
statement is: Learners will construct a persuasive presentation with
supporting evidence and publish it to a class Wiki.
d. Selection of Strategies, Technology, Media, and Materials. This section and the one
following (Utilization of Materials) comprise the largest portion of this assignment.
§ Begin with a paragraph (or more) that by identifies the strategies and methods
for instruction and meaningful engagement at the Infusion or Transformation
levels of integration, carefully outlining vibrant ways to promote learner
EDUC 730
Page 3 of 5
success.You must alsodiscuss in detail the technology, media, and materials
you will use in the lesson. Remember to use the Technology Integration
Matrix to help you evaluate and make decisions about the level of technology
integration.
§ In a paragraph (or more), discuss the Extended Descriptors the Technology
Integration Matrix lists for your selection of learning environment and level of
integration (you can find the Extended Descriptors by clicking on the
applicable cell in The Technology Integration Matrix). In other words,
envision where the learning takes place, what the teacher will do with
technology in this lesson, what the learners will do, and what the learning
products will look like.
e. Utilization of Materials. You have by now assessed what technology tools you have
available and have determined exciting ways these tools can be best utilized to
promote learning. For this section of the template, carefully identify the technology,
media, and materials you will use in the lesson and sufficiently describe how they
will be used. This should read like a detailed step-by-step how-to guide so that
someone else could easily implement your plan with your learners.
f. Requirement of Learner Participation. This is where you plan the learners’ actions.
How will learners engage in the lesson? How will they engage with the ideas and
technology to meet the learning goals and objectives? The plan should include good
formative questioning, specifically addressing the standards and the learning
objectives. List all formative questions you will use, such as questions for introducing
the lesson topic, processing the topic information, extending critical analysis, etc.
This section must be one paragraph or greater.
g. Evaluation and Revisions.
§ Detail the data collection methods you will use to assess the learning.
Describe how the resulting data might be used to revise the instruction plan
for next time. This section must be one paragraph or greater.
§ Next, in one paragraph ore more and focusing on the technology integration
aspect of your lesson, describe your plan for evaluating the technology’s
effectiveness. Think in terms of questions an instructional coach might ask
after observing your lesson, such as:
• Did the lesson accomplish what you intended?
• Were the objectives met?
• Would different tools/technology have done a better job?
§ Finally, in one paragraph or more, evaluate and score the lesson you have
EDUC 730
Page 4 of 5
planned using the Triple E Evaluation Rubric (see the link provided with
this assignment as an assignment resource). Discuss your findings.
The required length of this assignment is a minimum of eight pages, not including the title and
references pages. Be aware that you paper must demonstrate appropriate use of key terms from
the field of educational technology. Where appropriate, provide in-text citations of sources used
to support your claims and/or lesson design. You must include a minimum of three scholarly
references in addition to primary (i.e., not secondary) sources for TIM, ISTE, and ASSURE.
Include any sources used in the references page of the template (including the provided
assignment resources you referred to in order to complete this assignemnt). Use current APA
formatting throughout your work.
EDUC 730
Page 5 of 5
References
Smaldino, S. E., Lowther, D. L., & Russell, J. D. (2008). Instructional technology and media for
learning (9th Ed.). Upper Saddle River, NJ: Prentice Hall.
Note: Your assignment will be checked for originality via the Turnitin plagiarism tool.
**EXAMPLEPAPER.pdf**
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**GradingRubric.pdf**
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**GradingRubric.pdf**
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**## Template.docx**
TECHNOLOGY INTEGRATION
**Technology Integration Learning Plan**
School of Education, Liberty University
**Author Note**
I have no known conflict of interest to disclose.
Correspondence concerning this article should be addressed to . Email:
**Technology Integration Learning Plan**
[Insert introductory paragraph here.]
**Technology Integration Matrix**
[Insert a paragraph that solidly describes the meaningful learning environment and level of integration you selected.]
**The ASSURE Model for Instructional Design**
[Insert a brief introduction to the ASSURE model here.]
**Analysis of Learners and Technology in the Local Setting**
[First paragraph.]
[Second paragraph.]
**Standards and Objectives**
[Introductory statement on the curriculum standards and ISTE standard(s) used for the lesson.]
· [First curriculum standard].
· [Second curriculum standard].
· [ISTE Standard].
The objectives of this lesson are:
· [First specific and measurable learning objective.]
· [Second specific and measurable learning objective.]
· [Third specific and measurable learning objective.]
**Selection of Strategies, Technology, Media, and Materials**
[Insert paragraph(s) identifying strategies and methods used for instruction and engagement. Discuss technology to be used.]
[Insert paragraph(s) discussing the Extended Descriptors for the learning environment and level of integration selected.]
**Utilization of Materials**
[Insert step-by-step how-to guide on how the technology, media, and materials of the lesson are to be used.]
**Requirement of Learner Participation**
[Insert paragraph(s) and formative questions here.]
**Evaluation and Revisions**
[Insert paragraph(s) describing data collection methods and how data will impact future revisions.]
[Insert paragraph(s) describing the plan for evaluating technology’s effectiveness.]
[Insert paragraph(s) evaluating lesson according to the Triple E Evaluation Rubric.]
**References**
Insert all references here.
**## PlanAssignmentInstructions.pdf**
EDUC 730
Page 1 of 5
TECHNOLOGY INTEGRATION LEARNING PLAN ASSIGNMENT INSTRUCTIONS
OVERVIEW
The goal of this assignment is to create a learning/lesson plan for a single 50-60-minute
instructional session where technology is integrated in meaningful ways that will help your
learners gain decision-making skills, demonstrate increased creativity, form stronger social
connections with peers, and increase their technology skills.
For this assignment, you will design the learning plan for a specific audience of learners. The
Technology Integration Matrix, the ASSURE model for instructional planning, and the ISTE
standards for students provide valuable frameworks to help you define a well-conceived
technology integrated learning plan. Plan preparation involves determining the audience,
outlining the learning experiences, and selecting digital resources, interactives, case studies, or
simulations.
INSTRUCTIONS
Use the Technology Integration Learning Plan Template provided with this assignment. The
template requires you to complete the sections as described in the following. Ensure your work
demonstrates appropriate use of key terminology from the field of educational technology.
1. Introductory paragraph. Use this space to give an introduction to technology integration.
Discuss what technology integration is and what it looks like in classrooms. Include a
minimum of two scholarly articles as support.
2. The Technology Integration Matrix.
a. Using the link provided with this assignment as an assignment resource, explore The
Technology Integration Matrix to gain an understanding of meaningful learning
environments (i.e., Active, Collaborative, Constructive, Authentic, and Goal-
Directed) and how these relate to the levels of integration (i.e., Entry, Adoption,
Adaptation, Infusion, and Transformation).
b. Select one of the meaningful learning environments and either the Infusion or
Transformation level of integration. Where these two elements intersect on the matrix
chart is what will inform the design of your technology integration lesson. Click on
the cells of the matrix chart for additional resources and demonstrations of what each
learning environment at each level of integration would entail.
c. In the assignment template, provide a paragraph that solidly describes the meaningful
learning environment and level of integration you selected.
3. The ASSURE Model for Instructional Design. The ASSURE model (Smaldino, Lowther, &
Russell, 2008) encourages a purposeful look at and selection of appropriate technologies for
fostering student engagement. The ASSURE acronym stands for Analyze learners, State the
EDUC 730
Page 2 of 5
standards and objectives, Select strategies, technology, media, and materials, Utilize
materials, Require learner participation, and Evaluate and revise.
a. Using scholarly resources for support, begin this template section with a brief
introduction to the ASSURE model.
b. Analysis of Learners and Technology in the Local Setting.
§ In the first paragraph of this section, describe your learners and their learning
styles, prior knowledge, skill level, attitudes towards learning, comfort level
and experience with technology, and other relevant characteristics. For
instance, some learners are hesitant to learn math skills but are excellent
writers.
§ In the second paragraph of this section, describe the available technology in
the local setting and how it will be leveraged to maximize learning potential.
Include Internet access, tools, and software. Choose tools that best suit the
learning environment and the level of integration your lesson aims for. If the
tools you need do not exist at your location, describe how you might procure
or request them.
c. Standards and Objectives.
§ Begin this section with an introductory statement on the curriculum standards
and ISTE standard(s) you are using for the lesson. Then, identify the specific
standards used:
• List 1-2 state or Common Core curriculum standards used for the
lesson.
• List a minimum of one ISTE standard that best suits your learning
environment and level of technology integration. See the ISTE
Standards for Students link provided with this assignment as an
assignment resource.
§ Determine 2-3 specific and measurable learning objectives associated with the
curriculum and ISTE standards you selected. An example learning objective
statement is: Learners will construct a persuasive presentation with
supporting evidence and publish it to a class Wiki.
d. Selection of Strategies, Technology, Media, and Materials. This section and the one
following (Utilization of Materials) comprise the largest portion of this assignment.
§ Begin with a paragraph (or more) that by identifies the strategies and methods
for instruction and meaningful engagement at the Infusion or Transformation
levels of integration, carefully outlining vibrant ways to promote learner
EDUC 730
Page 3 of 5
success.You must alsodiscuss in detail the technology, media, and materials
you will use in the lesson. Remember to use the Technology Integration
Matrix to help you evaluate and make decisions about the level of technology
integration.
§ In a paragraph (or more), discuss the Extended Descriptors the Technology
Integration Matrix lists for your selection of learning environment and level of
integration (you can find the Extended Descriptors by clicking on the
applicable cell in The Technology Integration Matrix). In other words,
envision where the learning takes place, what the teacher will do with
technology in this lesson, what the learners will do, and what the learning
products will look like.
e. Utilization of Materials. You have by now assessed what technology tools you have
available and have determined exciting ways these tools can be best utilized to
promote learning. For this section of the template, carefully identify the technology,
media, and materials you will use in the lesson and sufficiently describe how they
will be used. This should read like a detailed step-by-step how-to guide so that
someone else could easily implement your plan with your learners.
f. Requirement of Learner Participation. This is where you plan the learners’ actions.
How will learners engage in the lesson? How will they engage with the ideas and
technology to meet the learning goals and objectives? The plan should include good
formative questioning, specifically addressing the standards and the learning
objectives. List all formative questions you will use, such as questions for introducing
the lesson topic, processing the topic information, extending critical analysis, etc.
This section must be one paragraph or greater.
g. Evaluation and Revisions.
§ Detail the data collection methods you will use to assess the learning.
Describe how the resulting data might be used to revise the instruction plan
for next time. This section must be one paragraph or greater.
§ Next, in one paragraph ore more and focusing on the technology integration
aspect of your lesson, describe your plan for evaluating the technology’s
effectiveness. Think in terms of questions an instructional coach might ask
after observing your lesson, such as:
• Did the lesson accomplish what you intended?
• Were the objectives met?
• Would different tools/technology have done a better job?
§ Finally, in one paragraph or more, evaluate and score the lesson you have
EDUC 730
Page 4 of 5
planned using the Triple E Evaluation Rubric (see the link provided with
this assignment as an assignment resource). Discuss your findings.
The required length of this assignment is a minimum of eight pages, not including the title and
references pages. Be aware that you paper must demonstrate appropriate use of key terms from
the field of educational technology. Where appropriate, provide in-text citations of sources used
to support your claims and/or lesson design. You must include a minimum of three scholarly
references in addition to primary (i.e., not secondary) sources for TIM, ISTE, and ASSURE.
Include any sources used in the references page of the template (including the provided
assignment resources you referred to in order to complete this assignemnt). Use current APA
formatting throughout your work.
EDUC 730
Page 5 of 5
References
Smaldino, S. E., Lowther, D. L., & Russell, J. D. (2008). Instructional technology and media for
learning (9th Ed.). Upper Saddle River, NJ: Prentice Hall.
Note: Your assignment will be checked for originality via the Turnitin plagiarism tool.
**EXAMPLEPAPER.pdf**
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**GradingRubric.pdf**
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**## Template.docx**
TECHNOLOGY INTEGRATION
**Technology Integration Learning Plan**
School of Education, Liberty University
**Author Note**
I have no known conflict of interest to disclose.
Correspondence concerning this article should be addressed to . Email:
**Technology Integration Learning Plan**
[Insert introductory paragraph here.]
**Technology Integration Matrix**
[Insert a paragraph that solidly describes the meaningful learning environment and level of integration you selected.]
**The ASSURE Model for Instructional Design**
[Insert a brief introduction to the ASSURE model here.]
**Analysis of Learners and Technology in the Local Setting**
[First paragraph.]
[Second paragraph.]
**Standards and Objectives**
[Introductory statement on the curriculum standards and ISTE standard(s) used for the lesson.]
· [First curriculum standard].
· [Second curriculum standard].
· [ISTE Standard].
The objectives of this lesson are:
· [First specific and measurable learning objective.]
· [Second specific and measurable learning objective.]
· [Third specific and measurable learning objective.]
**Selection of Strategies, Technology, Media, and Materials**
[Insert paragraph(s) identifying strategies and methods used for instruction and engagement. Discuss technology to be used.]
[Insert paragraph(s) discussing the Extended Descriptors for the learning environment and level of integration selected.]
**Utilization of Materials**
[Insert step-by-step how-to guide on how the technology, media, and materials of the lesson are to be used.]
**Requirement of Learner Participation**
[Insert paragraph(s) and formative questions here.]
**Evaluation and Revisions**
[Insert paragraph(s) describing data collection methods and how data will impact future revisions.]
[Insert paragraph(s) describing the plan for evaluating technology’s effectiveness.]
[Insert paragraph(s) evaluating lesson according to the Triple E Evaluation Rubric.]
**References**
Insert all references here.
**## PlanAssignmentInstructions.pdf**
EDUC 730
Page 1 of 5
TECHNOLOGY INTEGRATION LEARNING PLAN ASSIGNMENT INSTRUCTIONS
OVERVIEW
The goal of this assignment is to create a learning/lesson plan for a single 50-60-minute
instructional session where technology is integrated in meaningful ways that will help your
learners gain decision-making skills, demonstrate increased creativity, form stronger social
connections with peers, and increase their technology skills.
For this assignment, you will design the learning plan for a specific audience of learners. The
Technology Integration Matrix, the ASSURE model for instructional planning, and the ISTE
standards for students provide valuable frameworks to help you define a well-conceived
technology integrated learning plan. Plan preparation involves determining the audience,
outlining the learning experiences, and selecting digital resources, interactives, case studies, or
simulations.
INSTRUCTIONS
Use the Technology Integration Learning Plan Template provided with this assignment. The
template requires you to complete the sections as described in the following. Ensure your work
demonstrates appropriate use of key terminology from the field of educational technology.
1. Introductory paragraph. Use this space to give an introduction to technology integration.
Discuss what technology integration is and what it looks like in classrooms. Include a
minimum of two scholarly articles as support.
2. The Technology Integration Matrix.
a. Using the link provided with this assignment as an assignment resource, explore The
Technology Integration Matrix to gain an understanding of meaningful learning
environments (i.e., Active, Collaborative, Constructive, Authentic, and Goal-
Directed) and how these relate to the levels of integration (i.e., Entry, Adoption,
Adaptation, Infusion, and Transformation).
b. Select one of the meaningful learning environments and either the Infusion or
Transformation level of integration. Where these two elements intersect on the matrix
chart is what will inform the design of your technology integration lesson. Click on
the cells of the matrix chart for additional resources and demonstrations of what each
learning environment at each level of integration would entail.
c. In the assignment template, provide a paragraph that solidly describes the meaningful
learning environment and level of integration you selected.
3. The ASSURE Model for Instructional Design. The ASSURE model (Smaldino, Lowther, &
Russell, 2008) encourages a purposeful look at and selection of appropriate technologies for
fostering student engagement. The ASSURE acronym stands for Analyze learners, State the
EDUC 730
Page 2 of 5
standards and objectives, Select strategies, technology, media, and materials, Utilize
materials, Require learner participation, and Evaluate and revise.
a. Using scholarly resources for support, begin this template section with a brief
introduction to the ASSURE model.
b. Analysis of Learners and Technology in the Local Setting.
§ In the first paragraph of this section, describe your learners and their learning
styles, prior knowledge, skill level, attitudes towards learning, comfort level
and experience with technology, and other relevant characteristics. For
instance, some learners are hesitant to learn math skills but are excellent
writers.
§ In the second paragraph of this section, describe the available technology in
the local setting and how it will be leveraged to maximize learning potential.
Include Internet access, tools, and software. Choose tools that best suit the
learning environment and the level of integration your lesson aims for. If the
tools you need do not exist at your location, describe how you might procure
or request them.
c. Standards and Objectives.
§ Begin this section with an introductory statement on the curriculum standards
and ISTE standard(s) you are using for the lesson. Then, identify the specific
standards used:
• List 1-2 state or Common Core curriculum standards used for the
lesson.
• List a minimum of one ISTE standard that best suits your learning
environment and level of technology integration. See the ISTE
Standards for Students link provided with this assignment as an
assignment resource.
§ Determine 2-3 specific and measurable learning objectives associated with the
curriculum and ISTE standards you selected. An example learning objective
statement is: Learners will construct a persuasive presentation with
supporting evidence and publish it to a class Wiki.
d. Selection of Strategies, Technology, Media, and Materials. This section and the one
following (Utilization of Materials) comprise the largest portion of this assignment.
§ Begin with a paragraph (or more) that by identifies the strategies and methods
for instruction and meaningful engagement at the Infusion or Transformation
levels of integration, carefully outlining vibrant ways to promote learner
EDUC 730
Page 3 of 5
success.You must alsodiscuss in detail the technology, media, and materials
you will use in the lesson. Remember to use the Technology Integration
Matrix to help you evaluate and make decisions about the level of technology
integration.
§ In a paragraph (or more), discuss the Extended Descriptors the Technology
Integration Matrix lists for your selection of learning environment and level of
integration (you can find the Extended Descriptors by clicking on the
applicable cell in The Technology Integration Matrix). In other words,
envision where the learning takes place, what the teacher will do with
technology in this lesson, what the learners will do, and what the learning
products will look like.
e. Utilization of Materials. You have by now assessed what technology tools you have
available and have determined exciting ways these tools can be best utilized to
promote learning. For this section of the template, carefully identify the technology,
media, and materials you will use in the lesson and sufficiently describe how they
will be used. This should read like a detailed step-by-step how-to guide so that
someone else could easily implement your plan with your learners.
f. Requirement of Learner Participation. This is where you plan the learners’ actions.
How will learners engage in the lesson? How will they engage with the ideas and
technology to meet the learning goals and objectives? The plan should include good
formative questioning, specifically addressing the standards and the learning
objectives. List all formative questions you will use, such as questions for introducing
the lesson topic, processing the topic information, extending critical analysis, etc.
This section must be one paragraph or greater.
g. Evaluation and Revisions.
§ Detail the data collection methods you will use to assess the learning.
Describe how the resulting data might be used to revise the instruction plan
for next time. This section must be one paragraph or greater.
§ Next, in one paragraph ore more and focusing on the technology integration
aspect of your lesson, describe your plan for evaluating the technology’s
effectiveness. Think in terms of questions an instructional coach might ask
after observing your lesson, such as:
• Did the lesson accomplish what you intended?
• Were the objectives met?
• Would different tools/technology have done a better job?
§ Finally, in one paragraph or more, evaluate and score the lesson you have
EDUC 730
Page 4 of 5
planned using the Triple E Evaluation Rubric (see the link provided with
this assignment as an assignment resource). Discuss your findings.
The required length of this assignment is a minimum of eight pages, not including the title and
references pages. Be aware that you paper must demonstrate appropriate use of key terms from
the field of educational technology. Where appropriate, provide in-text citations of sources used
to support your claims and/or lesson design. You must include a minimum of three scholarly
references in addition to primary (i.e., not secondary) sources for TIM, ISTE, and ASSURE.
Include any sources used in the references page of the template (including the provided
assignment resources you referred to in order to complete this assignemnt). Use current APA
formatting throughout your work.
EDUC 730
Page 5 of 5
References
Smaldino, S. E., Lowther, D. L., & Russell, J. D. (2008). Instructional technology and media for
learning (9th Ed.). Upper Saddle River, NJ: Prentice Hall.
Note: Your assignment will be checked for originality via the Turnitin plagiarism tool.
**EXAMPLEPAPER.pdf**
This file is too large to display. [View in new window](https://www.sweetstudy.com/files/examplepaper-pdf-10229583)
**GradingRubric.pdf**
This file is too large to display. [View in new window](https://www.sweetstudy.com/files/gradingrubric-pdf-10229585)