The Present and Future of Alternative Digital Credentials: An Imperative for ...Gary Matkin
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.
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.
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.
Digital Credentials: Why, What, and How. Connecting Learning Outcomes with Em...Gary Matkin
Presented at the UPCEA 2019 Annual Conference.
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.
The Present and Future of Alternative Digital Credentials: An Imperative for ...Gary Matkin
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.
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.
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.
Digital Credentials: Why, What, and How. Connecting Learning Outcomes with Em...Gary Matkin
Presented at the UPCEA 2019 Annual Conference.
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.
The Present and Future of Alternative Digital Credentials. ICDE World ConferenceGary Matkin
This presentation reviews the ICDE report on “The Present and Future of ADCs.” It also provides an update to the report with specific examples of issues that were highlighted that have already, subsequently to the report, come to our attention.
We start with a list of recommendations that reveal the overarching purpose of the report, which encourages and provides guidance to ICDE member institutions who are considering, or have already adopted, ADCs.
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.
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.
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.
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.
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.
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.
Module3 presentation - Tech for Admins - L. Farinolaleahmarie519
The document discusses the importance of technology at REED Academy, a school for students with autism. It outlines how technology can be used across various areas like student assessment, programming, rewards, and professional development. The principal proposes developing a strategic action plan to conduct a needs assessment, identify funding, research grants, and make upgrades to further integrate technology. Representatives are invited to a kickoff meeting to begin this process.
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)
Blooming analytics! The germination of a new Jisc/HESA service for data-drive...Jisc
Facilitators:
Myles Danson, product owner – business intelligence, Jisc
Adam Green, senior data and visualisation officer, Jisc
Victoria Atherstone, head of sales and marketing, HESA
Who remembers planting the very first seed in the nurturing eco-system of Jisc Analytics Labs? Four years ago, Jisc, HESA and universities nationwide joined forces to develop interactive, data-derived visualisation dashboards to offer insights to the most prevalent and topical issues facing HEIs through shared intelligence and data expertise.
The seedlings have been cross-pollinated by other additional activity and are now maturing into an array of powerful analytical dashboard suites to help you troubleshoot your most pressing institutional demands.
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
This document discusses competencies and profiles for distance education professionals. It begins by questioning whether DE experts are still needed given trends of online learning becoming integrated into mainstream education. It then outlines several competency domains for DE professionals, including instructional design, pedagogy, information and communication technology, consulting/research, and management/administration. Potential professional profiles are described that emphasize different combinations of these competency domains. The document concludes that the profile of a DE expert will depend on trends, industry needs, and the contextual needs of individual organizations.
The Student Consulting Non-Profit Organization (SCNO) provides pro-bono consulting services to non-profits. It is run by an executive board and project managers. The executive board includes a President, VP of Operations, and Directors of Community Development, Human Resources, Financial Support, and Administration. Project managers oversee teams of 4-8 students working on individual projects. Officers must be juniors or above with one semester of active membership. SCNO gets projects from UH Discovery, networking, and refers clients. It markets through its website, sponsorships, word of mouth, and media outlets. Financial contributions and professional consultants also support SCNO.
Proving to improve - UA Summit of Deans CouncilsMark Freeman
We report a positive benefit-cost ratio for a model of external assurance of learning uncovered by a project called Achievement Matters. It critically relies on and elevates reviewers first developing shared understandings of standards through calibration forums which include practitioners.
Recent developments in assessment include:
1. On-demand assessment that is available anytime and anywhere based on competencies rather than fixed dates.
2. Automated assessment generation and marking using AI/machine learning to generate many versions of assessments and mark open-ended responses at scale.
3. Growth of video-based and peer-to-peer assessment of competencies as well as e-portfolios to demonstrate capabilities beyond transcripts.
Summary presentation looking at developments related to changes in institutions as a result of markets, demographics, technology, austerity in higher education.
How can we support students with the development of their digital capabilities?Jisc
The document discusses developing students' digital capabilities through a digital discovery tool. The tool is a self-administered quiz that provides feedback on digital practices, next steps, and resources. It aims to recognize existing digital skills and reference extracurricular activities. The tool operates on principles of being practice-based, self-reported, and providing nudges to new ideas. It is not meant as an objective measure of skills but a starting point for reflection and development. The document seeks input on how and when the tool could best support students.
Presentation by Ferenc Tátrai PhD – EDEN European Distance and e-Learning Network, at the MicroHE Expert Panel Workshop, 10 June 2020
More info: https://www.eden-online.org/microhe-expert-panel-workshop/
This instrument was developed from our Focus Group Consultation. It is a new survey tool, with important differences observed between stakeholders (employer, DkIT Staff, DkIT Students, DkIT Graduates). Please review each and you are welcome to modify and use for your own surveys at your own institution.
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.
The Present and Future of Alternative Digital Credentials. ICDE World ConferenceGary Matkin
This presentation reviews the ICDE report on “The Present and Future of ADCs.” It also provides an update to the report with specific examples of issues that were highlighted that have already, subsequently to the report, come to our attention.
We start with a list of recommendations that reveal the overarching purpose of the report, which encourages and provides guidance to ICDE member institutions who are considering, or have already adopted, ADCs.
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.
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.
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.
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.
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.
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.
Module3 presentation - Tech for Admins - L. Farinolaleahmarie519
The document discusses the importance of technology at REED Academy, a school for students with autism. It outlines how technology can be used across various areas like student assessment, programming, rewards, and professional development. The principal proposes developing a strategic action plan to conduct a needs assessment, identify funding, research grants, and make upgrades to further integrate technology. Representatives are invited to a kickoff meeting to begin this process.
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)
Blooming analytics! The germination of a new Jisc/HESA service for data-drive...Jisc
Facilitators:
Myles Danson, product owner – business intelligence, Jisc
Adam Green, senior data and visualisation officer, Jisc
Victoria Atherstone, head of sales and marketing, HESA
Who remembers planting the very first seed in the nurturing eco-system of Jisc Analytics Labs? Four years ago, Jisc, HESA and universities nationwide joined forces to develop interactive, data-derived visualisation dashboards to offer insights to the most prevalent and topical issues facing HEIs through shared intelligence and data expertise.
The seedlings have been cross-pollinated by other additional activity and are now maturing into an array of powerful analytical dashboard suites to help you troubleshoot your most pressing institutional demands.
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
This document discusses competencies and profiles for distance education professionals. It begins by questioning whether DE experts are still needed given trends of online learning becoming integrated into mainstream education. It then outlines several competency domains for DE professionals, including instructional design, pedagogy, information and communication technology, consulting/research, and management/administration. Potential professional profiles are described that emphasize different combinations of these competency domains. The document concludes that the profile of a DE expert will depend on trends, industry needs, and the contextual needs of individual organizations.
The Student Consulting Non-Profit Organization (SCNO) provides pro-bono consulting services to non-profits. It is run by an executive board and project managers. The executive board includes a President, VP of Operations, and Directors of Community Development, Human Resources, Financial Support, and Administration. Project managers oversee teams of 4-8 students working on individual projects. Officers must be juniors or above with one semester of active membership. SCNO gets projects from UH Discovery, networking, and refers clients. It markets through its website, sponsorships, word of mouth, and media outlets. Financial contributions and professional consultants also support SCNO.
Proving to improve - UA Summit of Deans CouncilsMark Freeman
We report a positive benefit-cost ratio for a model of external assurance of learning uncovered by a project called Achievement Matters. It critically relies on and elevates reviewers first developing shared understandings of standards through calibration forums which include practitioners.
Recent developments in assessment include:
1. On-demand assessment that is available anytime and anywhere based on competencies rather than fixed dates.
2. Automated assessment generation and marking using AI/machine learning to generate many versions of assessments and mark open-ended responses at scale.
3. Growth of video-based and peer-to-peer assessment of competencies as well as e-portfolios to demonstrate capabilities beyond transcripts.
Summary presentation looking at developments related to changes in institutions as a result of markets, demographics, technology, austerity in higher education.
How can we support students with the development of their digital capabilities?Jisc
The document discusses developing students' digital capabilities through a digital discovery tool. The tool is a self-administered quiz that provides feedback on digital practices, next steps, and resources. It aims to recognize existing digital skills and reference extracurricular activities. The tool operates on principles of being practice-based, self-reported, and providing nudges to new ideas. It is not meant as an objective measure of skills but a starting point for reflection and development. The document seeks input on how and when the tool could best support students.
Presentation by Ferenc Tátrai PhD – EDEN European Distance and e-Learning Network, at the MicroHE Expert Panel Workshop, 10 June 2020
More info: https://www.eden-online.org/microhe-expert-panel-workshop/
This instrument was developed from our Focus Group Consultation. It is a new survey tool, with important differences observed between stakeholders (employer, DkIT Staff, DkIT Students, DkIT Graduates). Please review each and you are welcome to modify and use for your own surveys at your own institution.
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.
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.
An assessment workshop on the six critical areas that need to be addressed in developing online assessment at scale. Led by the Centre for Online and Distance Education with a delegation of VCs and senior leaders from Nigerian Universities, and senior representatives from the National Universities Commission of Nigeria. Held on 24th March 2023.
The legitimacy of badges and micro-credentials in higher education and today'...cccschamp
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.
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.
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.
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.
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.
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.
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.
The document discusses implementing a digital badge program at Colorado Community College System (CCCS) to recognize skills and achievements. It introduces digital badges and their benefits over traditional certifications. The meeting agenda includes introducing digital badges in higher education, defining badge types for proficient, expert, master, and excellence levels, and comparing badges to certifications. The goals are to review competencies for CCCS's Machining Level 1 course and define 3-5 competencies to represent in a badge design.
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.
How Talent Analytics Can Help You Maximize Your HR StrategyGlassdoor
For most organizations, the promise of Big Data remains unfulfilled. The vast majority of organizations are stuck in a reporting cycle, churning out lots of metrics, but few insights or solutions. The ability to measure, analyze, and optimize talent practices is now critical to business success.
Many HR organizations have recognized this need and are starting to invest more strategically in measurement and analytics. With a plethora of data, recruiting is an area ripe to take advantage of analytics. With the right tools and capabilities, this data can be turned into competitive advantage.
Check out our webinar feat. Karen O'Leonard, VP of Benchmarking & Analytics Research of Bersin by Deloitte and Wiliam Blackstorm, Sr. Manager Sourcing & Market Intelligence & Director of Global Talent Analytics, Research Division of Cisco to learn:
-Where to start when analyzing recruitment data
-How to build an effective talent analytics capability
-How one organization, Cisco, is using analytics to develop a more effective recruitment strategy
David Brown
Director of CyberTalent
SANS Institute
Jim Michaud
Director of HR Business Development
SANS Institute
The SANS Institute, in partnership with selected veteran-friendly employers, has established VetSuccess in Cybersecurity to match skilled U.S. military veterans with today’s most compelling cybersecurity-related jobs.
Implementing Micro-credentials at SheridanDon Presant
Sheridan College is implementing micro-credentials through its Continuing and Professional Studies department. It plans to offer micro-credentials for employment-related skills training, partnerships with employers for work-integrated learning experiences, and faculty professional development. For employment skills, Sheridan will offer levelled micro-credentials for its Python training program based on industry needs. It will also recognize partnered training programs with employers. For faculty, it will offer levelled micro-credentials for developing skills in teaching adult learners. Next steps include consulting partners, designing badges, and developing criteria and implementation plans.
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.
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)
Similar to Gary W. Matkin. UC Irvine. How ADCs are Impacting Higher Education. (20)
Yunnan University: Lessons Learned from the U.S. and California for Yunnan Fa...Gary Matkin
This document summarizes key differences and similarities between higher education in the United States and China from the perspective of an administrator at the University of California, Irvine. It discusses three main points:
1. Major differences between U.S. and Chinese higher education include the lack of a standardized exam like the GAOKAO in the U.S., greater student mobility and diversity of institutions in the U.S., and different sources of funding.
2. Important trends in both countries include expanding access, meeting rural needs, aligning degrees with jobs, and internationalization.
3. The concepts of a "60-year curriculum" and alternative digital credentials are important for lifelong learning and aligning education with workforce
The Present and Future of Alternative Digital CredentialsGary Matkin
Presentation begins with a review of the ICDE report on “The Present and Future of ADCs.” The presentation also will provide an update to the report with specific examples of issues that were highlighted that have already, subsequently to the report, come to our attention.
Career Services for New Generations of UCI Students and EmployersGary Matkin
Presentation describes the importance of the 60-Year Curriculum and the issuance of Alternative Digital Credentials as students move toward graduation to enter the world of work.
Operate Your CE Unit Like a Business to Stay in BusinessGary Matkin
The document discusses the inherent barriers to operating a continuing education unit like a business and staying in business. It identifies problems such as a mismatch between income generation and resource allocation, a lack of project/cost accounting and responsiveness. It then provides recommendations on how to mitigate these problems, such as using accruals and deferrals, developing separate budgeting systems, implementing activity-based costing, and creating a market-oriented culture. The document stresses the importance of recognizing and mitigating these barriers through sound financial management, marketing, and educating senior management.
This seminar series is intended to explore new technology and trends in continuing education.
It is consistent with our 2016 strategic priorities (see document).The content management seminar will be followed by a seminar on analytics and how they can be used, and then by other subjects including competency based educational assessment, micro credentialing, and strategic partnership development.This seminar series is seeking input and involvement as we work things out. Out of these seminars will come projects and assignments. You will see what I mean—Larry, Sarah, and I will describe some of the capabilities of the new technologies but you will have to determine how these capabilities can be most useful to you. It is important that we establish roles and responsibilities, and balance user input and the discipline needed to maintain and operate a tech based system. At this seminar I will set the context, Sarah will talk about Canvas and best practices, Larry will talk about the UCI commons we are developing. Then all three of us will try to help you understand the difference between these efforts.
This presentation provides a summary of Massive Open Online Course (MOOC) research and how it’s being organized around the world. MOOCs offer research objects that have the potential to address many of the issues higher education researchers face. They present new and unique opportunities to understand how people learn across a broad spectrum of educational mediums. MOOCs cross the boundaries between formal and informal learning in an unprecedented way, with each MOOC course offering opportunities for researchers to study how people select and engage with learning resources. This presentation will identify important questions: how are these research efforts being focused? What are they trying to learn? What impact are they having? What are they revealing about higher education? It also will explore the current state of MOOC research, summarize the approaches being taken, highlight some of the results that are coming from the research, and make predictions about what we might expect in the future.
MOOCs have helped reveal biases towards degree-oriented education and will help provide answers about evaluating non-degree learning. Non-degree learning is often referred to negatively as "non-credit", "non-degree", or "soft", but institutions of higher education have a legitimate role in non-degree education. MOOCs are shifting from traditional university-level courses to being more modular, targeted sequences aimed at a variety of education levels with the goals of engagement and income generation rather than just visibility.
In 1990 the Hubble Telescope was launched providing current and future generations of scientists with a view of the cosmos unobstructed by the earth’s atmosphere. Ten years later over 9,000 journal articles had been based on the science delivered by the Hubble. It is the main contention of this presentation that MOOCs (and other forms of Open Educational Resources–OER) will have the same effect on higher education research by providing “massive” responses to exactly the same educational treatments delivered in the same way.
This presentation will serve these three purposes and also propose that the OCW Consortium take a leadership role in serving as a clearing house and advocate for the sharing of data and experimental results across institutions, in order to advance the use of open material to fuel education innovation.
This presentation is intended for UPCEA members who are involved in helping their institutions determine whether to offer or continue to offer MOOCs. It draws on the experience of UC Irvine, an early member of Coursera, which has over ten years of experience in OpenCourseWare (OCW) and Open Educational Resources (OER). To begin, the presentation establishes the context for a full understanding of MOOCS, why they developed, what impact they have had so far, and what their effect might be on higher education and the world, but absent the hype and hyperbole that characterizes current discussions around MOOCS. The advantages and disadvantages of being involved with MOOCs and some strategic reasons to engage in MOOCs will be presented, using illustrations from the UCI experience.
The objective of this presentation is to first, set the background, including the most recent events, around MOOCs. Of course, MOOCs are just an extension of a much earlier and deeper movement toward open education, but they represent a very important milestone in the development of universal higher education, where everyone can learn anything, anytime, anywhere, for free. We will also make some predictions, based on solid evidence, about where MOOCs are going and what their effect will be. Then we will develop some institutional strategies that might make sense given the background and predilections.
This document discusses MOOCs (Massive Open Online Courses) and UCI's involvement with them. It begins by providing background on how MOOCs emerged from a combination of open educational resources and a push for lower-cost higher education. It then outlines UCI's open education initiatives and role in several MOOCs to increase the university's exposure, attract students, and further its strategic goals around innovation in learning. The document also explores opportunities for large-scale learning research using MOOC platforms but notes challenges around data ownership and privacy.
The document summarizes a presentation given by Gary Matkin and Carin Nuernberg about lessons learned from offering MOOCs through Coursera. Some key points:
- UCI and Berklee College of Music partnered with Coursera to offer existing and new online courses for free to a global audience. Courses saw high enrollment numbers.
- Factors in course selection included being well-developed online courses and popular subject areas. Faculty adapted courses to the Coursera platform and monitored discussions.
- Students enrolled for skills development, academic preparation, and personal enrichment. Engagement was increased through social elements and peer support.
- Lessons included the importance of high quality content and
This document summarizes a presentation about how MOOCs can benefit higher education. The presentation discusses the growth of open educational resources and MOOCs, including early repositories, open courseware initiatives, and new MOOC platforms like Coursera, edX, and Udacity. It predicts that MOOCs will proliferate, advance the use of open resources, and increase the acceptance of alternative credentials. MOOCs may help lower costs but platforms will likely monetize through fees for certifications, proctored exams, career services, and selling user data. Universities can benefit from MOOCs by embracing open education, improving teaching, and enhancing their reputation.
This presentation is intended to put the recent U.S. movement toward Massive Open Online Courses (MOOCs) into perspective, assessing its effects on higher education in the U.S. and around the world. This presentation is informed in part by the University of California, Irvine’s (UCI) long-term involvement in the OpenCourseWare (OCW) and Open Educational Resources (OER) movements and its more recent experience in producing and offering seven MOOC courses through Coursera. This presentation goes beyond asking questions to making predictions that can guide institutional responses.
There are two very powerful trends in higher education that are converging—the commercialization of OpenCourseWare (OCW) and the strong national and international interest in lowering the cost of degree attainment. This presentation will trace the history and then detail the current events leading up to the converging of these two trends as symbolized by several recent announcements about the granting of credit for learning achieved primarily through OCW.
MOOCs and the Impact on Higher EducationGary Matkin
This document discusses the future of education and the opportunities and threats presented by new learning technologies. Key points include:
1. Technologies like Wikipedia, Google, iTunes, YouTube have commodified content and communication, which are essential to education.
2. This commodification both threatens traditional universities but also provides huge opportunities if they embrace new models.
3. MOOCs (Massive Open Online Courses) and projects from Harvard, MIT and others donating millions show growing proliferation of accessible learning projects beyond conventional boundaries.
Members of the OCW/OER movement are properly occupied with the current efforts of importance to the movement—increasing the supply and usage of OCW/OER, finding sustainable models, embedding OCW/OER into government and institutional contexts, and seeking ways of certifying knowledge gained through open content. As educators, we are motivated by the high-minded goal of improving access to education throughout the world through technology and free learning opportunities. However, between the focus on issues of immediate concern and the shining light of our overall goal, there is a middle ground that is not well understood by many OCW/OER proponents. That middle ground is composed of large-scale forces that are impacting education and together create an imperative for the OCW/OER movement—a movement that is so important to these trends that the vision we have for the future of OCW/OER is inevitable. This presentation describes these trends and the part that OCW/OER plays in them.
The first and most important trend is the movement toward universal higher education. First identified and described by Martin Trow in 1973, universal higher education is the third stage in the evolution of higher education, following the movement from elite to mass higher education. There are two components for universal higher education. The first is the traditional notion of access by providing access to higher education to people who otherwise could not take part because of geographical or financial issues. The second component is more subtle, but no less important or visible after, the breakdown of boundaries, sequences, and distinctions between learning and life. This presentation will describe how universal higher education is becoming clearly evident and offer some examples of how OCW/OER is a major component in the advancement of universal higher education.
The second trend is the “commoditization” of education. A good or service is “commoditized” when it becomes ubiquitously available at no or very low cost. There are clear patterns of behavior that occur when an important aspect of an industry becomes commoditized. These patterns are evident in the commoditization of content (Google, Wikipedia, YouTube) and communications (Facebook, Skype, Twitter), both of which are important elements of education. Education itself is showing signs of becoming commoditized. Commoditization pushes the “value proposition” to the periphery of the good or service. This presentation will describe that value add shift in higher education, what it means to the OCW/OER movement, and how we can take advantage of this trend.
Advocacy on behalf of the OCW/OER movement is an important role for the OCWC and its members. That advocacy can be most effective when all of us understand the social and economic dynamics that shape our movement. OCW/OER is here to stay in ever greater volume and utility because it is aligned with major social, economic, and edu
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
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
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
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.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
4. ▪ Verification of earner’s identity
▪ Qualification and information about the issuer
▪ Date issued, date to be expired
▪ Description of competency
▪ Criteria used to assess competency
▪ Relationship to other related competencies
▪ Examples of student work (optional)
What Does an ADC Contain
(Metadata)?
4
5. ▪ Alternative to what are now issued
▪ Non-degree certifications of skills and abilities related to
workforce needs
▪ Digitally created, stored, and transmitted
▪ Attest to competencies
▪ Portable
▪ Easily understood
▪ Information rich
Characteristics of ADCs
5
7. ▪ Already widely used
▪ Transcripts largely irrelevant to workforce needs
▪ Certify valuable, more granular, non-degree-level skills and
abilities
▪ Makes universities accountable
▪ Young adults demand shorter, relevant education
▪ ADCs are a natural outcome of open education
▪ Companies use digital searches to hire candidates
▪ The ADC ecosystem is developing
▪ Employer acceptance is increasing
Rationale for Institutional
Adoption of ADCs
7
8. Competency vs. Learning Achievement
The Big ADC Challenge
Competency
▪ Based on demonstrated skills
▪ Workplace relevant
independent of learning
Learning Achievement
▪ Based on learning assessment
▪ Academic relevance and learning
centric
9. 1. Non-duplication of existing certifications (transcripts)
2. Relevant to workforce needs
3. Must indicate competencies, assessments, and evidence of
attainment
4. Must be issued for evaluated competencies and learning
5. Must be substantive (non-trivial)
6. Assessments must be clearly and specifically defined (rubrics)
7. Assessors must be highly qualified in the specific field being
verified
8. Levels of competency must be clearly defined
9. Institutional permanent records should be maintained
10. Identifying issues must be authenticated and secure
Criteria for Issuance
9
10. 1. Criteria for issuance
2. Icon design
3. Metadata content
4. Platform selection
Implementation: Early Decisions
10
Editor's Notes
Here are some examples from both higher education and the corporate world of the icons used to signify that the recipient of the ADC has achieved a specific competency in a defined topic.
To initiate the issuance of an ADC, the issuing organization or institution posts the ADC to a repository that is secure and unhackable. At the same time, the issuing organization or institution stores this posting to its own record system.
After posting to the repository, the recipient may then post the ADC to any digital repository including to a resume, to LinkedIn and other social media sites, to employers and potential employers, and even to friends.
Each ADC, once “clicked on” opens up to reveal “metadata” about the ADC and the skills it verifies. This is a listing of common metadata.
From the previous slides the following characteristics of ADCs are clear. ADCs are alternative to currently issued, traditional transcriptable learning verification and are directly relevant to current workforce needs. They are digital in character which means that they can be transmitted and stored in immediate digital fashion. Finally, their best use is to verify competencies rather than simple learning achievement.
This is an actual transcript of a student at UCI, showing his entire academic record. On this record is an entry, “Artificial Intelligence 171” and the student earned a B+. This entry may be of interest to employers but it is hardly useful in describing what the student learning in the course relevant to the job being offered. Except as evidence that a student persisted successfully to gain a degree, traditional transcripts are not useful to employers who are looking for specific skills.
Evidence that ADCs are indeed a higher education imperative is rapidly increasing. ADCs are already widely issued, especially by non-higher education institutions and several governments are adopting ADCs as central to higher education systems (New Zealand, Malta, Australia). As already indicated, traditional transcripts are less and less relevant to workforce demands for competency certification. ADCs fill in an important gap between learning and work relevant skill verification. The adoption of an ADC system will push universities toward greater alignment with the demands of both students and local economies, making universities more accountable for what they produce. Young adults are demanding shorter, relevant education that they can put to immediate use. The huge supply of open education available in the world represents a large opportunity for certification of competencies. Hiring practices of companies increasingly depend on digital searches for job candidates. ADCs make those competencies discoverable. ADCs are forming a system of standards and support, and employer acceptance of ADCs is increasing.
The last use of ADCs is in the verification of actual competency or skill mastery rather than just a verification of learning. Competency is the application of learning to a specific skill/behavior rather than just knowledge.
Selecting the criteria for the issuance of ADCs is the most important and nearly decision that must be made. The highest criteria involved is the verification of competencies, rather than learning achievement. Universities typically measure learning achievement by issuing grades. They are usually not skilled at verifying competencies—the application of learning to relevant practical applications. There will necessarily be a tension between competency-based ADCs and learning achievement based ADCs.
Any implementation plan should begin with the making of several decisions, listed here. The criteria for issuance has already been discussed. Icon design may seem out of place in the early decision making process, but it turns out to be important because it has to reflect the structure of the offering. Metadata content has already been discussed and is listed in the following slide again. Ultimately, universities have to select a particular platform offer the issuance and record keeping necessary for the service.