Jumat, 16 Januari 2015

Putting Leadership in Front of Technology: A Call for Action

Putting Leadership in Front of Technology: A Call for Action

Jayson W. Richardson
Associate Professor, University of Kentucky, USA

School leadership is nothing new. Schools have always had leaders. Technology is nothing new either. Societies have always adopted technologies (albeit digital, analog, or physical) that improve one’s quality of life. However, linking digital technology and school leadership often creates quite the conundrum for teachers, leaders, researchers, educational preparation programs, policy makers, funding agencies, international development agencies, parents, and students. If we look around the globe, it is difficult to find examples of school leaders who ‘get it.’ Yet, there is a cornucopia of examples of leaders and schools that are failing miserably with regards to technology. With that said, the challenge moving forward is to understand what works with regards to school technology leadership and help schools better prepare students for the uncertain, technologically suffused world that lies ahead of them.

Foci of CASTLE
Digital technologies have irretrievably changed our lives. They are fostering upheavals in how we think, play, and work. They are transforming the world around us. This is a societal shift on the scale of the Industrial Revolution - only quicker. It is therefore vital that school leaders make this shift effectively, efficiently, and more importantly, do it now. As such, the Center for the Advanced Study of Technology Leadership in Education (CASTLE) is the United State’s (possibly the world’s) only center dedicated to the technology side of school leadership. The center is housed at the University of Kentucky in the United States and is a dedicated center for the University Council for Educational Administrators (UCEA). UCEA is a consortium of higher education institutions that prepare educational leaders. In short, UCEA is the professional organization for research universities and CASTLE is the research center focused on the field of school technology leadership. CASTLE’s reach is well beyond just the United States. CASTLE has collaborated with universities and faculty members from countries around the world, including but not limited to Malaysia, Cambodia, Peru, Thailand, Japan, South Africa, Turkey, China, Finland, and India.
Researchers who work in the field of school technology leadership are ardent about school reform that is driven by technological advances. McLeod (2011) sums up this passion when he said:
In the end, it’s not about us. It’s not about our personal or professional priorities and preferences, or our discomfort levels, or any of the other stuff that has to do with us. It’s about our students: our children and our youth who deserve at the end of their schooling experience to be prepared for the world in which they’re going to live and work and think and play and be. That’s the obligation of each and every one of us. No educator—or preparer of educators—gets to disown this. (p. 4)

Further, McLeod (2011) emphasizes the need for systemic change.
If we are to accomplish these goals—if we are to treat seriously the task of graduating school leaders who can create school environments that prepare students for a digital, global era—we must recognize that there is a significant difference between our traditional educational leadership coursework (that occasionally is delivered online) and coursework that puts technology and 21st-century skills and leadership at its core. (p. 4)

Thus the onus is on all of us, starting with professors of educational leadership and school administration programs, to change the status quo and be agents of the change we want to see in our schools. This is a core driver of CASTLE’s work.
CASTLE is co-directed by four leaders. Dr. Scott McLeod is the founder of CASTLE and is the Director of Innovation for Prarie Lakes Area Education Agency in Iowa. Dr. Jayson W. Richardson is an Associate Professor of Educational Leadership Studies and the Director of Online Teaching and Learning at the University of Kentucky. Dr. John Nash is an Associate Professor of Educational Leadership Studies and the Director of the dLab at the University of Kentucky. Dr. Justin Bathon is an Associate Professor of Educational Leadership Studies at the University of Kentucky and focuses his work on legal and policy issues in the field.

Research Says . . .
In short, leadership matters. Fullan (2002) notes that educational change is only possible with a shared vision and a common goal. Further, Fullan (2001) reminds us that educational change involves adults who are actively engaged in their own learning process. For school leaders, understanding this element is essential for educational change to succeed. Thus, the burden is on the school leader to understand how to set a goal, how to coalesce stakeholders around a common vision, and how her actions can impact the desired change state. Given these elements, the space for innovation to blossom is created.  
Researchers have demonstrated that the school leader is the most impactful school-related factor on student learning after the classroom teacher (Leithwood & Riehl, 2003; Vitaska, 2008). Research has shown that the school leader accounts for approximately one-fourth of all school-related effects on learning outcomes (Leithwood et al., 2004). Thus, the leader is in a powerful place to initiate educational change that can impact the educational experiences of teachers as well as students.
Fullan (2001) said “the main problem is not the absence of innovation in schools, but rather the presence of too many disconnected, episodic, fragmented, superficially adorned projects” (p. 21). Fullan further stated that “educational change is technically simple and socially complex” (p. 69). Thus, to navigate any educational change process, the school leader is at the core. School leaders are the key to sustained, district wide and school wide reform efforts. In the United States, it is the role of the superintendent to lead district wide reform. In most countries, it is the role of the principal or head teacher to navigate school-level educational reform efforts. It is therefore vital to understand school technology leadership at both levels (district and building) of leadership. Perez and Uline (2003) noted,
The ways in which school leaders think about computer technology may determine their effectiveness as instructional technology leaders and administrative technology users. Yet, how a leader thinks involves more the content of thought, the manner of thought, the cognitive processes that create the cognitive and behavioral product. (p. 146)

It is CASTLE’s belief that district leaders and building leaders have unique technology leadership needs. Addressing these needswill help states, universities, and professional organizations move forward. McLeod (2011) noted,
If it is difficult to overstate the technological disruptions that are occurring around us, it is equally difficult to understate the lack of progress that most schools have made in response to these overarching societal changes. The reluctance of school personnel to adopt modern technologies and significantly alter existing pedagogicaland organizational practices has long been catalogued. (p. 3)

Where to Start - CASTLE Resources
CASTLE’s mantra has always been “build it then give it away.” As such, the directors have made strides in offering manyresources to help school leaders navigate modern technological shifts. CASTLE provides resources such as blogs, social media, websites, professional development, and research.Many resources from CASTLE are free for use and reuse under Creative Commons Attribution –ShareAlike 4.0 International License (http://creativecommons.org/licenses/by-sa/4.0/).What follows are resources focused on the field of school technology leadership.

Blog and Twitter
When asked where to begin, I always point people to the thought leaders in the field. Arguably, one of the best starting points to understand school technology leadership is the Dangerously Irrelevant blog (http://dangerouslyirrelevant.org/) written by Dr. Scott McLeod, the founding director of CASTLE. McLeod regularly posts about issues that matter to schools, technologists, school leaders, and teachers.
Some of McLeod’s most popular posts include titles such as “Don’t teach kids this stuff. Please?”, “Do most educational games suck?”, and “Struggling with educators lack of technology fluency.” In “We can’t let educators off the hook,” McLeod (2010) argues that we have to hold teachers accountable to prepare students for the modern, digitally suffused world. He wrote:
The reason many of us now ‘get it’ is because we realized that the world is changing, we recognized our responsibility to our students and schools, and we dived in and learned as we went along. Changing inertia into momentum, not waiting for someone to hand us the answer, taking responsibility ourselves rather than blaming others for our own inactivity –that’s what life-long learners do. That’s what effective educators do. That’s what we owe our children.(para. 11)

In addition to providing insight and information, McLeod often shares valuable resources. He has shared things such as videosof students using cell phones in the classroom, useful apps for school leaders, reviews of books for leaders and teachers, research on Internet filtering and blocking, and activities for setting school visions. If you are looking for a starting place to understand the field of school technology leadership, Dangerously Irrelevant is a must read. If you are on Twitter, feel free to follow thesethought leaders too: @mcleod, @jaysonr, @edjurist, @jnash, @uceacastle.

CASTLE Website
CASTLE hosts a robust website (http://schooltechleadership.org) dedicated to highlighting resources, projects, research, affiliations, and current events. The website is organized around blogs, scholarship, teaching, projects, and people. The blog section offers a front page for all blogs affiliated with CASTLE. The scholarship section details most publications (articles, books, and white papers) that have been written by CASTLE directors and affiliates. The teaching section details the programs as well as courses taught by the directors that are focused on school technology leadership. Our projects page offers details on endeavors in which we are currently involved such as the technology leadership interview series.

Professional Development Resources
CASTLE offers professional development to schools, universities, government agencies, Ministries of Education, and learning organizations. CASTLE maintains a wiki where many resources are hosted(http://uceacastle.wikispaces.com/). Additionally, Dr. Scott McLeod shares his resources on his personal site (http://dangerouslyirrelevant.org/workshops). Both sites offer a plethora of resources for leaders, academics, and teachers to engage in activities germane to school technology leadership.

Going Deeper – Samples of Research at CASTLE
CASTLE is an active research center dedicated to building the literature around school technology leadership. Although not complete, what follows is summary of some of the projects in which we have undertaken. To see a more complete list of research, please visit our research page on the CASTLE website.

Technology Savvy District Leaders
Richardson, Sauers, and McLeod (in press) and Sauers, Richardson, and McLeod (in press) conducted a study on district leaders who were national awarded technology leaders. The 11 award winners were each peer identified as a superintendent who demonstrates a clear understanding of what it means to lead today’s technology-suffused schools. The authors of these articles focused on dispositions and challenges.
Richardson, Sauers, and McLeod (in press) analyzed dispositions of technology savvy superintendents. They found that these leaders held four core dispositions including understanding change, being a risk taker, having a vision, and engaging in ongoing personal learning. These four themes are explored next.
Understanding the Human Side to Technology. Each superintendent understood and embraced the notion that innovation adoption involved real people with real needs. The superintendents highlighted the importance of considering the unique needs of individuals when implementing various initiatives; setting expectations for their teachers, themselves, and other school leaders; and accounting for the individual needs of staff members. Being a Risk Taker. A core disposition that emerged in the interviews is that the superintendents in the study were risk takers. This disposition was reiterated by almost all of the superintendents in the study. Personal Learning. Each participant was a lifelong learner who strived to constantly enhance his or her own learning. Participants talked about how they learned from other educators and how they used technology tools to help themselves learn. Although the ways in which they learned were not all the same (i.e., conferences, peers, personal learning networks, etc.), each discussed their commitment to ongoing learning. Vision. Although all of the participants in the study did not hold the same vision for technology leadership, they each clearly articulated a vision. They used their vision as a driving force for the various technology initiatives that they implemented.  
Sauers, Richardson, and McLeod (in press) focused their article on the successes and challenges faced by these same 11 superintendents identified as technology-savvy.The superintendents described their experiences overcoming common issues integrating technology into their district. Themes that emerged were related to shared vision, infrastructure, communication, and professional development.

Large Scale 1:1 Computing Initiatives
Richardson, McLeod, Flora, Sauers, Sincar, and Kannan (2013) researched all large scale 1:1 computing initiatives around the world. In this study, the authors systematically compiled an open access database of all 1:1 initiatives noting device type, grade levels, number of initial units, program, funding levels, and professional development. The authors found that: 1) the XO and the Classmate PC dominate large-scale 1:1 initiatives; 2) if professional development was conducted within a 1:1 initiatives, it was done at the onset of the project by vendors of the hardware; and 3) funding for 1:1 initiatives appears to be provided initially but not as a reoccurring expense.

ICT and Peace
CASTLE researchers have also looked at how technology has been used for peace and reconciliation. Using Cambodia and Tibet as starting points, Brantmeier and Richardson (2009) created a model for how ICTs can been used to catalyze peaceful conflict resolutions. The model includes domains of consciousness raising, political mobilization, dialogue, reconciliation, and renewal. In a later article, Richardson and Brantmeier (2012) test the model in the case of Egypt after the 2011 revolutions. Here the authors conclude:
The model does shed light on a pressing need to understand how ICTs shiftthe locus of power from governments and other entities that might intend to control the ebb and flow of information, into the hands of ordinary citizens.
The distance from head to hand to global community has been significantly decreased through ICTs and their power to achieve a counter-narrative. (p. 264)

Legal Issues Associated with Technology in Schools
Justin Bathon, a co-director of CASTLE, focuses his work on legal issues surrounding technology in school. For example, Bathon (2012) wrote about the rights of school employees with regards to expression. Bon, Bathon, and Balzano (in press) focused their work on teachers who use social media and the implications on human resource management. Brady and Bathon (2012) summarizededucation law as it pertains to issues of open access. Finally, Bathon and Brady (2011) wrote a legal analysis of teacher free speech in a digital age. In addition to legal issues, Baker and Bathon (2013) also wrote a guide for financing online and virtual schools.

Technology in Less Developed Countries
CASTLE researchers have published a series of articles focused on technology in less developed countries. Richardson’s work in Cambodia has been particularly prolific. For example, Richardson (2008) analyzed Cambodia ICT in education policy through the lenses of policies, problems, and politics. Richardson (2008) found that in this specific context, the political will was lacking with regards to implementing technology in education.
Richardson worked on various ICT in education projects in Cambodia and wrote extensively about this work. For example, Richardson (2009) provided a project summary of outputs and achievements related to a national teacher training and technology project. Richardson (2011a) also analyzed the challenges faced by teachers when adopting technology in Cambodia. Additionally, Richardson (2011b) quantitatively measured adoption rates by teachers in Cambodia using the Diffusion of Innovations theory. These projects have spawned tangential research projects including work in India and Malaysia.

Coverage of School Technology Leadership
McLeod and Richardson (2011) wrote an often cited article on school technology leadership simply because they empirically demonstrated that the field has been understudied at professional conferences and in the journals most likely read by educational leadership faculty members. In “Dearth of Technology Leadership Coverage,” the authors found only 43 articles with a focus on school technology leadership were published from 1997-2009 in the top 25 most often cited journals in the field.
Additionally, McLeod, Bathon, and Richardson (2011) summarized a special issue of the Journal of Research on Leadership Education that was dedicated to technology and the preparation of school leaders. These authors found that the literature has tended to focus on three intersections. First, authors focus on using digital technology to teach traditional educational leadership content. Second, authors focus on training school leaders to use technology better. Third, authors focus on preparing leaders to be better school technology leaders. The authors concluded:
Unfortunately, it is the third domain—preparing school administrators to be better technology leaders—that is most significant. It is this third domain that will be most impactful on students, schools, and society. While it is appropriate and desirable to transform the technology tool usage of both our students and ourselves as faculty, neither of those specifically target one of the most critical educational issues of our time: the need to create and facilitate learning environments for P-12 students that prepare them for the digital, global world in which we now live. (p. 292)

Preparing School Leaders in Online Environments
CASTLE directors have conducted research on the acceptability of online credentials for school leaders. Richardson, McLeod, and Garrett Dikkers (2011a) published one article on how school districts treat K-12 principals and principal candidates with online credentials and another on the perceptions of online credentials for school principals (Richardson, McLeod, & Garrett Dikkers, 2011b). By analyzing 105 surveys from human resource directors, the authors were able to determine if school principals with online degrees could get a job and how districts would treat current principals who tried to get an online degree. This topic was later explored by Richardson (2010) who wrote“Online Credentials: A State of Wariness” for theThe School Administrator. The results of the study indicate that school districts are quite hesitant to hire administrators with online credentials.

Fostering a Technology Vision for School Leaders
In educational leadership, vision statements set objectives to improve the quality of education that are both appealing and distinctive. Pekarsky (1998) wrote a “well conceived vision is an informing idea that is shared, clean and compelling” (p. 280). Pekarsky further detailed that a vision statement coalesces people and efforts. A vision statement, however, should be responsive to modern digital technologies.
To help administrators define and understand what technology leadership looks like, the International Society of Technology in Education (ISTE) developed the first set of National Educational Technology Standards for Administrators (NETS-A). Limited research has been done on how school administrators develop mastery of these technology standards. Conceptually based on these standards,Richardson, Flora, and Bathon (2013)conducted a study to understand how future school leaders create meaning with regard to school technology leadership. In the study, 20 pre-service school leadership students wrote a pre-course and post-course vision statement for school technology leadership. The authors analyzed the statements according to the NETS-A to determine the extent to which shifts occurred in how these future leaders incorporate technology into their visions of teaching and learning.

A Call to Action
School leadership directly impacts how technology is used for teaching and learning (Byrom & Bingham, 2001; Granger, Lotherington, Oweston, & Wideman, 2002; Han, 2002). This finding is relevant not only to the United States but globally as well. In fact, various international studies have mirrored the findings described above (Afshari, Bakar, Luan, Samah, & Fooi, 2009; Banoglu, 2011; Brooks, 2011). The research literature indicates that the need for school technology leadership is real, lasting, and grave.
Researchers have noted that if school leaders do not get technology leadership, successful technology innovations will not happen (McLeod, Bathon, & Richardson, 2011). Leaders are the lynchpin to successful technology innovations. For example, Levin and Schrum (2012) researched eight award-winning, technology-rich schools. The authors found that the leaders of these schools each had a clear vision, enacted distributed leadership, planned for changes, secured an adequate level of funding, created structures of professional support including ongoing professional development, focused on the school culture, revised the curriculum to meet modern needs, and collaborated with stakeholders. These findings have been mirrored in others studies such as that of Anderson and Dexter (2005) who studied five laptop schools.
Prensky (2010) eloquently noted that “there is a huge paradox for educators: the place where the biggest educational changes have come is not our schools; it is everywhere else but our schools” (p. 1). Additionally, Schrum and Levin (2009) quipped,
If you think about the changes that occurred in the 20th century and consider the pace of change that occurred in the last half of that century, it is easy to see how difficult it is to predict what lives will be like for the students we are educating in today’s schools. (p. 6)

This call for change is evident. School leaders no longer question the value of the pencil, the blackboard, the book, or desks. Yet, digital technologies remain in question to many leaders. For those leaders who do not proactively address technology, they will soon find themselves irrelevant to the needs of students and teachers.

References
Anderson, R., & Dexter, S. (2005). School technology leadership: An empirical investigation of prevalence and effect. Educational Administrator Quarterly, 41(1), 49-82.
Afshari, M., Bakar, K. A., Luan, W. S., Samah, B. A., & Fooi, F. S. (2009). Technology and school leadership. Technology, Pedagogy and Education, 18(2), 235-248.
Baker, B. D., & Bathon, J. (2013). Financing online education and virtual schooling: A guide for policy makers and advocates. National Education Policy Center, Boulder, CO. Retrieved from http://nepc.colorado.edu/files/lb-pb-onlineedfinancing-policy_0.pdf
Banoglu, K. (2011). School principals’ technology leadership competency and technology coordinatorship. Educational Sciences: Theory & Practice, 11(1), 208-213.
Bathon, J. (2012). Expression and association rights of school employees in electronic environments. Journal of School Leadership 22(6), 1155-1176.
Bathon, J. M., & Brady, K. (2011). Teacher free speech and expression in a digital age: A legal analysis. NASSP Bulletin, 94(3), 213-226.
Bon, S. C., Bathon, J., & Balzano, A. M. (in press). Social media [mis]use by teachers: Looking to the courts for human resource policy guidance. Journal of School Public Relations.
Brady, K. P., & Bathon, J. M. (2012). The state of education law research in a digital age: The implications of the open legal access movement. West’s Education Law Reporter, 277, 589-607.
Brantmeier, E., & Richardson, J. (2009). ICT for peace and reconciliation: Constraints and possibilities in Cambodia and Tibet. In C. Vrasidas, M. Zembylas, & G. Glass (Eds.), ICT for education, development, and social justice (pp. 213-236). Charlotte, NC: Information Age Publishing.
Brooks, C. (2011). Locating leadership: The blind spot in Alberta’s technology policy discourse. Education Policy Analysis Archives, 19(26), 1-23.
Byrom, E., & Bingham, M. (2001). Factors influencing the effective use of technology for teaching and learning: Lessons learned from SEIR*TEC Intensive Site Schools (2nd ed.). Greensboro, NC: SERVE.
Fullan, M. (2001). The meaning of educational change (3rd ed.). New York, NY: Teachers College Press.
Fullan, M. (2002, May). The change leader. Educational Leadership, 16-19.
Granger, C. A., Lotherington, H., Oweston, R. D., & Wideman, H. H. (2002). Factors contributing to teachers’ successful implementation of IT. Journal of Computer Assisted Learning, 18, 480-488.
Han, C. (2002). Leadership roles of a pre-school principal in the use of ICT. Contemporary Issues in Early Childhood, 3(2), 293-297.
Leithwood, K. A., & Riehl, C. (2003). What we know about successful school leadership. Philadelphia, PA: Laboratory for Student Success, Temple University.
Leithwood, K. A., Louis, K., Anderson, S., & Wahlstrom, K. (2004). How leadership influences student learning. New York, NY: The Wallace Foundation.
Levin, B. B., & Schrum, L. (2012). Leading technology-rich schools: Award winning. New York, NY: Teachers College Press.
McLeod, S. (2010, September 29). We can’t let educators off the hook. Retrieved from http://dangerouslyirrelevant.org/2010/09/we-cant-let-educators-off-the-hook.html
McLeod, S. (2011). Are we irrelevant to the digital, global world in which we live? UCEA Review, 52(2), 1-5.
McLeod, S., Bathon, J., & Richardson, J. W. (2011). Studies of technology tool usage are not enough: A response to the articles in this special issue. Journal of Research in Leadership in Education, 6(5), 288-297.
McLeod, S., & Richardson, J. W. (2011). The dearth of technology coverage. Journal of School Leadership, 21(2), 216-240.
Pekarsky, D. (1998). Vision and education. In H. Marantz (Ed.), Judaism and education (pp. 277-291). Beersheva, Israel: Ben-Gurion University of the Negeu Press.
Perez, L. G., & Uline, C. L. (2003). Administrative problem solving in the information age: Creating technological capacity. Journal of Educational Administration, 41(2), 143-157.
Prensky, M. (2010). Teaching digital natives: Partnering for real learning. Thousand Oaks, CA: Corwin.
Richardson, J. W. (2008). ICT in education reform in Cambodia: Problems, politics, and policies impacting implementation. Information Technology for International Development, 4(4), 67-82.
Richardson, J. W. (2009). Providing ICT skills to teacher trainers in Cambodia: Summary of project outputs and achievements. Journal of Education for International Development, 4(2), 1-12.
Richardson, J. W. (2010, September). Online credentials: A state of wariness. The School Administrator, 18-22.
Richardson, J. W. (2011a). Challenges of adopting technology for education in less developed countries: The case of Cambodia. Comparative Education Review, 55(1), 8-29.
Richardson, J. W. (2011b). Technology adoption in Cambodia: Measuring factors impacting adoption rates. Journal of International Development, 23(5), 697-710. doi: 10.1002/jid.166.
Richardson, J. W., & Brantmeier, E. (2012). From head to hand to global community: The role of ICTs in catalyzing conflict transformation in Egypt. Education, Business and Society: Contemporary Middle Eastern Issues, 5(4), 254-266.
Richardson, J. W., Flora, K., & Bathon, J. (2013). Fostering a technology vision for school leaders. International Journal of Educational Leadership Preparation, 8(1), 144-161.
Richardson, J. W., McLeod, S., & Garrett Dikkers, A. (2011a). How do school districts treat K-12 principals and principal candidates with online credentials? International Journal of Leadership in Education, 14(3), 351-368. doi:10.1080/13603124.2011.560284
Richardson, J. W., McLeod, S., & Garrett Dikkers, A. (2011b). Perceptions of online credentials for school principals. Journal of Educational Administration, 49(4), 378-395.
Richardson, J. W., McLeod, S., Flora, K., Sauers, N., Sincar, M., & Kannan, S. (2013). Large-scale 1:1 computing initiatives: An open access database. International Journal of Education and Development using Information and Communication Technology, 9(1), 4-18.
Richardson, J. W., Sauers, N., & McLeod, S. (in press). Technology leadership is just GOOD leadership: Dispositions of tech-savvy superintendents. AASA Journal of Scholarship & Practice.
Sauers, N. J., Richardson, J. W., & McLeod, S. (in press, 2014). Technology-savvy superintendents: Successes and challenges. Journal of School Leadership, 24(6).
Schrum, L., & Levin, B.B., (2009). Leading 21st century schools: Harnessing technology for engagement and achievement. Thousand Oaks, CA: Sage.
Vitaska, S. (2008). Strong leaders strong schools: 2007 state laws. Washington, DC: National Conference of State Legislatures.

Kebijakan Peminatan Pada Kurikulum 2013

Mulai Tahun 2013 Program penjurusan peserta didik SMA kelas XI yang dilaksanakan pada kurikulum satuan tingkat pendidikan telah dirubah menjadi kelompok peminatan mulai dari kelas X, sesuai dengan rumusan hasil uji publik yang telah dirampungkan oleh Kementerian Pendidikan dan kebudayaan. Kesadaran bahwa perkembangan dan perubahan yang terjadi dalam kehidupan bermasyarakat, berbangsa dan bernegara di Indonesia tidak terlepas dari pengaruh perubahan global, perkembangan ilmu pengetahuan dan teknologi serta seni dan budaya mendasari perubahan kurikulum satuan tingkat pendidikan menjadi kurikulum 2013. Sesuai dengan Peraturan Menteri No 64 Tahun 2014 pasal 1 ayat 1 yang menyebutkan: “peminatan adalah program kurikuler yang disediakan untuk mengakomodasi pilihan minat, bakat dan/atau kemampuan peserta didik dengan orientasi pemusatan, perluasan, dan/atau pendalaman mata pelajaran dan/atau muatan kejuruan”.
Diberlakukannya kurikulum 2013, istilah penjurusan dirubah menjadi peminatan. Menurut Wakil Menteri Pendidikan dan Kebudayaan Bidang Pendidikan, Musliar Kaslim sistem penjurusan di SMA selama ini hanya didasarkan nilai saja tanpa mempertimbangkan minat siswa. Pelaksanaan peminatan bertujuan supaya anak berkembang sesuai keinginan atau minat.
Sistem peminatan telah menjadi pilihan untuk siswa pada jenjang Sekolah Menengah Atas (SMA) dalam kurikulum baru.
Fenomena dalam melanjutkan atau memilih program studi menunjukkan bahwa peserta didik tamatan SMP/MTs yang memasuki SMA/MA dan SMK, dan tamatan SMA/MA dan SMK yang memasuki perguruan tinggi belum semuanya didasarkan atas peminatan peserta didik yang didukung oleh potensi dan kondisi diri secara memadai sebagai modal pengembangan potensi secara optimal, seperti kemampuan dasar umum (kecerdasan), bakat, minat dan kondisi fisik serta sosial budaya dan minat karir mereka. Akibatnya perkembangan mereka kurang optimal, tidak seperti yang diharapkan. Oleh sebab itu, pengarahan lebih awal dalam peminatan, khususnya dalam pemilihan dan penetapan pilihan peminatan dan juga kelanjutan studi yang sesuai dengan potensi dan kondisi diri peserta didik serta lingkungannya perlu segera dilakukan.
Implementasi kurikulum 2013 dapat menimbulkan masalah bagi peserta didik SMA/MA dan SMK yang tidak mampu menentukan pilihan arah peminatan kelompok mata pelajaran dan mata pelajaran secara tepat, dampak ketidakmampuan menentukan arah peminatan tersebut adalah kesulitan belajar dan terjadinya kecenderungan gagal dalam belajar. Penentuan arah peminatan hendaknya sesuai dengan kemampuan dasar, bakat, minat dan kecenderungan pilih peserta didik agar proses belajar berjalan dengan baik dan berhasil (Materi Pelatihan Implementasi Kurikulum 2013 Untuk Guru BK: 2013).
Terdapat tiga kelompok peminatan dalam jenjang SMA, yakni kelompok Matematika dan Ilmu-ilmu Alam, Ilmu-ilmu Sosial, serta Ilmu Bahasa dan Budaya. Kategori minat Matematika dan Ilmu-ilmu Alam terdiri atas Matematika, Fisika, Biologi, dan Kimia. Sementara ilmu-ilmu Sosial, terdiri atas  Geografi, Sejarah, Sosiologi, dan Ekonomi. Ilmu Bahasa dan Budaya terdiri atas Bahasa Sastra Indonesia/Inggris/asing lain dan Antropologi. Sistem peminatan yang mulai dilakukan pada kelas X ini tentu membutuhkan peran dari guru Bimbingan Konseling (BK) untuk mengarahkan peserta didik sesuai minatnya (http://edukasi.kompas.com/read/2013/02/13/16432269/Cara.Sekolah.Bantu.Siswa.Menentukan.Peminatan). Sesuai dengan berita yang diunduh pada laman http://sp.beritasatu.com/nasional/kurikulum-2013-peminatan-di-sma-sesuai-rapor-dan-wawancara/38170 yang menyatakan bahwa Seleksi peminatan akan dilakukan berdasarkan nilai rapor SMP dan wawancara oleh guru Bimbingan dan Konseling (BK).


Manfaat Strategi Pembelajaran Penjaskes

    Seorang guru dalam memilih dan menetapkan strategi pembelajaran tidak lepas dari tujuan pembelajaran karena tujuan pembelajaran merupakan awal dan muara dari kegiatan pembelajaran itu sendiri. Guru professional harus dapat merumuskan tujuan pembelajarannya dalam bentuk perilaku siswa yang dapat diukur yaitu menunjukkan apa yang dapat dilakukan oleh siswa tersebut sesudah mengikuti pelajaran. Adapun manfaat dari strategi pembelajaran dalam penjas yaitu:  
(1)  memudahkan dalam mengkomunikasikan maksud kegiatan belajar mengajar kepada  siswa, sehingga siswa dapat melakukan perbuatan belajarnya secara  lebih mandiri, 
(2) memudahkan guru memilih dan menyusun bahan ajar, 
(3)  membantu memudahkan guru menentukan kegiatan belajar dan media pembelajaran, 
(4) memudahkan guru mengadakan penilaian.

Ada dua kriteria yang harus dipenuhi dalam memilih tujuan pembelajaran, yaitu: 
(1) preferensi nilai guru yaitu cara pandang dan keyakinan guru mengenai apa yang penting dan seharusnya diajarkan kepada siswa serta bagaimana cara membelajarkannya; dan 
(2) analisis taksonomi perilaku; dengan menganalisis taksonomi perilaku ini, guru akan dapat menentukan dan menitikberatkan bentuk dan jenis pembelajaran yang akan dikembangkan, apakah seorang guru hendak menitikberatkan pada pembelajaran kognitif, afektif ataukah psikomotor.

Macam-macam Teknik Penyajian Belajar Mengajar

Ada beberapa macam bentuk teknik penyajian belajar mengajar, yaitu :
1. Teknik Diskusi
Teknik diskusi adalah salah satu teknik belajar mengajar yang dilakukan oleh seorang guru di sekolah, yang dimana di dalam teknik ini terjadi proses interaksi antara dua atau lebih individu yang terlibat, saling tukar menukar pengalaman, informasi, memecahkan masalah, dapat juga semuanya aktif tidak ada yagn pasif sebagai pendengar.

2. Teknik Kerja Kelompok
Teknik kerja kelompok adalalah suatu cara mengajar, di mana siswa di dalam kelas dipandang sebagi suatu kelompok atau dibagi menjadi beberapa kelompok. Mereka bekerja bersama dalam memecahkan masalah, atau melaksanakan tugas tertentu, dan berusaha mencapai tujuan pengajaran yang telah ditentukan oleh guru.

3.  Teknik Penemuan (Discovery)
Teknik penemuan merupakan proses dimana seorang siswa melakukan proses mental yang harus mampu mengasimilasikan sesuatu konsep atau prinsip, yang dimaksud proses mental ialah mengamati, mencerna, mengerti menggolong-golongkan, membuat dugaan membuat kesimpulan dan lain sebagainya. Sedangkan prinsip yang dimaksud dengan prinsip ialah siswa dibiarkan menemukan sendiri atau mengalami mental itu sendiri, guru hanya membimbing dan memberiakn instruksi.

4.  Teknik Penyajian Tanya-Jawab
Teknik penyajian tanya-jawab ialah suatu cara untuk memberikan motivasi pada siswa agar bangkit pemikirannya untuk bertanya, selama mendengarkan pelajaran atau mengajukan pertanyaan-pertanyaan mengenai isi pelajaran yang sedang diajarkan guru agar dimengerti, bermanfaat dan dapat diingat dengan baik.
5. Teknik Ceramah
Teknik ceramah ialah cara mengajar yang paling tradisional dan telah lama dijalankan dalam sejarah pendidikan, yaitu dimana seorang guru menularkan pengetahuannya kepada siswa secara lisan atau ceramah. 

Ada banyak lagi macam- macam teknik penyajian belajar mengajar diantaranya, Simulasi, Unit Teaching, Microteaching, Sumbang Saran, Inqury, Eksperimen, Demonstrasi, Karya Wisata, Penyajian Secara Kasus, Latihan, dan lain sebagainya. Dalam keterbatasan Rumusan Masalah dan Bahan materi penulis hanya dapat menjelaskan lima dari beberapa yang menjadi teknik-teknik penyajian belajar mengajar.

Jenis Strategi Belajar Mengajar

Berbagai jenis strategi Belajar Mengajar dapat dikelompokkan berdasarkan berbagai pertimbangan, antara lain:
1. Atas dasar pertimbangan proses pengolahan pesan.
  • Strategi Deduktif. Dengan Strategi Deduktif materi atau bahan pelajaran diolah dari mulai yang umum, generalisasi atau rumusan, ke yang bersifat khusus atau bagian-bagian. Bagian itu dapat berupa sifat, atribut atau ciri-ciri. Strategi. Deduktif dapat digunakan dalam mengajarkan konsep, baik konsep konkret maupun konsep terdefinisi.
  • Strategi Induktif. Dengan Strategi Induktif materi atau bahan pelajaran diolah mulai dari yang khusus (sifat, ciri atau atribut) ke yang umum, generalisasi atau rumusan. Strategi Induktif dapat digunakan dalam mengajarkan konsep, baik konsep konkret maupun konsep terdefinisi.
2. Atas dasar pertimbangan pihak pengolah pesan.
  • Strategi Belajar Mengajar Ekspositorik, yaitu suatu strategi belajar mengajar yang menyiasati agar semua aspek dari komponen pembentukkan sistem intruksional mengarah pada penyampaian isi pelajaran kepada siswa secara langsung. Dalam strategi ini tidak perlu mencari dan menemukan sendiri fakta, prinsi dan konsep yang dipelajari. Semuanya telah disajikan guru secara jelas melalui aspek-aspek dari komponen yang langsung behubungan dengan para siswa pada waktu proses pembelajaran berlangsung.
  • Strategi Belajar Mengajar Heuristik, yaitu suatu strategi belajar mengajar yang mensiasati agar aspek-aspek dari komponen pembentuk sistem intruksional mengarah pada pengaktifan siswa untuk mencari dan menemukan sendiri fakta, prinsip dan konsep yagn mereka butuhkan.

3. Atas Dasar Pertimbangan Pengaturan Guru
  • Strategi Seorang Guru. Seorang guru mengajar kepada sejumlah siswa.
  • Strategi Pengajaran Beregu (Team Teaching). Dengan Pengajaran Beregu, dua orang atau lebih guru mengajar sejumlah siswa.Pengajaran Beregu dapat digunakan di dalam mengajarkan salah satu mata pelajaran atau sejumlah mata pelajaran yang terpusat kepada suatu topik tertentu.

4. Atas Dasar Pertimbangan Jumlah Siswa
  • Strategi Klasikal
  • Strategi Kelompok Kecil
  • Strategi Individual.
5. Atas Dasar Pertimbangan Interaksi Guru dengan Siswa
  • Strategi Tatap Muka. Akan lebih baik dengan menggunakan alat peraga.
  • Strategi Pengajaran Melalui Media. Guru tidak langsung kontak dengan siswa, akan tetapi guru “mewakilkan” kepada media. Siswa berinteraksi dengan media.
     6. Berdasarkan  Model Desain Pelaksanaan Evaluasi Belajar
Berdasarkan maksud atau fungsinya, terdapat beberapa model desain pelaksanaan evaluasi belajar-mengajar. Di antaranya ialah evaluasi; sumatif, formatif, refleksi, dan kombinasi dari ketiganya.
  • Evaluasi sumatif ialah model pelaksanaan evaluasi yang dilakukan setelah berakhirnya kegiatan belajar-mengajar, atau sering juga kita kenal dengan istilah lain, yaitu post test. Pola evaluasi ini dilakukan kalau kita hanya bermaksud mengetahui tahap perkembangan terakhir dari tingkat pengetahuan atau penguasaan belajar (mastery learning) yang telah dicapai oleh siswa. Asumsi yang mendasarinya ialah bahwa hasl belajar itu merupakan totalitas sejak awal sampai akhir, sehingga hasil akhir itu dapat kita asumsikan dengan hasil. Hasil penilaian ini merupakan indikator mengenai taraf keberhasilan proses belajar-mengajar tersebut. Atas dasar itu, kita dapat menentukan apakah dapat dilanjutkan kepada program baru atau harus diadakan pelajaran ulangan seperlunya.
  • Evaluasi formatif ialah model pelaksanaan evaluasi yang dilakukan selama masih berjalannya proses kegiatan belajar-mengajar. Mungkin kita baru menyelesaikan bagian-bagian atau unit-unit tertentu dari keseluruhan program atau bahan yang harus diselesaikan. Tujuannya ialah apabila kita menghendaki umpan-balik yang secara (immediate feedback), kelemahan-kelemahan dari proses belajar itu dapat segera diperbaiki sebelum terlanjur dengan kegiatan lebih lanjut yang mungkin akan lebih merugikan, baik bagi siswa maupun bagi guru sendiri. Bila dibiarkan kesalahan akan berlarut-larut. Dengan kata lain, evaluasi formatif ini lebih bersifat diagnostik untuk keperluan penyembuhan kesulitan-kesulitan atau kelemahan belajar-mengajar (remedial teaching and learning), sedangkan reevaluasi sumatif (EBTA) biasanya lebih berfungsi informatif bagi keperluan pengambilan keputusan, seperti penentuan nilai (grading), dan kelulusan.
  • Evaluasi reflektif ialah model pelaksanaan evaluasi yang dilakukan sebelum proses belajar-menagjar dilakukan atau sering kita kenal dengan sebutan pre-test. Sasaran utama dari evaluasi reflektif ini ialah untuk mendapatkan indikator atau informasi awal tentang kesiapan (readliness) siswa dan disposisi (keadaan taraf penguasaan) bahan atau pola-pola perilaku siswa sebagai dasar penyusunan rencana kegiatan belajar-menagjar dan peramalan tingkat keberhasilan yang mungkin dapat dicapainya setelah menjalani proses belajar-menagjar nantinya. Jadi, evaluasi reflektif lebih bersifat prediktif. 
    Penggunaan teknik pelaksanaan evaluasi itu secara kombinasi dapat dan sering juga dilakukan terutama antara reflektif dan sumatif atau model pre-post test design. Tujuan penggunaan model dilaksanakan evaluasi ini ialah apabila kita ingin mengetahui taraf keefektivan proses belajar-mengajar yang bersangkutan. Dengan cara demikian, kita akan mungkin mendeteksi seberapa jauh konstribusi dari komponen-komponen yang terlibat dalam proses belajar-mengajar tersebut. Sudah barang tentu model ini pun lebih bersifat diagnostik, tetapi lebih komprehensi.