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This introduction of concept was guided by several objectives, encouraging teachers to:

  • interact with the principal regarding the role of leadership in technology;
  • consider the concept of leadership and technology influencing each other; and
  • draw attention to the support (financial and philosophical) necessary from leadership if technology is to have an impact on teaching and learning.

One teacher’s interaction with the principal on the discussion board stated:

“I think technology implementation can suffer from too much leadership as it can from too little. Sometimes a principal displays total control over technology because it is his or her agenda. Often, principals don’t solicit input from staff. At one end you may have the principal who does not accept the role of leadership with technology implementation and appoints a person or committee (often non-instructional) to control the use of technology. At the other end, you may have a principal with her own agenda, diverting technology from serving the needs of the entire staff and student body.”

Last several weeks:

Recall step 3 of the Atkins and Kurplus learning cycle: concept application. Before I address concept application, let me remind my readers that the first two steps of the learning cycle (discovery-concept introduction) most often involves several repeating sequences of each before moving on to concept application.

During concept application, students (teachers) work on new problems with the potential for evoking a fresh look at the concepts previously studied (Brooks&Brooks, 1993). The culminating activity for the course involved teams of three (2 teachers, 1 principal) designing an instructional unit in any content area implementing the use of technology. Included in the design were references to each of the 12 principles of constructivist teaching and activities covering each. Notice that the principal’s role was crucial and perhaps a bit overwhelming: the principal participated as a member of each of the small groups.

Constructivists believe students (teachers) should work on problems and situations simulating and representing authentic tasks. For this reason, teachers in the course were asked to implement the instructional unit in the classroom during that current semester. The assessment would involve a post-discussion with the principal and teachers at the end of the implementation phase.

Design effective technology staff development programs

Hopefully, displaying examples of how we tie constructivist principles to the use of technology in the classroom will help you as you begin to plan staff development activities in your own school. Though we may be in agreement about the value and strength of constructivist learning theory, we must be cognizant of the fact that staff development programs must match individual school site needs with available resources utilizing an effective delivery method. Obviously then, we must guard against adopting“canned”methods or strategies for the development of technology staff development programs. Only through assessing the needs of your staff, their expertise and deficiencies, then considering your available resources, can you hope to create a method of delivering appropriate and sustaining professional development in technology.

Think for a moment about the existing staff development methods used in your school or district. If they are anything like the methods observed in most schools, they are heavily focused on workshops, with an occasional outside speaker from a nearby college or university. We have a tendency to select activities without considering how this activity helps to meet the goals and objectives of our school. Existing technology staff development is no exception. Much consists of“hit and miss”workshops related to hardware and/or software, with little tie to instructional theory and even less of a tie to what will help students achieve. Before we leave this thought, let me present the National Education Association Research Division’s suggested 19 methods of staff development program delivery:

  • Classes and courses
  • Institutes
  • Conferences
  • Workshops
  • Staff meetings
  • Committee work
  • Professional reading
  • Field trips
  • Travel
  • Individual conferences
  • Camping
  • Work experience
  • Teacher exchanges
  • Research
  • Professional writing
  • Cultural experiences
  • Professional association work
  • Visits and demonstrations
  • Community organizational work

Using our model of connecting technology use to constructivist teaching, will you agree that the list above provides many more opportunities than we thought available for designing effective, productive, (and fun) staff development programs for the use of technology to improve instruction.

Concluding thoughts

David Pepi and Geoffrey Scheurman from the University of Wisconsin (1996) draw three parallels existing between Hans Christian Anderson’s (1949) tale, The Emperor’s New Clothes, and our headlong rush to maximize the use of computer technology in public school classrooms. Remember the story?

Two charlatans hoodwinked the Emperor and his court by claiming they could weave the most beautify cloth in the world. Interested in keeping them with the gold metals and silk threads they claimed they needed to weave the magnificent cloth. As the weeks passed, the weavers called for more and more gold and silk thread. Instead of using any of the gold or thread for weaving, they squandered the money on themselves. When presenting the“non-existent”clothes to the Emperor, they explained it had magical powers, one of which could be seen by ordinary folks. It took a child, free of the burden of self-doubt to shout, But the Emperor has nothing on at all!!!(Andersen, 1949, p. 41)

Pepi and Scheurman’s three parallels to our use of technology in schools are:

  • Like the Emperor, education has a long history of gravitating toward the latest fashion, often at great cost to the profession and those it serves;
  • Just as in the weaving of magic cloth, computer technology takes money. With money comes power, and power can corrupt (consider the percentage of money allocated for technology in our operating budgets); and
  • The lure of computer technology has a magic air about it. Faced with silvery disks with rainbow hues and an abstract highway that makes the yellow brick road seem mundane, the uninitiated may find it hard to question the legitimacy of the movement, much less say no or whoa to it. (p. 230)

Closing this chapter on staff development with a quote from Philip Schlectly’s Inventing Better Schools (1997) seems appropriate:

Whether the present demand that our schools be restructured will be positively responded to remains to be seen. But I am confident of one thing: without leaders who will stay the course and without staff developers who understand what leads men and women to the frontier in the first place and what these men and women need to keep on going, all our efforts to reform our schools will fail. (p. 220)

Questions & Answers

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In economics, a perfect market refers to a theoretical construct where all participants have perfect information, goods are homogenous, there are no barriers to entry or exit, and prices are determined solely by supply and demand. It's an idealized model used for analysis,
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AI-Robot
When MP₁ becomes negative, TP start to decline. Extuples Suppose that the short-run production function of certain cut-flower firm is given by: Q=4KL-0.6K2 - 0.112 • Where is quantity of cut flower produced, I is labour input and K is fixed capital input (K-5). Determine the average product of lab
Kelo
Extuples Suppose that the short-run production function of certain cut-flower firm is given by: Q=4KL-0.6K2 - 0.112 • Where is quantity of cut flower produced, I is labour input and K is fixed capital input (K-5). Determine the average product of labour (APL) and marginal product of labour (MPL)
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Quantity demanded refers to the specific amount of a good or service that consumers are willing and able to purchase at a give price and within a specific time period. Demand, on the other hand, is a broader concept that encompasses the entire relationship between price and quantity demanded
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Economic growth as an increase in the production and consumption of goods and services within an economy.but Economic development as a broader concept that encompasses not only economic growth but also social & human well being.
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In economics, the contract curve refers to the set of points in an Edgeworth box diagram where both parties involved in a trade cannot be made better off without making one of them worse off. It represents the Pareto efficient allocations of goods between two individuals or entities, where neither p
Cornelius
In economics, the contract curve refers to the set of points in an Edgeworth box diagram where both parties involved in a trade cannot be made better off without making one of them worse off. It represents the Pareto efficient allocations of goods between two individuals or entities,
Cornelius
Suppose a consumer consuming two commodities X and Y has The following utility function u=X0.4 Y0.6. If the price of the X and Y are 2 and 3 respectively and income Constraint is birr 50. A,Calculate quantities of x and y which maximize utility. B,Calculate value of Lagrange multiplier. C,Calculate quantities of X and Y consumed with a given price. D,alculate optimum level of output .
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Answer
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c
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suppose the production function is given by ( L, K)=L¼K¾.assuming capital is fixed find APL and MPL. consider the following short run production function:Q=6L²-0.4L³ a) find the value of L that maximizes output b)find the value of L that maximizes marginal product
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types of unemployment
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What is the difference between perfect competition and monopolistic competition?
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Source:  OpenStax, School personnel administration and instructional supervision. OpenStax CNX. May 27, 2009 Download for free at http://cnx.org/content/col10627/1.3
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