The document discusses the use of digital badges and micro-credentials in higher education and the workforce. It provides details on the anatomy and validity of digital badges, noting that badge value is based on recognized demonstrated mastery tied to a specific standard or competency. It also lists many institutions and organizations that are currently issuing or accepting badges for skills and training.
NROC Digital Badge Webinar Presentation june 2016cccscoetc
This document discusses Colorado's digital badging initiative to credential technical skills. It provides background on the fragmented traditional credentialing system and outlines attributes of a new, learning-based system using digital badges. Badges provide portable, transparent credentials for skills obtained in various learning environments. Colorado's initiative aims to issue badges in technical areas like math, machining, and engineering based on industry-defined competencies. The badges provide evidence of skills to help learners and employers. Challenges to digital badges becoming mainstream include lack of awareness, but many institutions and companies now issue or accept badges.
This document discusses the use of digital badges to recognize skills and competencies in the workforce. It notes that today's credentialing system is complex and difficult to understand for employers, individuals, and educators. Digital badges can provide a learning-based alternative that is learner-centered, competency-based, and industry-driven. The Colorado Community College System is piloting the use of digital badges in several technical areas like math, machining, and engineering graphics. Badges can help provide transparent, portable credentials that map to specific skills and allow learners to showcase competencies across different programs and throughout their careers.
CCCS Digital Badging Taskforce Whitepaper BMP 1130cccscoetc
The document discusses establishing a digital badge system within the Colorado Community College System (CCCS). It proposes that CCCS can leverage digital badges or micro-credentials to document skills and provide a portable verification of competencies. The document outlines challenges in selecting a badge platform, developing processes and frameworks, and increasing demand. It recommends implementing a pilot program within 6 months using $5,000 in funding to select one of the top badge platforms and develop a pilot for Technical Math for Industry digital badges.
CCCS and CSU Digital Badge presentation at Aurora Badge Summit June 2016cccscoetc
Colorado State University Online and the Colorado Community College System are working to create a digital badge ecosystem across higher education institutions and industry in Colorado. The ecosystem is intended to provide transparent, portable credentials for learners through competency-based micro-credentials. It began in 2013 in response to needs from industry for shorter training turnarounds and a more credentialed workforce. Early collaborations established principles of learner-focused, community-centered and industry-driven badges, and a structure was developed to connect competencies, curriculum maps and badge graphics. Pilot programs issued over 130 badges from 2014-2015. Efforts continue to expand industry recognition of badges and connect badges to credit-bearing pathways and degrees.
The legitimacy of badges and micro-credentials in today's workplacecccschamp
This document discusses the potential role of badges and micro-credentials in today's workplace. It notes that the current credentialing system is fragmented and complex. Badges could represent specific skills and competencies in a way that is more transparent and understood by learners, workers and employers. The Colorado Community College System has launched several badge programs focused on technical skills areas based on input from industry. Challenges to digital badges include the resources required to develop programs and platforms as well as gaining acceptance from faculty and administrators.
Digital badges can recognize accomplishments, accreditation, and mastery. There are many sources that issue badges, but most are siloed. Mozilla Open Badges provides an open standard for badges that can be displayed and verified across systems. The presentation introduced digital badges and considerations for badge system design. It also covered earning badges from different sources, displaying badges, and getting started with issuing open badges at an institution.
Recognizing Knowledge and Skills in a Digital Age - WaterlooDon Presant
This document provides an overview of a keynote presentation given at Waterloo University on recognizing knowledge and skills in a digital age. It discusses the changing skills demands of the modern workplace and challenges with traditional education models. Open badges are proposed as a way to provide micro-credentials that represent skills gained through formal, non-formal and informal learning. Examples are given of how open badges are being used by various institutions and organizations to recognize skills, provide alternative credentials, and create skills networks. Aligning open badges with ePortfolios is discussed as a way to showcase learning from both academic and co-curricular experiences.
NROC Digital Badge Webinar Presentation june 2016cccscoetc
This document discusses Colorado's digital badging initiative to credential technical skills. It provides background on the fragmented traditional credentialing system and outlines attributes of a new, learning-based system using digital badges. Badges provide portable, transparent credentials for skills obtained in various learning environments. Colorado's initiative aims to issue badges in technical areas like math, machining, and engineering based on industry-defined competencies. The badges provide evidence of skills to help learners and employers. Challenges to digital badges becoming mainstream include lack of awareness, but many institutions and companies now issue or accept badges.
This document discusses the use of digital badges to recognize skills and competencies in the workforce. It notes that today's credentialing system is complex and difficult to understand for employers, individuals, and educators. Digital badges can provide a learning-based alternative that is learner-centered, competency-based, and industry-driven. The Colorado Community College System is piloting the use of digital badges in several technical areas like math, machining, and engineering graphics. Badges can help provide transparent, portable credentials that map to specific skills and allow learners to showcase competencies across different programs and throughout their careers.
CCCS Digital Badging Taskforce Whitepaper BMP 1130cccscoetc
The document discusses establishing a digital badge system within the Colorado Community College System (CCCS). It proposes that CCCS can leverage digital badges or micro-credentials to document skills and provide a portable verification of competencies. The document outlines challenges in selecting a badge platform, developing processes and frameworks, and increasing demand. It recommends implementing a pilot program within 6 months using $5,000 in funding to select one of the top badge platforms and develop a pilot for Technical Math for Industry digital badges.
CCCS and CSU Digital Badge presentation at Aurora Badge Summit June 2016cccscoetc
Colorado State University Online and the Colorado Community College System are working to create a digital badge ecosystem across higher education institutions and industry in Colorado. The ecosystem is intended to provide transparent, portable credentials for learners through competency-based micro-credentials. It began in 2013 in response to needs from industry for shorter training turnarounds and a more credentialed workforce. Early collaborations established principles of learner-focused, community-centered and industry-driven badges, and a structure was developed to connect competencies, curriculum maps and badge graphics. Pilot programs issued over 130 badges from 2014-2015. Efforts continue to expand industry recognition of badges and connect badges to credit-bearing pathways and degrees.
The legitimacy of badges and micro-credentials in today's workplacecccschamp
This document discusses the potential role of badges and micro-credentials in today's workplace. It notes that the current credentialing system is fragmented and complex. Badges could represent specific skills and competencies in a way that is more transparent and understood by learners, workers and employers. The Colorado Community College System has launched several badge programs focused on technical skills areas based on input from industry. Challenges to digital badges include the resources required to develop programs and platforms as well as gaining acceptance from faculty and administrators.
Digital badges can recognize accomplishments, accreditation, and mastery. There are many sources that issue badges, but most are siloed. Mozilla Open Badges provides an open standard for badges that can be displayed and verified across systems. The presentation introduced digital badges and considerations for badge system design. It also covered earning badges from different sources, displaying badges, and getting started with issuing open badges at an institution.
Recognizing Knowledge and Skills in a Digital Age - WaterlooDon Presant
This document provides an overview of a keynote presentation given at Waterloo University on recognizing knowledge and skills in a digital age. It discusses the changing skills demands of the modern workplace and challenges with traditional education models. Open badges are proposed as a way to provide micro-credentials that represent skills gained through formal, non-formal and informal learning. Examples are given of how open badges are being used by various institutions and organizations to recognize skills, provide alternative credentials, and create skills networks. Aligning open badges with ePortfolios is discussed as a way to showcase learning from both academic and co-curricular experiences.
Open Badges, ePortfolios and Co-Curricular RecordsDon Presant
The document discusses open badges and eportfolios as potential solutions for recognizing and tracking students' co-curricular and extracurricular learning experiences. It notes that while co-curricular records currently used by many institutions only include a limited scope of sanctioned campus activities, eportfolios and open badges could provide a more holistic view of students' skills and experiences by allowing them to collect artifacts from any learning experiences, reflect on their learning, and connect their learning to goals and competencies. The document suggests eportfolios integrated with open badges may be a better approach than traditional co-curricular records to help students showcase their skills and experiences to potential employers or for further education opportunities.
A one day design lab to reinvent how we recognize skills across sectors in Ontario. Hosted by eCampusOntario and CanCred.ca.
Presentation by Don Presant, President, Learning Agents/CanCred.ca
Agenda, Open Badges 101, Examples from Elsewhere: Workforce & Open Recognition Ecosystems
This document discusses open badges and their role in recognizing skills and credentials. It begins with an overview of open badges and their ability to make learning visible. It then discusses how open badges can recognize skills from formal, non-formal and informal learning. Examples are provided of open badges being used for professional development, continuing education and skills recognition. The document concludes by discussing the development of open badge specifications and standards to improve interoperability and how open badge networks can help bridge education and employment through transparent recognition of skills.
Open Badges - Milestones for Learning and CareersDon Presant
Originally developed for the CAPLA 2015 Conference and updated several time since then, this fast-paced presentation explores evolving global practices for digital credentialing systems using the Mozilla Open Badges standard.
It frames the needs, outlines how Open Badges meet those needs, then provides living examples, case studies, and active research across a wide variety of contexts.
Open Badges are used as digital credentials by educators, professional bodies and employers around the world because they provide a better way to recognize learning, especially learning that takes place outside a classroom. They are trustable quality tokens of skills and achievements that can be displayed in e-portfolios and social media.
Open Badges are modular and ”stackable”: they can be linked together into flexible development pathways and can support Competency Based Education and RPL.
Open Badges and Agile Workforce DevelopmentDon Presant
This document discusses open badges and agile workforce development. It provides an overview of open badges, including their history and uses. Open badges can recognize both formal and informal learning, provide portable credentials, and help learners showcase skills and achievements. The document also discusses how various organizations have implemented open badges for purposes like continuing education, professional development, and skills recognition.
The document describes different levels of expertise - proficient, expert, mastery, and excellence. It provides descriptions of the characteristics associated with individuals at each level. A proficient performer has formal education and training, and can recognize approaches to solve problems. An expert can determine what needs to be achieved and how to achieve it, can make refined discriminations, and tailors their approach to each situation. A master has superior standards and knowledge application abilities, and can teach others. Those demonstrating excellence have deep understanding of complex subjects and influence and mentor others.
This document discusses open badges and their potential uses in higher education. It begins by outlining some issues with traditional paper-based credentials, such as a lack of transparency and difficulty sharing. It then introduces open badges as a way to make learning more visible and provide granular, stackable credentials. Examples are given of how open badges have been used for skills recognition, professional development, and co-curricular learning. The document argues that open badges can fill gaps left by traditional grades and provide evidence of informal learning experiences.
Open Badges for Training and Professional DevelopmentDon Presant
Examines background needs, early solutions and the emerging vision of micro-credentialing for professional development and training for the workplace. Based on the Mozilla Open Badges infrastructure.
This presentation is frequently updated.
This presentation has been moved from a duplicate account (http://www.slideshare.net/donpresant9)
MADLaT 2016 Open Badges - Making Learning Visible Don Presant
Open Badges are gaining acceptance as eCredentials by educators, professional bodies and employers around the world because they enable better ways to map, recognize and share learning, including informal learning. Quality Open Badges are trustable tokens of skills and achievements that can be shared in e-portfolios, talent pipelines and social media. Open Badges are modular and “stackable”: they can be linked together into flexible development pathways and can support Competency Based Education and learning transfer.
This fast-paced presentation lores global practices in Open Badge systems using living examples and case studies, inside and outside formal education.
Badges badges we don't need no stinking badges! Except today's workforce does!cccschamp
The document discusses the potential benefits of a new credentialing system that is learner-centered, competency-based, and recognizes all types of learning. It notes the current credentialing system is fragmented, complex, and difficult to understand. A new system could make credentials more portable, transparent, and useful for learners, workers, and employers. Colorado's vision is to develop digital badges representing specific competencies to enhance degrees and certificates while highlighting in-demand workforce skills. Challenges to digital badges include a lack of awareness. The document provides examples of badge frameworks developed in Colorado for machining and engineering graphics skills.
The document discusses open badges and their potential uses for recognizing skills and credentials. Open badges provide a digital representation of accomplishments, interests, or affiliations that contain metadata to explain the context and results of an activity. They can recognize both formal education and informal learning experiences. The document presents examples of how organizations are using open badges to support workforce development, map skills, and provide alternative pathways for credentialing learning. Badges are presented as a way to provide transparent, portable recognition of skills that is not limited by traditional education systems.
Open Badges - eCampusOntario Sandbox introduction for Mohawk CollegeDon Presant
This document discusses open badges and their potential role in recognizing skills and competencies. It notes that technological changes are shortening the shelf life of existing skill sets, and social and emotional skills will be increasingly important. Open badges can provide clear progress markers for learners, support flexible learning pathways, and allow diverse forms of learning to be recognized. Badges offer immediate transparency and validation of skills. When implemented effectively with stakeholder engagement and a focus on learner needs, open badges can help build a skills network by making learning more visible and credentials more portable.
CCCS's Badging Possibilities - November 2015cccschamp
The Colorado Community College System has partnered with other higher education institutions and businesses to create a digital badging ecosystem. Digital badges can convey micro-credentials to demonstrate specific skills or knowledge. CCCS aims to build a comprehensive badge system where badges provide evidence of competencies aligned with industry standards. The system would make skills more transparent and help motivate learners. CCCS conducted pilots with their TAACCCT grant and developed badges for a technical math course based on competencies. However, challenges remain around awareness, technical issues, faculty buy-in, and ensuring badges are sustainable over time.
Open Badges: Trusted Currency for a Skills EcosystemDon Presant
This document discusses open badges and skills recognition in a changing job market. It notes that technological changes are shortening the shelf life of existing skills, and that social and emotional skills will be increasingly important. The document outlines top skills for 2020 according to the World Economic Forum, and recommendations for lifelong learning. It discusses competency-based learning and recognition of formal, non-formal and informal learning. Open badges are presented as a way to provide transparent, portable recognition of diverse forms of learning and skills through digital credentials. Examples of open badge implementations across sectors are provided.
Breakthroughs in badging, moving beyond colorado community colleges' policies...cccschamp
Presentation for the Online Learning Consortium's Annual International Conference Orlando FL Oct. 2015 Badge initiatives are happening in higher education and beyond. Badges are being issued by businesses, associations, institutions and credentialing agencies certifying learner achievement. Colorado Community College System (CCCS) has entered into the badging movement slowly and deliberately.
Frames the need for Open Badges, describes them, provide several examples and discusses ways of getting started. Focus is on community organizations, for the Cannexus audience.
CCCS' Digital Badge Possibilitites IMS Global Badging and Credentials Conveni...cccschamp
Colorado Community College System's digital Badge journey CCCC's Digital Badge Possibilitites IMS Global Badging and Credentail Convening Austin TX November 2015
CCCS faculty development digital badge taskforce initial badge meetingcccschamp
The document discusses a meeting agenda for a faculty development digital badge working group at CCCS. The agenda includes introductions, an overview of digital badges in higher education, defining goals for technical math, machining, engineering graphics and faculty development badges, and self-selecting into working groups. The goals are to create online and hybrid/blended competency badges demonstrating skills and abilities in specific subject areas.
Open Badges, ePortfolios and Co-Curricular RecordsDon Presant
The document discusses open badges and eportfolios as potential solutions for recognizing and tracking students' co-curricular and extracurricular learning experiences. It notes that while co-curricular records currently used by many institutions only include a limited scope of sanctioned campus activities, eportfolios and open badges could provide a more holistic view of students' skills and experiences by allowing them to collect artifacts from any learning experiences, reflect on their learning, and connect their learning to goals and competencies. The document suggests eportfolios integrated with open badges may be a better approach than traditional co-curricular records to help students showcase their skills and experiences to potential employers or for further education opportunities.
A one day design lab to reinvent how we recognize skills across sectors in Ontario. Hosted by eCampusOntario and CanCred.ca.
Presentation by Don Presant, President, Learning Agents/CanCred.ca
Agenda, Open Badges 101, Examples from Elsewhere: Workforce & Open Recognition Ecosystems
This document discusses open badges and their role in recognizing skills and credentials. It begins with an overview of open badges and their ability to make learning visible. It then discusses how open badges can recognize skills from formal, non-formal and informal learning. Examples are provided of open badges being used for professional development, continuing education and skills recognition. The document concludes by discussing the development of open badge specifications and standards to improve interoperability and how open badge networks can help bridge education and employment through transparent recognition of skills.
Open Badges - Milestones for Learning and CareersDon Presant
Originally developed for the CAPLA 2015 Conference and updated several time since then, this fast-paced presentation explores evolving global practices for digital credentialing systems using the Mozilla Open Badges standard.
It frames the needs, outlines how Open Badges meet those needs, then provides living examples, case studies, and active research across a wide variety of contexts.
Open Badges are used as digital credentials by educators, professional bodies and employers around the world because they provide a better way to recognize learning, especially learning that takes place outside a classroom. They are trustable quality tokens of skills and achievements that can be displayed in e-portfolios and social media.
Open Badges are modular and ”stackable”: they can be linked together into flexible development pathways and can support Competency Based Education and RPL.
Open Badges and Agile Workforce DevelopmentDon Presant
This document discusses open badges and agile workforce development. It provides an overview of open badges, including their history and uses. Open badges can recognize both formal and informal learning, provide portable credentials, and help learners showcase skills and achievements. The document also discusses how various organizations have implemented open badges for purposes like continuing education, professional development, and skills recognition.
The document describes different levels of expertise - proficient, expert, mastery, and excellence. It provides descriptions of the characteristics associated with individuals at each level. A proficient performer has formal education and training, and can recognize approaches to solve problems. An expert can determine what needs to be achieved and how to achieve it, can make refined discriminations, and tailors their approach to each situation. A master has superior standards and knowledge application abilities, and can teach others. Those demonstrating excellence have deep understanding of complex subjects and influence and mentor others.
This document discusses open badges and their potential uses in higher education. It begins by outlining some issues with traditional paper-based credentials, such as a lack of transparency and difficulty sharing. It then introduces open badges as a way to make learning more visible and provide granular, stackable credentials. Examples are given of how open badges have been used for skills recognition, professional development, and co-curricular learning. The document argues that open badges can fill gaps left by traditional grades and provide evidence of informal learning experiences.
Open Badges for Training and Professional DevelopmentDon Presant
Examines background needs, early solutions and the emerging vision of micro-credentialing for professional development and training for the workplace. Based on the Mozilla Open Badges infrastructure.
This presentation is frequently updated.
This presentation has been moved from a duplicate account (http://www.slideshare.net/donpresant9)
MADLaT 2016 Open Badges - Making Learning Visible Don Presant
Open Badges are gaining acceptance as eCredentials by educators, professional bodies and employers around the world because they enable better ways to map, recognize and share learning, including informal learning. Quality Open Badges are trustable tokens of skills and achievements that can be shared in e-portfolios, talent pipelines and social media. Open Badges are modular and “stackable”: they can be linked together into flexible development pathways and can support Competency Based Education and learning transfer.
This fast-paced presentation lores global practices in Open Badge systems using living examples and case studies, inside and outside formal education.
Badges badges we don't need no stinking badges! Except today's workforce does!cccschamp
The document discusses the potential benefits of a new credentialing system that is learner-centered, competency-based, and recognizes all types of learning. It notes the current credentialing system is fragmented, complex, and difficult to understand. A new system could make credentials more portable, transparent, and useful for learners, workers, and employers. Colorado's vision is to develop digital badges representing specific competencies to enhance degrees and certificates while highlighting in-demand workforce skills. Challenges to digital badges include a lack of awareness. The document provides examples of badge frameworks developed in Colorado for machining and engineering graphics skills.
The document discusses open badges and their potential uses for recognizing skills and credentials. Open badges provide a digital representation of accomplishments, interests, or affiliations that contain metadata to explain the context and results of an activity. They can recognize both formal education and informal learning experiences. The document presents examples of how organizations are using open badges to support workforce development, map skills, and provide alternative pathways for credentialing learning. Badges are presented as a way to provide transparent, portable recognition of skills that is not limited by traditional education systems.
Open Badges - eCampusOntario Sandbox introduction for Mohawk CollegeDon Presant
This document discusses open badges and their potential role in recognizing skills and competencies. It notes that technological changes are shortening the shelf life of existing skill sets, and social and emotional skills will be increasingly important. Open badges can provide clear progress markers for learners, support flexible learning pathways, and allow diverse forms of learning to be recognized. Badges offer immediate transparency and validation of skills. When implemented effectively with stakeholder engagement and a focus on learner needs, open badges can help build a skills network by making learning more visible and credentials more portable.
CCCS's Badging Possibilities - November 2015cccschamp
The Colorado Community College System has partnered with other higher education institutions and businesses to create a digital badging ecosystem. Digital badges can convey micro-credentials to demonstrate specific skills or knowledge. CCCS aims to build a comprehensive badge system where badges provide evidence of competencies aligned with industry standards. The system would make skills more transparent and help motivate learners. CCCS conducted pilots with their TAACCCT grant and developed badges for a technical math course based on competencies. However, challenges remain around awareness, technical issues, faculty buy-in, and ensuring badges are sustainable over time.
Open Badges: Trusted Currency for a Skills EcosystemDon Presant
This document discusses open badges and skills recognition in a changing job market. It notes that technological changes are shortening the shelf life of existing skills, and that social and emotional skills will be increasingly important. The document outlines top skills for 2020 according to the World Economic Forum, and recommendations for lifelong learning. It discusses competency-based learning and recognition of formal, non-formal and informal learning. Open badges are presented as a way to provide transparent, portable recognition of diverse forms of learning and skills through digital credentials. Examples of open badge implementations across sectors are provided.
Breakthroughs in badging, moving beyond colorado community colleges' policies...cccschamp
Presentation for the Online Learning Consortium's Annual International Conference Orlando FL Oct. 2015 Badge initiatives are happening in higher education and beyond. Badges are being issued by businesses, associations, institutions and credentialing agencies certifying learner achievement. Colorado Community College System (CCCS) has entered into the badging movement slowly and deliberately.
Frames the need for Open Badges, describes them, provide several examples and discusses ways of getting started. Focus is on community organizations, for the Cannexus audience.
CCCS' Digital Badge Possibilitites IMS Global Badging and Credentials Conveni...cccschamp
Colorado Community College System's digital Badge journey CCCC's Digital Badge Possibilitites IMS Global Badging and Credentail Convening Austin TX November 2015
CCCS faculty development digital badge taskforce initial badge meetingcccschamp
The document discusses a meeting agenda for a faculty development digital badge working group at CCCS. The agenda includes introductions, an overview of digital badges in higher education, defining goals for technical math, machining, engineering graphics and faculty development badges, and self-selecting into working groups. The goals are to create online and hybrid/blended competency badges demonstrating skills and abilities in specific subject areas.
The document discusses the Colorado Helps Advanced Manufacturing Program (CHAMP), which works with colleges across Colorado to develop training programs to address the shortage of skilled manufacturing workers in the state. CHAMP focuses on machining, welding, engineering graphics, and electro-mechanical engineering programs. From 2013-2017, CHAMP served over 1,700 people, provided over 1,500 credentials, and helped over 800 people find new jobs or salary increases. CHAMP achieves these outcomes through curriculum development with employer input, student recruitment and support services, accelerated learning options, and helping students find internships and jobs.
CHAMP grant Y2 Leadership team presentation final 12.02.2015cccschamp
The CHAMP Leadership Team meeting overview discussed project highlights and outcomes to date. Key highlights included the development of over 200 open educational courses and over 10 transfer agreements between colleges. Project outcomes were discussed, with some exceeding goals for participants served and credit hours completed, while others like employment outcomes were below targets. The team discussed strategies to improve internships, apprenticeships, and incumbent worker training programs to better accomplish outcomes.
This document summarizes a meeting to discuss developing digital badges for competencies in machining level 1 at Colorado Community College System (CCCS). It introduces digital badges and the types of badges that could be awarded for proficient, expert, master, and distinguished levels of achievement. The goals of the meeting were to review competencies for the Machining Level 1 course, define 3-5 competencies for the course, and decide on an image for the digital badge. The next steps would be for working groups to further discuss the goals of the meeting.
The document discusses the legitimacy and use of digital badges and micro-credentials in today's workplace. It notes that the current credentialing system is fragmented and does not meet the needs of employers, individuals, or educators. It proposes that a new system value all learning, be based on competencies, and be portable, transparent, and easily understood. The document outlines different types of digital badges and provides examples of organizations that are using badges. It discusses the potential benefits of badges but also challenges to their widespread adoption. Overall, the document makes a case for digital badges and micro-credentials as a way to recognize skills and competencies in a more modern credentialing system.
Open Standards- the key to building digital learning environmentscccschamp
This document discusses the importance of open standards in building digital learning environments. It begins by noting the increasing number of learning tools and the challenge of scaling digital curriculum without integrated standards. It then discusses how open plug-and-play standards can help integrate tools to improve learner experience and enable data sharing. The remainder of the document outlines the work of IMS Global Learning Consortium communities of practice focused on topics like learning tools/content, analytics, credentials, and accessibility and how they are working to advance relevant standards.
This presentation was used in a series of workshops for Prior Learning Assessment Training for the Colorado Community College System under a TAACCCCT3 grant (CHAMP)
Champ Outcomes Y1 Leadership meeting june 2015cccschamp
This document provides an overview and update of Colorado's Workforce Solution CHAMP Leadership Team projects. It outlines several workforce training programs delivered by various Colorado community colleges focusing on manufacturing sectors. It also reports on the number of courses developed, published openly, and budget spending for each college. Key metrics like employment outcomes and wage increases are presented for different colleges. Overall it summarizes progress and spending updates for Colorado's efforts to expand workforce training programs in manufacturing through open education resources and partnerships with community colleges.
Champ Leadership Team Presentation with Report Cardscccschamp
The document summarizes a meeting of the CHAMP Leadership Team. It provides an overview of the meeting agenda which includes discussing what members have liked and disliked, project highlights to date, strategies to accomplish outcomes, and an update on progress towards 9 project outcomes. Key highlights mentioned include the number of courses developed, students enrolled in programs, and internship opportunities created. The document also reviews the consortium's progress towards its goals for various metrics like number of participants served, completing programs, and gaining employment. It closes by asking members for additional feedback and comments.
WCET Legitimacy of Badges & Micro-Credentials in Today's Workplacecccschamp
Digital badges and micro-credentials are gaining traction in higher education as alternatives to traditional degrees and certificates. They provide evidence of skills mastery through assessments, projects, or work experience. Two types are emerging - participatory badges for engagement and skill-based badges for specific competencies. Colorado Community College System sees potential for badges to highlight skills not shown on transcripts. Challenges include infrastructure costs, faculty buy-in, assessment time, and integrating badge data into transcripts. A national dialogue aims to create a more connected credentialing system focused on learning outcomes, quality assurance, and employer engagement.
Digital Badges and Colorado Community College Systemcccschamp
The document discusses how digital badges can connect employers to job seekers with relevant skills. It provides examples of how organizations in different industries such as IBM, Bank of America, and Fossil are using digital badges both internally for talent management and externally to verify candidates' credentials. The Colorado Community College System program aims to address skills shortages using digital badges to showcase competencies in manufacturing that are learner-focused, community-centered and industry-driven.
Colorado community college system credit for prior learning update december 2014cccschamp
This document proposes policy changes to Colorado community colleges' policies regarding credit for prior learning (CPL). It envisions that students will be able to validate significant learning from life experiences to accelerate their progress toward academic and career goals. The proposed changes include transcripting CPL credits when students apply or declare a major, developing a system-wide cost matrix, standardized training and assessment methods for evaluators, and expanding credit crosswalks and portfolio templates to streamline the CPL process. A committee will further develop these proposals starting in January 2014.
MOOC's Targeted Learning Outside Higher Education's Traditional Models STEMTe...cccschamp
Brenda M. Perea presented on using MOOCs to deliver targeted learning outside of traditional higher education models. Four MOOCs were developed to improve access to education and increase certificate and degree completion rates. The MOOCs focused on technical math for industry, employability skills, prior learning assessment, and web accessibility. Challenges in designing the MOOCs included developing buy-in from faculty, determining completion requirements, and choosing a hosting platform. Participation rates varied between the MOOCs, with the employability skills MOOC having the highest completion rate.
WCET legitimacy of badges for workforce skills november 2015cccschamp
Digital badges and micro-credentials are gaining traction in higher education and the workforce. They provide a way to validate skills and competencies gained through various learning experiences. However, the credentialing system in the U.S. is currently fragmented with many types of credentials from different issuers. This presentation discusses the potential for digital badges and micro-credentials to create a more connected credentialing system that is learning-based, learner-centered and helps all stakeholders. It also addresses challenges to digital badges becoming mainstream credentials, such as investing in infrastructure and overcoming resistance from some in higher education.
The Present and Future of Alternative Digital Credentials. Gary Matkin
Presented at the Seminar for the Israeli Consortium of Faculty Development Centers (ICFDC).
This presentation introduces the concept of Alternative Digital Credentials (ADC’s), sometimes referred to as “badges.” It discusses what ADCs are, how they are used, why they are important, how they are an imperative for higher education, how employers are beginning to accept and use ADCs, and what the future of ADCs might be. The basic thesis of this presentation is that ADCs are and will be a permanent feature of the higher education landscape and that societies and institutions that fail to adopt and recognize ADCs will lose their competitive advantage in the marketplace and fall short of their social responsibility.
This document discusses using digital badges to assess students' development of digital literacy skills. It explains that digital badges provide evidence of skills earned through programs like a school's Digital Passport program. Badges contain metadata describing criteria, evidence of learning, and details. Open badges follow an interoperable standard and can represent a wide range of skills earned both in and out of school. The document advocates that digital badges can guide student learning, illustrate learning pathways, make skills more visible, and allow skills to transfer between contexts. It presents digital badges as having potential but still being in early stages of adoption in education.
Deakin University offers micro-credentials to recognize student achievement of learning outcomes and capabilities. Micro-credentials provide evidence of skills developed through authentic assessment tasks and are sometimes designed with industry partners. They can provide credit towards other qualifications and are conferred digitally with verified student identity. The Deputy Vice-Chancellor oversees micro-credentials to ensure quality assurance and reports annually on awards to the Academic Board.
Colorado Community College System Digital Credential Taskforce meeting Octobe...cccschamp
This document summarizes the agenda and key topics for an upcoming meeting of the Colorado Community College System Micro-Credential Taskforce. The taskforce will review draft issues and recommendations, discuss challenges to implementing digital badges, and review infrastructure and personnel proposals. They will also discuss the viewpoints of the US Department of Education, which sees badges as engaging learners and broadening credentialing, and linking them to competency-based education. Finally, they will brainstorm recommendations and timelines.
Toward Student Engagement and Recognition: Developing a Digital Badge Roadmap EDUCAUSE
Higher education institutions are experimenting with the use of digital badges to guide, motivate, document, and validate formal and informal student learning. Digital badging, accompanied with interactive learning designs, provides a digital transcript that highlights a learning narrative that makes competencies, accomplishments, and connections more visible. In this presentation, you’ll learn how digital badging supports learning and motivates students to progress through their courses and programs. The presentation reviews all the components of a badging initiative, but will have participants identify badge components, sketch out their badge constellation, and develop an assessment strategy within the context of a course.
Digital badges are a great way to communicate the skills and competencies that learners attain regardless of where they are in their learning or career journey. They can be unique, branded, creative, and highly contextual; all things that when done well are crucial to achieving the end goal of making skills more visible and closing the opportunity gap.
Gamification is popular in higher education and what it boils down to is motivating students to keep trying, reach new levels of accomplishment and be successful. (All things we do naturally when playing games because we love the challenge, regardless of the number of attempts it takes to attain mastery.) One way to foster those achievements is to offer rewards or “currency” for each level of skill attained or accomplishment completed. Though your LMS you can offer digital badges that serve this purpose, and in return may shift the learning landscape to a level that not only meets QM standards but alters the outcomes for your campus as a whole.
Prepared for the Quality Matters NW Conference in Seattle.
WIOA Michigan Credentials to Workplace Skillscccschamp
This document discusses credentials and the complex credentialing marketplace in the United States. It notes the fragmented nature of the current system with various educational, certification, and licensing bodies. The goals are to describe how credentials can add value and identify opportunities to better align credentials with workforce needs. It discusses different types of credentials and issues employers face in finding qualified workers. New forms of credentials like digital badges that showcase skills are mentioned as a way to help workers showcase competencies and connect to employers and opportunities.
Digital credentials known as alternative digital credentials (ADCs) or badges provide portable verification of skills and competencies. They contain metadata about the earner's identity, the issuer, criteria used to assess competency, and can include examples of student work. Some key implementation decisions for institutions include criteria for issuing ADCs, icon design, metadata standards, and choosing an issuing platform. While ADCs can supplement transcripts and promote workforce-relevant learning, issues around proliferation and ensuring competency-based criteria require attention.
Open Badges and the Recognition of Prior LearningDon Presant
This document discusses how open badges can support recognition of prior learning (RPL) and quality assurance. Open badges provide a digital representation of skills and achievements with metadata links for transparency. They support flexible learning pathways and can help validate informal learning. While open badges do not guarantee quality on their own, with good system design they have the potential to improve RPL quality by providing transparency, flexibility and a means to demonstrate skills and competencies. Emerging strategies to improve quality include community engagement, technical standards development, and endorsing those who design badge systems.
Community College of Denver-credentials to workplace skills-combined final au...cccschamp
The document summarizes the use of digital badges to recognize skills and competencies. It discusses how the current credentialing system is fragmented and how digital badges can help by making credentials more portable, transparent and aligned to standards. It provides examples of how companies like IBM and Bank of America are using digital badges for talent management and internal recognition. The document also outlines how Colorado is working with industry to develop badges focused on in-demand technical skills and how these badges can connect to job opportunities. It discusses work being done to ensure badges clearly articulate skills and competencies and are aligned to industry standards.
Microcredentialing: Recognizing Student Learning with Digital BadgesStephanie Richter
A college degree is important, but it provides an incomplete picture of a graduate’s knowledge, skills, and experiences. Microcredentialing (awarding recognition for small, granular achievements) may help! By collecting and displaying digital badges online, students can combine evidence from all of their learning activities (including classroom, co-curricular, and outside learning) to promote themselves more effectively. In this session, which was presented at the 2015 SLATE Conference, we discussed what badges are and how to create and award them to your students.
This document discusses certification in the bioscience field. It begins by defining key terms like certification, accreditation, and credentials. It then discusses the history of discussing certification in the bioscience community and reviews results from past polls that found most think certification would benefit students. However, some responses also noted potential harms, like not reflecting hands-on skills or limiting opportunities. The document outlines the push for certification from industry and government to address workforce skills gaps. It concludes by considering next steps, like identifying core competencies and developing assessments, with open questions around the certifying body and accrediting programs.
Similar to The legitimacy of badges and micro-credentials in higher education and today's workplace (20)
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
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to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
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providing crucial environmental data for scientific, resource management, policy purposes, and
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Accurate understanding of land use and cover is imperative for the development planning
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9
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How to Fix the Import Error in the Odoo 17Celine George
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ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
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A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
The legitimacy of badges and micro-credentials in higher education and today's workplace
1. The Legitimacy of Badges & Micro-
credentials in Higher Education and
Today’s Workplace
2. Credentialing
Marketplace
Many types of credentials
Fragmented, multi-layered, complex “system” that
doesn’t work well for employers, individuals or
educators
Highly diverse and
decentralized
Many actors:
schools, industry
groups,
occupational groups,
licensing boards,
accreditors, and more
Different:
• purposes
• quality assurance
mechanisms
• metrics for awarding
Difficult to understand
Public and employer policies struggle to
keep pace with new developments
The problem….
5. The Validity of a Badge
• OpenBadge Technical
Standards
• Meta Data Standard
– Identifies all the
associated credentials
and evidence of the
badge
– Original Source is
Verified
6. Digital badge value
“currency” is based on
recognition of the value of
demonstrated mastery
Successful badge initiatives have a
common factor: badges issued or
accepted tied to a specific standard or
competency with evidence of micro-
learning valued in the workforce
7. Institutions
National
• Wichita State University
• Madison Area Technical College
• St. Norbert College
• Seton Hall: social experience,
adjunct to academic
• Madison Area Tech College: non
credit in workforce development,
badges for PD
• UC Davis: sustainable agriculture
and food systems major, develop
own goals/skills
• Purdue: supplementing
classrooms, extracurricular
• Purdue Medical School: nursing
• DePaul University, U of RI:
admissions
• Penn State: research;
• Indiana University: research
• Granite State College: liberal arts
skills; skills matrix
• UC Irvine
• University of Colorado-Denver:
Professional Development
• Florida International University:
Project Management MOOC
• Emory: OERs for faculty &
students
• Arizona State University:
Awarding college credit for
techJOYnT Academy badges for
STEM courses
• Texas A&M: Awarding
college credit for tech
Academy badges for STEM
courses
• George Washington
University: edX MOOCs
• University of Central Florida:
Information Literacy
• University of Michigan: Co-
Curricular Learning and
Reflection Badges (and
others)
• Parker University: Badges
for Faculty
• Texas Wesleyan
University: Badges for
CETL (Center for Excellence
in Teaching and Learning)
• Colorado State University:
Skills-Based Digital Badges
for Learning
• Peer2Peer University
• University of Washington
• Yale
• Aurora Public Schools
• Khan Academy
• NYC Dept. of Education
International
Deakin University: workforce
readiness
DeTao Shanghai: masters
degree program for design - for
courses and skills
Open University: non-traditional
students
UBC: Integrating formal and
informal learning pathways with
badges
George Brown College: New
digital innovation badges
recognize outstanding students
Sheffield Hallam University +
University of Sheffield: skills
development, recognition, and
coursework
Zayed University: badging
professional development
Sussex University: badges for
TEL / professional development
Charles Darwin University
Borders College: student
engagement, retention, and
employability; professional
development
Beuth University of Applied
Sciences in Berlin: research
8. Credentialing and Licensing Boards
• Adobe
• Cisco
• MicroSoft
• Educause
• ISTE
• Thiagi Group
• U.S. State Department
• NYC Dept. of Probation
• National Park Service
• Project Management Institute
• Digital Promise
• TopCoder
• ProExam Service
• Deakin Digital
9. Companies and Countries
• Samsung
• LearnDash
• Extreme
Networks
• LinkedIn
• NOAA
• TopCoder
• StackOverflow
• National
Microsoft
• Cisco
• BrightSpace
• Canvas
• Moodle
• EdX
• Clearly Building
Corp
Countries
• USA
• UK
• Germany
• France
• Serbia
• Spain
• Australia
• Canada
Cities
• New York
• Chicago
• Pittsburg
• Dallas
• Bank of America
• Deloitte
• Wal-Mart
• IBM
• Fossil
• ACE and the US
Military
• Intel
• Pearson
• NASA
• Smithsonian
• HR Certificate
Institute
• GlassLabs Games
• SweetWater
Foundation
10. Colorado Companies
Already Badging
Colorado Dept. of Transportation
Hunter Douglas Home Depot
Amazon
Bank of America
Deloitte
Samsung
IBM
Cisco
US Military
Adobe
US State Department
National Park Service
Microsoft
Museums
Colorado Advanced Manufacturing Association
Walmart
11. Badges Can Be Used for…..
• matching job requirements with applicant skills and abilities
• onboarding (mapping orientation paths)
• team building and internal resourcing (micro-assignments)
• regulated compliance training (e.g. health and safety) clear
training/development paths
• recognizing/aggregating training sourced externally
• bridge building between learning providers and employment
requirements
• managing your employees better (performance management,
talent management tool)
• better initial 'fit' - "I know I/you have the skills to do this job"
• reduction of churn rate/turnover at specific positions
12. Transparency of learning
• Competencies at a granular level
• Link what knowledge to what a badge earner “can
do”
Portability
• Follows the learner through a life long learning
pathway
• Data can be verified and certified by badge
consumer
Why does Colorado Workforce need
more transparent credentials?
Identified Competencies that are Learner Focused,
Community Centered and Industry Driven
13. CCCS’s Vision…..
Create a series of
digital badges
which are:
• Competency
and skill
based
• Industry
driven
• Community
centered
• Learner
focused
Allows a person to
differentiate
themselves within
a competitive
workforce
Enhancement of:
current certificates and degrees while
highlighting workforce demanded
competencies not evident in courses,
certificates, degrees
Evidence or “currency” is based on
recognition of the value of
demonstrated mastery
• Assessments
• Testing
• Portfolio of work
• Certifications
• Field work in real time documented with
images, video
14. Development of an Ecosystem of Micro-
credentials between CCCS and Workforce
•Document
Credential
•Identify and
match to job
skills
Competencies
•Review for
mastery
Metadata
•Access the
digital badge
Micro-
Credential
•Identify skills
and
competencies
Competencies
•Evidence of
mastery
Evidence
•Compile the
metadata
Meta data
•Issue digital
credential
Badges
Issuing
Badges
ACCEPTING
BADGES
15. Hierarchy
Distinguished by Color
Proficient
Knowledge
A proficient performer has
academic knowledge and formal
training
•Informal and formal education
•Experience enables recognition of
approaches for solving problems
•Intuitive reactions replace
reasoned responses.
Expert
Skills
The expert is able to see what
needs to be achieved and
how to achieve it
•Answer questions
•Make more refined and subtle
discriminations than proficient
•Tailors an approach and method
to each situation based on an
elevated skill level.
Mastery
Authority
The master has developed
superior standards and
effectiveness of knowledge
•Ability to evaluate effectiveness
and application of knowledge
•Utilizes extending expertise within
a domain with their own synthesis of
tools and methods.
•Ability to teach or train other to
become an expert.
Excellence
Distinguished
Deep understanding of highly
complex subjects
•Deep expertise, exceeding the
skill level of experienced
professionals
•Influences and mentors others to
help them make the best use of
skills, knowledge, aptitude and
solutions
•Among the most trusted advisors,
helps grow and nurture the
community of like-minded
individuals.
16. Colorado Community College System Badges
We’re currently badging in four areas: Math, Machining, Engineering Graphics and Faculty
Development.
Technical
Math
6 Mastery badges
19 Proficient
badges
Machining
Level I
11 Mastery
badges
Industry requested
badges based on
National Institute of
Metalworking Skills
Certifications
Engineering
Graphics
6 MSU
Mastery
badges
7 Mastery badges
3 Expert badges
Industry requested
badges based on
Colorado business
advisory input
Faculty
Development
8-9 Mastery
badges
Standardized
competencies/skill
level between
colleges for hybrid
and online
instructors
Faculty
Portfolio
Assessor
1 Co-Branded
badge
Faculty mastery in
evaluating the
directness which
support or provide
evidence of
obtaining learning
course outcomes.
18. CCCS Engineering Graphics
• Additive Manufacturing vs. Subtractive Manufacturing
• 3D and Additive Manufacturing Software
• SolidWorks—Certified SolidWorks Associate
• AutoCAD
• ReVit
• 3D and Additive Manufacturing Technologies
• 3D Scanning
• 3D and Additive Manufacturing Decision Making
• 3D and Additive Manufacturing Processes and
Workflows
19. MSU Engineering Graphics
• Foundations of Composites
• Composites Repair Skills
• Composites Testing Skills
• 3Design for Metal Additive
Manufacturing
• Metal Additive Manufacturing
• 3D Scanning
21. Faculty Development
• Blended Instruction
• Andragogy Pedagogy
• Building Community
• Presence
• Engagement
• Cultural Awareness
• LMS
• Finding and Evaluating
Materials
• UD and Accessibility
22. Online Andragogy Mastery
Badge Metadata hosted on Credly.com
• Distinguish between adult and child learning
theories
• Develop and integrated material that appeals
to adults:
– Learner centered (self-directed, with a
connection to learner’s experiential learning
which can be applied outside the classroom.)
– Multimodal
– Collaborative and interactive
– Flexible
– Includes feedback loops (planned activities
which helps the learner monitor, and assess
one’s understanding and performance)
– Included Development of learning activities
that encourage independent and autonomous
learning which is self-directed, purposeful and
goal oriented
29. Badges and Hiring
• Students need to be coached to post badges and
skills to LinkedIn and Facebook so recruiters can
search for them.
• Keep track of the number of hours a student spends on a
specific machine, and the name of the machine.
• Students need to be sure to include job description
keywords on their resume’s and profiles.
• CCCS CHAMP ID team will do outreach to
staffing agencies and hiring managers. to
raise competency based badge awareness
30. Marketing Your Institution and
Your Students Skills with
Badges
• Badges can be branded with your institutional name,
colors, and logos.
• Employers and friends of students see the skills
coming from that institution and create brand
recognition.
31. Can Badges = Jobs?
Current Colorado job listings in tied directly back
to our Machining Level I badges.
Department of Treasury, Machinist:
Set up and operate machines for
machining pieces at unusual or
compound angles. Determine proper
gear train and gear ratios to produce
specific pitch, lead, and pitch diameter
for various standard and nonstandard
screw threads, making the necessary
computations for differential, compound
and angular indexing. $25-$30 an hour
CMG, Machine Op/Production:
Operate machinery and
equipment used in the
manufacture of products.
Phillips Service Industries,
Inc., Machinist: Calculate
dimensions and tolerances
using knowledge of
mathematics and instruments
such as micrometers and
vernier calipers
Barber-Nichols Inc., CNC
Lathe Machinist/Programmer:
Programming and use of CNC
equipment.
Niagara Bottling , Machine Operator: Responsible for
overall maintaining of a production line, including starting
and stopping of some equipment (palletizers, carton
makers, carton sealers, drop packers). No mechanical work
is performed without prior approval.
33. Creative Commons Attribution
Workforce Development presentation by Brenda M. Perea is licensed
under a Creative Commons Attribution 4.0 International License.
Permissions beyond the scope of this license may be available
at CCCS.edu/CHAMP.
This workforce solution was funded by a grant awarded by the U.S.
Department of Labor’s Employment and Training Administration. The
solution was created by the grantee and does not necessarily reflect the
official position of the U.S. Department of Labor. The Department of Labor
makes no guarantees, warranties, or assurances of any kind, express or
implied, with respect to such information, including any information on
linked sites, and including, but not limited to accuracy of the information or
its completeness, timeliness, usefulness, adequacy, continued availability
or ownership.
Editor's Notes
We know that the range of students served by our educational system and the range of their needs for credentials is greater than ever.
Many of today’s postsecondary students no longer conform to a traditional profile of the newly minted high school graduate in pursuit o a 2/4 year degree.
Today’s marketplace for education credentials is highly fragmented ranging from badges and industry-based certifications to two- and four-year degrees and beyond. It’s a complex, multi-layered ecosystem that presents major challenges for students, employers, workers and policymakers. Individuals encounter too many dead ends as they work to gain the skills and credentials they need to advance. Employers have lost trust in credentials as they seek the skilled employees they need to compete globally. Policymakers at all levels are unsure about how to protect users and assure quality education and credentials in an increasingly diversified learning environment. In short, the credentialing world is confusing, at times even chaotic.
To enhance the utility of credentials and reduce costs borne by individuals and employers, we need a common language – a unified analytic framework that helps stakeholders compare the value and suitability of different types of credentials.
Connecting Credentials uses competencies – what the learner knows and is able to do – as common reference points to help understand and compare levels of knowledge, skills and abilities that underlie degrees, certificates, industry certifications, licenses, apprenticeships, badges and other credentials. Competencies are understood both in industry and academia and can be applied in multiple contexts, making them a powerful unifying way to examine credentials.
The Framework is intended to connect the dots among diverse credentials by using common language to describe what recipients of each credential should know and be able to do. This would help clarify the meaning of credentials, make them easier to compare, and make it possible to translate the learning gained from one credential toward securing another.
The anatomy of the micro-credential digital badge is the meta-data. The value is in the zeros and ones or Metadata.
One advantage to badges over a traditional college transcript or degree is that rather than having just implicit meaning, digital badges have EXPLICIT meaning , if you are uncertain of the value of the badge you can find out the:
Criteria
Context
AND the evidence of learning that has occurred
So anyone who looks at that badge has the same information.
Clicking on the digital badge brings up this type of Meta Data display.
Contains information on:
Badge Name
URL
Description
URL to Criteria for earning badge
Date issued
The criteria like takes you to what the assessment and/or criteria used to by the issuer of the badge to determine how someone earns the badge
Quick way for a college (SME) to assess crosswalk for PLA
Quick way for employer determine if badge represents needed skill
Examples of such management processes might include the development of clear definitions of competencies, mechanisms that test students and verify identity, processes that demonstrate evidence of skills attained, capacities for easy management of badges with interfaces that are easily viewable and storable, and systems that track digital badges earned.
Standards are emerging to make badges more relevant for the receiver of the badge and the employer who wants to know what specific skills a prospective employee has
Demonstrating mastery can be shown through
Assessments
Portfolio of work
Certifications
Field work
Institutions and companies using Badges
Purdue University
Penn State
Indiana University
UC Davis
UC Irvine
Colorado State University
University of Colorado-Denver
George Washington University
Michigan State
University of Washington
Aurora Public Schools
Khan Academy
City of New York
City of Chicago
City of Pittsburg
City of Dallas
GlassLabsGames
SweetWater Foundation
Bank of America
Deloitte
Wal-Mart
IBM
Fossil
ACE and the US Military
Samsung
LearnDash
Extreme Networks
LinkedIn
NOAA
TopCoder
National Manufacturing Institute
Microsoft
Cisco
Intel
Pearson
NASA
Smithsonian
HR Certificate Institute
BrightSpace
Canvas
Moodle
EdX
UK
Germany
France
Serbia
Spain
Australia
Canada
Institutions and companies using Badges
Purdue University
Penn State
Indiana University
UC Davis
UC Irvine
Colorado State University
University of Colorado-Denver
George Washington University
Michigan State
University of Washington
Aurora Public Schools
Khan Academy
City of New York
City of Chicago
City of Pittsburg
City of Dallas
GlassLabsGames
SweetWater Foundation
Bank of America
Deloitte
Wal-Mart
IBM
Fossil
ACE and the US Military
Samsung
LearnDash
Extreme Networks
LinkedIn
NOAA
TopCoder
National Manufacturing Institute
Microsoft
Cisco
Intel
Pearson
NASA
Smithsonian
HR Certificate Institute
BrightSpace
Canvas
Moodle
EdX
UK
Germany
France
Serbia
Spain
Australia
Canada
Institutions and companies using Badges
Purdue University
Penn State
Indiana University
UC Davis
UC Irvine
Colorado State University
University of Colorado-Denver
George Washington University
Michigan State
University of Washington
Aurora Public Schools
Khan Academy
City of New York
City of Chicago
City of Pittsburg
City of Dallas
GlassLabsGames
SweetWater Foundation
Bank of America
Deloitte
Wal-Mart
IBM
Fossil
ACE and the US Military
Samsung
LearnDash
Extreme Networks
LinkedIn
NOAA
TopCoder
National Manufacturing Institute
Microsoft
Cisco
Intel
Pearson
NASA
Smithsonian
HR Certificate Institute
BrightSpace
Canvas
Moodle
EdX
UK
Germany
France
Serbia
Spain
Australia
Canada
Why does CCCS need those Stinkin’ Badges?
Identified Competencies that are Learner Focused, Community Centered and Industry Driven
Provides transparency of learning
Competencies at a granular level
Link what knowledge to what a badge earner “can do”
Allows portability
Follows the learner through a life long learning pathway
Data can be verified and certified by badge consumer
Earlier this year, the Parchment Summit on Innovating Academic Credentials convened leaders from higher education, business, philanthropy and technology to explore the transformative potential of technology in extending the reach and meaning of academic credentials. Anthony P. Carnevale, director of the Georgetown University Center on Education and the Workforce opened the day’s discussion by saying "Our current credentialing system is too fragmented. The many credentials out there—including certificates, licenses, college degrees, industry-based certifications, even apprenticeships—all have labor market value. We need a transparent and comprehensive system for tracking their economic value.”
Parchment Chief Executive Officer Matthew Pittinsky stated that “employers are asking for better insight into the discrete competencies and skills that make up today’s academic credentials (and that) around the country, colleges and universities are beginning to reimagine how we convey the experiences and learnings that make up the degree. By taking a new approach to academic credentials, students are able to better map those to new educational and job opportunities."
Two processes for developing and using badges
Issuing badges
Who is the audience?
Accepting badges
What do they represent?
CCCS Badge Classes: Four emblems for “resume worthy” achievements
Proficient--Knowledge
A proficient performer has academic knowledge and formal training
Informal and formal education
Experience making situation discriminations that enables recognition of approaches for solving the problems
At this badge class, intuitive reactions replace reasoned responses.
Expert--Skills
The expert is able to see what needs to be achieved and how to achieve it
Answer questions
Make more refined and subtle discriminations than proficient
Tailors an approach and method to each situation based on an elevated skill level
Master--Authority
The master has developed superior standards and effectiveness of knowledge
Ability to evaluate effectiveness and application of knowledge
Utilizes extending expertise within a domain with their own synthesis of tools and methods.
Ability to teach or train other to become an expert
Excellence--Distinguished
Deep understanding of highly complex subjects
Deep expertise, exceeding the skill level of experienced professionals
Influences and mentors others to help them make the best use of skills, knowledge, aptitude and solutions
Among the most trusted advisors, helps grow and nurture the community of like-minded individuals.
Colorado Community College System Badges
We’re currently badging in four areas: Math, Machining, Engineering Graphics and Faculty Development.
Technical Math
6 Mastery badges
19 Proficient badges
Machining Level I
11 Mastery badges–
Industry requested badges based on National Institute of Metalworking Skills Certifications
Engineering Graphics
7 MSU Mastery badges
7 Mastery badges
3 Expert badges
Industry requested badges based on Colorado business advisory input
Faculty Development
8-9 Mastery badges
Standardized competencies and skill level between colleges to ensure a mastery skill level for instructors teaching online and hybrid courses
Demand for verified skills and credentials is on the rise. The publication eCampus News (Dec. 10, 2015) reported that currently 1 in 4 adults have an alternative credential of some sort, and those adults with digital certifications generally receive six times as many profile views on social media job sites such as LinkedIn. Additionally, eCampus observes that the availability of alternative credentials will double over the next five years with 400 institutions reportedly having competency-based digital badge programs in development, bringing the total to about 750 in five years.
Demand for verified skills and credentials is on the rise. The publication eCampus News (Dec. 10, 2015) reported that currently 1 in 4 adults have an alternative credential of some sort, and those adults with digital certifications generally receive six times as many profile views on social media job sites such as LinkedIn. Additionally, eCampus observes that the availability of alternative credentials will double over the next five years with 400 institutions reportedly having competency-based digital badge programs in development, bringing the total to about 750 in five years.
CAEL Colors used in CAEL Badge, MSU colors used in MSU Badge, the shape mirrors their shield and contains the college name.
As of May 15, 2016
255 Badges have been issued and viewed via Social Media 6,802 times.
Can Badges equal jobs…..here
Demand for verified skills and credentials is on the rise. The publication eCampus News (Dec. 10, 2015) reported that currently 1 in 4 adults have an alternative credential of some sort, and those adults with digital certifications generally receive six times as many profile views on social media job sites such as LinkedIn. Additionally, eCampus observes that the availability of alternative credentials will double over the next five years with 400 institutions reportedly having competency-based digital badge programs in development, bringing the total to about 750 in five years. are some examples of how
Connecting Credential Competency FrameworkAdv. Manuf.
6 badges in Manual machining certificate, 4 additional badges in CAD/CAM certificate, all 11 badges in the AAS Precision Machining Technology which then can be articulated to MSU BS Engineering Techology
Creative Commons Attribution
Workforce Development presentation by Brenda M. Perea is licensed under a Creative Commons Attribution 4.0 International License. Permissions beyond the scope of this license may be available at https://www.cccs.edu/partnering-for-success/trade-adjustment-assistance/taa-champ/.
This workforce solution was funded by a grant awarded by the U.S. Department of Labor’s Employment and Training Administration. The solution was created by the grantee and does not necessarily reflect the official position of the U.S. Department of Labor. The Department of Labor makes no guarantees, warranties, or assurances of any kind, express or implied, with respect to such information, including any information on linked sites, and including, but not limited to accuracy of the information or its completeness, timeliness, usefulness, adequacy, continued availability or ownership.