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KEYS to Teaching Success: Stating Clear, Meaningful Purposes

Stating Clear, Meaningful Purposes Overview

     When you were a student, or as you completed your field placement experiences, you likely saw many examples of teaching information, such as this, on a whiteboard or projector screen:

Learning Target Display

Learning Targets CC-BY-NC-ND

     Often, these information segments include the day’s agenda and reminders for upcoming assignments/tests. Another important detail communicates the day’s learning purpose. In teacher preparation programs we often call them learning outcomes, learning objectives, or learning goals. Whatever the terminology, these brief statements serve as the cornerstone of each instructional lesson. In the InternKEYS rubric, these learning goals are assessed under the sixth performance indicator of Standard 1, and the learning goals are important ways that teachers justify their instruction as aligned with learning standards.

     Georgia’s Standards of Excellence outline what students should learn in each discipline at each grade level. Your instruction should always align with those standards so that you can make sure your students have met learning goals. For example, in the photo above, a ninth-grade biology teacher has written a learning goal for a lesson about homeostasis. That learning goal aligns with the ninth-grade biology learning standards:

  • SB1. Obtain, evaluate, and communicate information to analyze the nature of the relationships between structures and functions of living cells. Construct an explanation of how cell structures and organelles (including nucleus, cytoplasm, cell membrane, cell wall, chloroplasts, lysosome, Golgi, endoplasmic reticulum, vacuoles, ribosomes, and mitochondria) interact as a system to maintain homeostasis.

     Of course, even though it’s the teacher’s responsibility to post that standard in a prominent classroom space, ninth graders who read this standard might not understand it (or even care about it). What they would understand and care about would be a learning purpose written in a language more familiar to them. That’s what the teacher has done in the photo above. Usually, Georgia teachers communicate those purposes as essential questions, learning targets, and success criteria.

Planning with Standards

    When designing a unit from the Georgia Standards, you could begin the planning process by reading through the standards for the “big ideas” of your unit, “what educators want their students to discover and state in their own words by the end of the unit of study” (Ainsworth, 2010, p. 128). Key concepts may include patterns, relationships, representations, models, aesthetics, or logic. This examination looks at the unit as a whole before turning critical attention to the nouns and verbs of each standard. The “big idea” or concept of the unit becomes an overarching strand through you planning.  

     Next, you can target the standards themselves to plan for the weekly and daily plans. Teachers are often taught to examine the standards for both the nouns (content) and the verbs before planning for sequenced instruction. As you isolate specific standards, you may plan for one learning target or objective with several success criteria that build toward higher-order levels of thinking for all students. This choice sets up a progression of student thinking for each standard or substandard. Keep in mind that the language of state standards leaves out information about how the standards are to be taught through real-world connections; this is where the teacher can make the content meaningful through cultural, geographical, and real-world connections. 

KEYS Big Idea Infographic CC-BY-NC-ND

Please open the next tab: Essential Questions
 

      Once you have identified the big idea of your unit, you can compose essential question(s) to guide students toward that big idea. An essential question is a broad, usually open-ended question that elevates students’ learning beyond the topic of the day. Essential questions have complex answers and often ask why or how, thereby sparking students to inquire, investigate, or even design. Essential questions are open-ended and require students to transfer content to the conceptual level or beyond the walls of the classroom. “The questions thus serve as doorways or lenses through which learners can better see and explore the key concepts, themes, theories, issues, and problems that reside within the content” (McTighe & Wiggins, 2013, p. 5). Instead of stating “This is what we’ll learn” or “This is what we’ll do,” the essential questions implicitly ask, “Why is this concept important?” In short, they point students to learning purposes and encourage deep thinking about specific concepts related to the big idea. In this manner, learners are prompted as self-directed to find meaning in a unit’s progression and across several topics. 

      By expressing open-ended, thought-provoking essential questions that require justification and or an explanation, teachers can help students use higher-order thinking.  The idea is to return to the question over time and even from the perspective of different content topics, to continue asking the question to “help learners find meaning in their learning and achieve deeper thought and better quality in their work” (Wiggins, 2013, para. 2). Typically, one or two essential questions may be used throughout an entire unit of study, are brainstormed by a team of teachers, and can be answered by a project or product based assessment. 

  • We can think of many open-ended, thought-provoking questions, so what else makes a question essential? According to Wiggins & McTighe (2013), We could think of essential questions as important and timeless, the ones that repeatedly arise in our lives. They apply to themes that can be explored across different content areas to provide different contextual perspectives of time and place. Such questions might be, “Why do people sometimes choose to break the law?” or “Must we first love ourselves before we can love others?” 
  • One may think of an essential question as “elemental” or “foundational” for understanding within a discipline (p. 6). Such questions prompt common inquiries and solicit debate. For instance, in English language arts, an essential question might be “When is it appropriate to break the “rules” of standardized English?” Or, in a biology class, an essential question might be, “In what situations should we set boundaries on the practice of genetic research?” 


KEYS Characteristics of Essential Question CC-BY-NC-ND

     From a different perspective, McTighe & Wiggins (2013) identify that some essential questions might be “necessary for personal understanding … a question can be considered essential when it helps students make sense of seemingly isolated facts and skills or important but abstract ideas and strategies” (p. 6). In prior writing, Wiggins & McTighe (2005) identified these questions as “topical” essential questions instead of “overarching” essential questions (p. 114). An example might be, “How can understanding the concept of slope help us interpret and solve real-world problems involving rates of change?” 

     This perspective might be most helpful to new teachers or preservice teachers. As they frame essential questions from the foundational lens, they can align the questions directly to the concepts identified in the standards and therefore to the big idea.

Table 1: Examples of Essential Questions in Various Subject Matter Areas and Grade Levels

Grade Level & Subject Topic Essential Question
High school geometry Pythagorean theorem How do patterns reflect and inform structure?
Elementary social studies Local government How do laws or rules help a community run smoothly?
Middle grades biology Interdependence of organisms How do we depend on other organisms to survive?
Elementary health Nutrition Why is it important to eat different kinds of foods?
High school English language arts Their Eyes Were Watching God by Zora Neale Hurston What kinds of personal challenges can affect identity?

 

Table 2: Alignment of Essential Questions to Standards

Grade Level/Standard Code Standard Text Essential Question
2nd-grade social studies SS1G1.d Describe how a historical figure was influenced by his or her time and place:
d. Southern U.S. (George Washington Carver and Ruby Bridges)
What can I learn from Ruby Bridges’ bravery?

8th-grade algebra  8.PAR.3.3

Create and solve linear equations and inequalities in one variable within a relevant application. How can linear equations help us make predictions at home or at work?
5th-grade science
Ss5L1
Obtain, evaluate, and communicate information to group organisms using scientific classification procedures. Why is it useful to place people, things, and processes into different types?
12th-grade multicultural literature
ELAGSE11-12RL7
Analyze multiple interpretations of a story, drama, or poem (e.g., recorded or live production of a play or recorded novel or poetry) evaluating how each version interprets the source text. How do various contexts influence the meanings we make of texts?
1st-grade physical education
PE1.4
The physically educated student exhibits responsible personal and social behavior that respects self and others in physical activity settings. How can we develop good teamwork? 
4th-grade computer science
CSS.GC.3-5.7
Gather, evaluate, and organize quality information from multiple sources. How do we know we can trust the information we find online?

Please open the next tab: Learning Targets

     Because essential questions are open-ended, they can also lead students’ thoughts down unrelated paths. A specific lesson purpose helps students stay focused on the skill/concept at hand. To achieve that focus, teachers can also write learning targets.  Educators use many synonyms for this term: learning goals, learning objectives, learning intentions and success criteria. Ainsworth (2015a), specifically describes them as “specific learning outcomes students are to achieve by the end of the unit (p. 10). Built from the nouns and verbs of the state content standards, learning targets communicate a narrower goal, usually for one lesson or one step of a learning process.

     Learning targets express the instructional purposes in a first-person point of view (as in “I can” or “Students will”) to represent the students’ understanding of what’s expected of them. The learning target aligns with the Georgia standard, but often in a more specific way than an essential question. It doesn’t simply convert the essential question into a statement. Instead, the learning target is action oriented: it states very specifically what the student will be able to do as a result of completing a specific lesson. Most importantly, it’s written in terms that students can better relate to. 

Table 3: Learning Targets Aligning with Table 2 Standards

Grade Level/
Standard Number
Standard Text Learning Target
2nd-Grade
Social Studies
SS1G1.d
Describe how a historical figure was influenced by his or her time and place:
d. Southern U.S. (George Washington Carver and Ruby Bridges)    
I can explain who Ruby Bridges is and how she changed public schools.
8th-grade algebra
8.PAR.3.3
Create and solve linear equations and inequalities in one variable within a relevant application. I can use a linear equation to show the price differences of two different pet sitters.
5th-grade science
SS5L1
Obtain, evaluate, and communicate information to group organisms using scientific classification procedures. I can create a model showing how oak trees are organized into types.
12th-grade multicultural literature
ELAGSE11-12RL7
Analyze multiple interpretations of a story, drama, or poem (e.g., recorded or live production of a play or recorded novel or poetry) evaluating how each version interprets the source text. I can compare and contrast the way Homer developed flashbacks in The Odyssey and the way Joel and Ethan Cohen developed flashbacks in O Brother, Where Art Thou?
1st-grade physical education
PE1.4
The physically educated student exhibits responsible personal and social behavior that respects self and others in physical activity settings. I can identify the referee in an athletic competition and explain why the referee is needed.
4th-grade computer science
CSS.GC.3-5.7
Gather, evaluate, and organize quality information from multiple sources. I can locate a digital source about President Joe Biden and explain whether it is a reliable source.

     The examples in Table 3 illustrate that a learning target is a “student-friendly [representation]...of what you intend students to learn or accomplish in a given lesson,” (Moss & Brookhart, 2012, p. 9). At the same time, it should communicate “a strong performance of understanding” (p. 31). In other words, the learning target should identify one of many possible ways students can show evidence that they have learned a skill or concept. 

     Take a look at the social studies learning target in Table 3. To show their understanding of a concept, students must explain. By explaining–in speech or written form–Ruby Bridges’ impact on today’s public school policies, then the students have achieved the learning target–and partially met Standard SS1G1.d. In other lessons, students might explain the impact of other historical figures (for instance, Ruth Bader Ginsberg’s impact on civil rights or Wong Tsu’s impact on U.S. military aviation), and by explaining their knowledge, they would also partially meet Standard SS1G1.d.

Please open the next tab: Learning Progressions

 

     In order to connect the learning target to the main idea, students must master a “carefully sequenced set of building blocks” that help them increase their skill level and depth of knowledge (Popham, 2007, p. 83). Educators call these sequenced activities learning progressions. Your school will likely have outlined its specific expectations for daily and weekly planning as well as their expectations for posting curriculum in the classroom. These curriculum documents may have as little as three standards or as many as twenty within one unit of study. Often a pacing guide recommends the amount of time to spend on a unit of study or individual standards. These documents, as well as information about students’ prior and background knowledge, will help you plan rigorous learning progressions to meet students’ learning needs.

     Here’s an example: Building from the work of Wiggins and McTighe’s (2005) backward design model, a physical education teacher breaks down a complex skill of playing basketball into small parts, such as the different types of shots and the different team formations. These learning progressions scaffold student learning across several days of instruction with specific, small parts arriving at the predetermined goal articulated in the standard. The teacher’s use of success “criteria breaks up the long journey from where the learners are to where they need to be into smaller steps, making it more manageable” (Wiliam, 2018, p. 70). 

     This progression is further enhanced when the success criteria are built in clear, student-friendly language–written, spoken, and nonverbal. Students respond to teachers’ instruction at different levels of understanding, which are influenced by their prior learning and cultural backgrounds. Without clear, explicit communication, students will wonder why they’re completing the lesson’s activities, so the learning progressions should be grounded in clear, precise language using the nouns and verbs inherent in the standards. Often, using two forms of communication (spoken instructions with a diagram and written instructions with a video) helps you communicate more clearly.

     Learning progressions are grounded in the unit’s ordered and sequential learning targets and contain specific, measurable success criteria. During those learning progressions, teachers often use quick checks or formative assessments to gauge student mastery. 

     Success criteria are the “performance descriptors that spell out how students will show they have achieved the learning intentions” (Ainsworth, 2015a, p. 11). The focus of the success criteria lies in the students’ ability to demonstrate their learning sequentially, increasing the levels of thinking. Success criteria typically include action-oriented verbs reflecting what students will do, and those actions should be aligned directly with the formative assessment (Ainsworth, 2015b, p. 48). Using success criteria helps students break down complex tasks into specific parts, such as the steps of conducting a lab experiment, the stages of writing an argumentative essay, or using numbers and a representation to solve a real-world math problem. 

     To illustrate the relationships between learning targets and success criteria, let’s return to Wiliam’s example of a physical education teacher and basketball game. A teacher may have a unit on basketball with a learning target, such as “I can use at least four types of shots in a setting of a 3 by 3 game.” For some students, this learning target is a part of their language, culture, and activity. But others may have never held a ball. To further articulate the learning progression, success criteria can be articulated such as those in the following list:

  • Identify types of shots in basketball by name and form.
  • Use proper form for various basketball shots.
  • Use different shots in various locations on a court.
  • Practice different shots in a practice situation with a partner. 

These specific success criteria clarify what’s expected of students in order to succeed in the lesson and instructional unit. 

Please open the next tab: Guiding Questions

     To anchor students in prior knowledge or background knowledge, teachers often begin learning progressions with key vocabulary and guiding questions. These teaching openers allow students to access previously learned facts or skills and build mental connections to new terms or information. Some teachers also provide specific guiding questions that elicit responses aligning with the lesson’s success criteria. Guiding questions should be open-ended, meaning that they cannot be answered with “yes” or “no”. They solicit written, spoken, or performed responses where students demonstrate learning of the objective and standard. Guiding questions are content-specific and can change from day to day. During inquiry or self-directed learning, students may pose one to two questions to anchor their own learning and investigation. 

     Guiding questions provide specific markers for reflection and assessment that are aligned with the day’s learning intention and/or success criteria. They are more specific to self-assessment and allow students to articulate their progression of learning. 

     Refer to the examples in Tables 2 and 3, specifically how essential questions prompt students to think beyond daily instruction toward the unit’s broader picture. Conversely, in Table 4 below, specific guiding questions enable students to focus on specific content topics and goals. 

Table 4: Guiding Questions in Different Subjects and Grade Levels

Grade Level & Subject Topic Guiding Questions
High school geometry Pythagorean theorem How can the Pythagorean theorem be applied to different figures?
Elementary social sciences Local government What is the difference between laws and rules?
Middle grades life science Interdependence of organisms How do organisms impact one another daily?
Elementary health Nutrition What is nutrition? How do you make food choices?
High school English language arts Their Eyes Were Watching God by Zora Neale Hurston What affects a person’s morality or choice? How are people impacted by others? 

Please open the next tab: Discussing Purposes with Students

     Even when we post questions, learning targets, and success criteria in student-friendly terms, we haven’t guaranteed students understand those purposes. Often teachers will announce to a class the day’s objective before moving forward with the lesson. Sometimes teachers will read the objectives or learning targets, or even make students recite them. Having students recite information they don’t understand makes little sense.

     Michael McDowell (2020) says that “building student clarity is a constant pursuit” (para. 3), and part of achieving that clarity is helping students understand why they are learning what they are learning. In fact, McDowell finds that “simply sending a clear message to people doesn’t ensure that they are clear on [that] message.” Instead, “clarity…is interactive and built through multiple engagements” (para. 8).  By using clear essential questions and learning targets, Shannon Finnegan (2019) enables her students to learn the goal for each day, reflect on their learning at the end of each lesson, and reflect on how those learning purposes supported their learning: “on the whole, my students felt the learning targets (and self-checks they are part of) help them to feel prepared and successful in my class” (para. 11). Essential questions, learning targets, success criteria, and guiding questions might at first seem like “educational buzzwords” or superficial forms of teaching evidence, but they are actually “powerful tools for effective planning,” which can “empower students to keep track of their own learning” and “feel successful” at the end of a unit. 

Assess Your Knowledge

The table below includes a standard of excellence for each core discipline of instruction. Find the standard in your discipline or a subject matter that closely aligns with the subject you teach. Analyze how the example essential question(s) and learning target(s) align with the standard listed for that subject and grade level. Are the essential questions broad and overarching or do they align more with guiding questions?
 

Discipline Standard of Excellence Essential Question Learning Target
Biology
SB1.a
Students will obtain, evaluate, and communicate information to analyze the nature of the relationships between structures and functions in living cells.
Ask questions to investigate and provide explanations about the rules of photosynthesis and respiration in the cycling of matter and flow of energy within the cell.
What makes plants green?

I can explain how plants use light to store and transform energy. 

I can diagram the cycle of energy in a plant.

6th Grade Math
MGSE6.NS.6c
Understand a rational number as a point on the number line. Extend number line diagrams and coordinate axes familiar from previous grades to represent points on the line and in the plane with negative number coordinates.
Find and position integers and other rational numbers on a horizontal or vertical number line diagram; find and position pairs of integers and other rational numbers on a coordinate plane.
How can we see numbers in pictures?

I can draw a number line that places positive and negative numbers in their correct positions.

5th Grade Social Studies
SS5G2.b
Explain the reasons for the spatial patterns of economic activities.
Locate primary agricultural and industrial locations since the turn of the 20th century and explain how factors such as population, transportation, and resources have influenced these areas.
How can one insect impact the population of an entire region?

I can explain the causes of the cotton industry’s decline in the South in the early 20th century.

I can analyze the relationship between the cotton industry’s decline in the early 20th century and the Great Migration.

2nd Grade Writing Write narratives that include a series of events, details, temporal words, and a sense of closure. What keeps a reader turning pages? I can write a story that has a beginning, middle, and end.
10th-Grade Literature
ELA10RL6
Analyze a particular point of view or cultural reference reflected in a work of literature from outside the United States, drawing on a wide reading of world literature. How can someone else’s war affect us at home?

I can define colonialism.

I can identify details of colonialism in Jhumpa Lahiri’s “When Mr. Pirzada Came to Dine”.

6th-grade Modern Languages The student participates in oral and written exchange of information, opinions, and ideas in a variety of timeframes and formal/informal situations.
Paraphrase and summarize information.
Why is it important to know about current events?

I can summarize an article from today’s newspaper.

I can express the main idea of that article in my own words.

8th Grade Band
MSAB.PR.2a
Perform on instruments through a varied repertoire of music, alone and with others.
Respond to the cues of the conductor with appropriate dynamics, phrasing, and interpretation.

 
What are the different ways to see music?

I can perform the “Semper Fidelis” march as written on the sheet music.

I can follow my band director’s musical cues while performing “Semper Fidelis.”

 

Read the following learning purposes in the table below and compose an essential question, learning target(s), guiding question(s), and success criteria for each one. There are many ways to complete this activity correctly, so after completing it, share your ideas with your peers, a classroom supervisor, or a supervising professor. You might discuss the differences and similarities in your work and discuss other ways to design lessons and units.

After reading The Snowy Day, first-grade students should select a page and compose an appropriate text to correspond with that page. This purpose aligns with ELAGSE1RL2: Retell stories, including key details, and demonstrate understanding of their central message or lesson.

  • Essential Question(s):
  • Learning Target(s):
  • Guiding Question(s):
  • Success Criteria:


Second-grade students should use the break-apart strategy to solve several two-step addition/subtraction problems within 100. This should align with 2.NR.2.3: Solve problems involving the addition and subtraction of two-digit numbers using part-whole strategies.

  • Essential Question(s):
  • Learning Target(s):
  • Guiding Question(s):
  • Success Criteria:


After visiting the Ralph Buice Observatory at Fernbank Science Center, students should be able to use Oreo cookies to model the phases of the moon. This should align with S6E2: Obtain, evaluate, and communicate information about the effects of the relative positions of the sun, earth, and moon.

  • Essential Question(s):
  • Learning Target(s):
  • Guiding Question(s):
  • Success Criteria:


Eighth-grade social studies students should be able to label a map of coastal Georgia illustrating Mary Musgrove’s impact on colonial Georgia’s economy. This should align with SS8H2b: Analyze the relationship between James Oglethorpe, Tomochichi, and Mary Musgrove in establishing the city of Savannah at Yamacraw Bluff.

  • Essential Question(s):
  • Learning Target(s):
  • Guiding Question(s):
  • Success Criteria:


Ninth and tenth-grade health students will research marketing strategies by the tobacco industry (as outlined by the Centers for Disease Control) and summarize the primary advertising channels and targeted audiences. This should align with HEHS.3.a: Students will critique the validity of health information, products, and services.

  • Essential Question(s):
  • Learning Target(s):
  • Guiding Question(s):
  • Success Criteria:

 

References

Ainsworth, L. (2010). Rigorous curriculum design. Lead+Learn Press.
__________. (2015a). Common formative assessments 2.0: How teacher teams intentionally align standards, instruction, and assessment. Corwin. 
__________. (2015b). Common formative assessments 2.0: Professional learning workbook. Corwin. 
Finnegan, S. (2019, May 13). How learning targets empower students (and help me, too). All things assessmenthttps://allthingsassessment.info/2019/05/13/how-learning-targets-empower-students/
Georgia Department of Education (2016). Georgia standards of excellence. https://www.georgiastandards.org/Georgia-Standards/Pages/default.aspx
McDowell, M. (2020, Dec. 21). Making learning targets clear to students. Edutopia. https://www.edutopia.org/article/making-learning-targets-clear-students
McTighe, J., & Wiggins, G. (2013). Essential questions: Opening doors to student understanding. ASCD.
Moss, C., & Brookhart, S. (2012). Learning targets: Helping students aim for understanding in today’s lesson. ASCD.
Popham, J. W. (2007). The lowdown on learning progressions. Educational leadership, 64(7), 83-84.
Remler, N. (2022). Learning targets. [image]. Georgia Southern University, Savannah, GA.
Wiggins, G. (2015, Sept. 1). How to make your questions essential. https://www.ascd.org/el/articles/how-to-make-your-questions-essential
Wiggins, G., & McTighe, J. (2005). Understanding by design. ASCD.
William, D. (2018). Embedded formative assessment. Solution Tree Press.