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Microlearning: Knowledge management applications and competency-based training in the workplace



The focus of this article is a threefold discussion on microlearning 1) how microlearning best practices facilitate knowledge acquisition in the workplace by engaging and motivating employees through short, personalized, just-in-time learning, 2) ways microlearning integrates with knowledge management applications through situational mentoring, and 3) how competency-based microlearning, via subscription learning, is both an innovative approach to e-learning and an asset to learning organizations focused on improving the performance of their employees. © 2018 Hong Kong Bao Long Accounting And Secretarial Limited. All rights reserved.
Knowledge Management & E-Learning, Vol.10, No.2. Jun 2018
Microlearning: Knowledge management applications and
competency-based training in the workplace
Lynn C. Emerson
Judicial College of Maryland, Annapolis, MD, USA
Zane L. Berge
University of Maryland, Baltimore County, MD, USA
Knowledge Management & E-Learning: An International Journal (KM&EL)
ISSN 2073-7904
Recommended citation:
Emerson, L. C., & Berge, Z. L. (2018). Microlearning: Knowledge
management applications and competency-based training in the workplace.
Knowledge Management & E-Learning, 10(2), 125132.
Knowledge Management & E-Learning, 10(2), 125132
Microlearning: Knowledge management applications and
competency-based training in the workplace
Lynn C. Emerson
Judicial College of Maryland, Annapolis, MD, USA
Zane L. Berge*
Department of Education
University of Maryland, Baltimore County, MD, USA
*Corresponding author
Abstract: The focus of this article is a threefold discussion on microlearning 1)
how microlearning best practices facilitate knowledge acquisition in the
workplace by engaging and motivating employees through short, personalized,
just-in-time learning, 2) ways microlearning integrates with knowledge
management applications through situational mentoring, and 3) how
competency-based microlearning, via subscription learning, is both an
innovative approach to e-learning and an asset to learning organizations
focused on improving the performance of their employees.
Keywords: Microlearning; Knowledge management applications;
Competency-based training; Workplace
Biographical notes: Lynn Emerson is the Learning and Performance Specialist
at the Judicial College of Maryland. She is guiding the Maryland State
Judiciary’s efforts in developing online and hybrid competency-based training
programs that will reach more than 65 percent of Maryland’s judiciary
workforce. She is facilitating the integration of adult learning principles,
microlearning, gamification, and knowledge management strategies into
performance-based e-learning training programs, making the Maryland State
Judiciary the National leader in providing state-level competency-based judicial
education. Lynn is also earning her master’s in Instructional Systems
Development at University of Maryland, Baltimore County with emphasis in
instructional technology, distance education, adult learning, and human
performance technology.
Dr. Zane Berge is Professor in the Training Systems graduate programs at the
University of Maryland, Baltimore County campus. He teaches graduate
courses involving training in the workplace and distance education. Prior to
UMBC, Dr. Berge was founder and director of the Center for Teaching and
Technology, Georgetown University, Washington DC. There is where he first
combined his background in business with educational technology working in
the areas of online scholarly journals and discussion lists, and online education
and training. Today he specializes in distance education and online learning.
126 L. C. Emerson & Z. L. Berge (2018)
1. Introduction
The paradigm shift in communication and consumption of information from printed
tomes to digital texts no longer makes the headlines. Reading the daily news in bite-sized
snippets, searching a wiki to learn how to properly check the air pressure in your car’s
tires, or watching a YouTube video on the best way to bake a cake is not just the norm for
Millennials but are also established practices for Generation X and Baby Boomers. With
Web 2.0 and social media driving the way, microlearninglearning in short, focused
bursts designed to meet specific knowledge outcomesis all around us. This is
especially true in our personal lives, and most people are usually connected at work as
As many organizations shift their focus from in-person workshops to
incorporating more e-learning opportunities for their employees, they may be best served
by fueling their professional development programs with a combination of microlearning
strategies and knowledge management practices. The focus of this article is threefold.
First, we will discuss microlearning best practices to facilitate knowledge acquisition in
the workplace by engaging and motivating employees through short, personalized, just-
in-time learning. Second, we will identify how microlearning integrates nicely into
knowledge management practices through situational mentoring. Third, we will analyze
how competency-based microlearning, via subscription learning, is both an innovative
approach to e-learning and an asset to learning organizations focused on improving the
performance of their employees.
2. Microlearning in the workplace
Forward thinking, innovative companies such as the Cathay Life Insurance Co. LTD
(Salopek, 2016) and the Maryland State Board of Public Accountancy (McCabe, 2016)
have maneuvered their training efforts in a Porsche-like manner, to take full advantage of
flexible microlearning strategies while engaging and educating their employees using
mobile devices. Still, the organizational learning practices of many companies drive more
like the family minivan and have only recently pulled out of the workshop parking lot.
Those companies are still looking over their shoulders as they slowly merge onto the e-
learning highway.
In-person training is no longer premier in the workplace. Benchmarking results
indicate that managers prefer on-demand learning and access to up-to-date information in
a timely manner (Overton, 2011). As technology continues to be integrated into
employees’ daily tasks, more blended approaches to training and development are being
used to move learning into the workplace. By delivering discrete chunks of information
in short bursts of time, often via social media, microlearning is a strategy that
complements more comprehensive classroom and web-based training by reinforcing
concepts between tasks in the office or working as job aids on the production floor.
By incorporating multimedia into focused, interactive learning events that are,
according to Pandey (2016) and Fox (2016) no more than three to five minutes long,
microlearning interactions are simple enough to benefit first-time users (Willers, 2016)
and function as extensions of the norm for veterans of social media. Employees can
expand their knowledge incrementally for effective knowledge retention. Training
departments can use knowledge management strategies to tag, index, and store
microlearning modules in learning management systems for on-demand user access,
updating, and referencing.
Knowledge Management & E-Learning, 10(2), 125132 127
Millennials are challenging traditional e-learning compliance-based methods,
driving performance management strategies to evolve (Fox, 2016). According to Willers
(2016), compliance training through microlearning can convey information directly and
efficiently. Swift, Facebook-esque, knowledge questions involve learners in the content
and also with the company overall (Shatto & Ruiz, 2018; Tipton, 2017). This rapid
feedback stimulates employees to become part of the organization’s culture by increasing
their sense of responsibility to observe compliance directives. Through microlearning,
companies looking to develop as learning organizations can elevate compliance training
to the new role of communicating and sharing a common vision to employees, inspiring
them to work towards mission-critical organizational outcomes.
Compliance training by itself cannot make a learning organization. Still, the use
of microlearning can be extended to customize learning plans between managers and
employees (Fox, 2016). Fox explains that microlearning sets up a positive feedback loop
that can accelerate staff development and increase employee retention by personalizing
learning to build specific skill sets. The focused nature of microlearning allows
specificity in content development over generic training programs that may easily miss
the target. Rich, precise, and geared towards a specific audience, engaged and
empowered learners retain more information because they decided, with guidance from
their supervisors, what they needed to learn to perform their jobs better.
After all, business is about productivity and not necessarily about learning. From
a performance management perspective, inserting learning interventions into a busy
employee’s schedule is a real challenge. Microlearning can achieve both, almost
simultaneously, by supplying clear and concise well-designed single learning topics for
staff to fit in-between tasks when they can spare 15 minutes.
Poulin (2013) cites instances where microlearning has a lasting, positive impact
on the learning culture of an organization because it can be developed both from the top-
down, in the traditional fashion, but also from the bottom-up. Smartphone video
technology gives just about any employee the ability to capture in-depth institutional
knowledge and share that information formally or informally throughout the organization.
Paul (2016) defines the anatomy of a microlearning module as having a title, a
body, and an evaluation question. The title of a microlearning event is critical for
accurate indexing purposes and to convey its use to the learner in a simple and direct
manner. Learners use the title to decide whether to click to begin. The body focuses on
giving the user an idea to think about and an action to carry out, with graphics and video
delivering the greatest impact (Paul, 2016). Phrasing information in the form of a
question is also an effective way to engage active learning. Think about all the “quizzes”
so popular on Facebook these days. The use of interleaving, or mixing up information in
unexpected ways, can also aid retention. Although Paul suggests that an evaluation of the
module can come in the form of just one or two questions such as, “Did this resource give
you the information you needed?” or “Would you recommend this resource?” a more
personalized approach might be a better option in the workplace. The evaluations should
include some sort of knowledge check, self-assessment, or application. For example,
simple quiz questions help reinforce retention when teaching basic facts and self-
assessments allow the learner to reflect and more actively process the information. By
assigning tasks that require social interaction, learners can also share and apply new
Microlearning may not be the best tool when the student is learning something for
the first time or when learning a complex skill (Fox, 2016). Best used for reinforcement,
microlearning can help the user polish or develop automaticity for a particular skill set.
128 L. C. Emerson & Z. L. Berge (2018)
Microlearning could also be used as follow-up training after larger programs or for more
specialized, supplemental training, when it is difficult to get people back into the
classroom. This may be accomplished by building a searchable microlearning library of
assets that can be viewed on a smartphone or a tablet which can be easily accessed by the
end user and straightforward to update by the developer.
3. Microlearning and knowledge management
Microlearning has been touted as a strategy that can help deliver the right information to
the right learners, at the right level of detail and at the precise moment they need it. This
sentiment has also been attached to knowledge management methodologies (Rosenberg,
2014). Applying knowledge management principles to microlearning strategies may
extend the reach of microlearning. Davenport (1994) describes knowledge management
as the process of using informational technology to capture, distribute, and effectively use
organizational knowledge. According to Rosenberg (2014) there are three major
components of knowledge management: information repositories, communities of
practice, and access to experts and expertise.
First, storing microlearning interventions in an indexed and searchable
information repository, such as a learning management system or Intranet, is an obvious
connection to knowledge management. After all, if employees cannot efficiently and
effectively locate the required bits and bytes of information that microlearning can offer,
then microlearning falls short as a successful learning strategy, regardless of content
accuracy and pedagogical coherence.
Second, professional development in the workplace can be supported by using
Web 2.0 and social software to inject microlearning into employee-based communities of
practice. For example, pushing microlearning modules to an online community of
supervisors allows learning organizations not only to steer informal learning and
stimulate discussion, but it also encourages problem-solving of mission-critical issues
and links goal-oriented solutions to the office.
Third, if microlearning indexing tags include an expert’s contact information, then
access to expertise beyond that of the microlearning event can provide additional depth
and dissemination of knowledge. Given the fact that the role of a learning specialist is
becoming more focused on helping employees find information rather than designing,
developing, and delivering training as mentioned by Julie Clow (as cited in Hartley,
2010), it is intriguing to consider the idea of situational mentoring as a method of
extending the reach of microlearning. Randy Emelo (as cited in Hartley, 2010) describes
situational mentoring as a process similar to that of traditional mentoring in that the
learners engage experts for information, advice, and feedback. Unlike traditional
mentoring, however, the learners seek collaborators who can give them specific advice on
a single, targeted issues that requires a quick resolution. The learner identifies and
clarifies a situation or dilemma where information or creative input is required from
others. The mentee then searches a database of potential mentors that have volunteered
their help in a short-term, focused way. The learner then contacts the expert collaborators,
usually one to three, to explore solutions for an agreed upon project plan. They meet
virtually, face-to-face, or both to accomplish the project’s goals and solutions. The
collaborating group then post the results of their discoveries, so others can learn from the
experience. Building on the idea of tagging an expert’s contact information to a
microlearning module, the constructs of situational mentoring could increase the range of
microlearning into the realm of tacit knowledge, that depth of comprehension gained
Knowledge Management & E-Learning, 10(2), 125132 129
through practice and experience, such as speaking a different language and playing a
musical instrument or qualities like leadership, innovation, and emotional intelligence
(ADEC Innovations, 2016; Giurgiu, 2017).
4. Microlearning and competency-based education and training
If microlearning strategies can be an efficient conduit between knowledge management
and institutional experts in the transfer of amorphous tacit capabilities, then contrary to
Fox’s (2016) belief, they can also be used to deliver more complex learning. For
example, the incremental and granular nature of competency-based training is the
prototypical example of microlearning in action. For learning organizations focused on
effective job performance, competencies aimed at developing awareness, knowledge, and
skills on the path to mastering more complex job behaviors can be delivered to the
employee as separate, but sequential microlearning lessons.
From a knowledge management perspective, the considerable cost required to
develop and implement competency-based education can be reduced, by the successful
training of employees, and by the relative ease at which the competencies can be kept
current in a microlearning environment. Political and economic shifts can cause many
competency models to fall out of alignment with fluctuating organizational objectives.
Campion, Fink, Ruggeberg, Carr, Phillips, and Odman (2011) emphasize that as much
attention should be given to maintaining competency-based programs as is afforded to
their initial development. If each competency is associated with a single learning
objective taught in a microlearning lesson, then groups of lessons that make up the tasks
in a job behavior can be easily identified for revision.
Delivery of competency-based microlearning should involve strategic integration
into the workplace and effective use of social learning. Following the lead of Allen,
Dirksen, Quinn, and Thalheimer (2014) in their appeal for practitioners to raise the bar
and achieve more effectual e-learning designs, competency-based microlearning looks
like it is an effective way to move away from the familiar form of an e-learning course.
To accomplish this, job behaviors must be first accurately defined, followed by a task
analysis for each behavior. Once competencies have been identified for each job
behavior, they can be individually reordered and grouped pedagogically as required.
From that point, each competency can be converted to a measurable learning objective
from which each microlearning lesson can be developed. Each competency can also be
incorporated into a self-assessment tool (Hughes & Rycus, 1989). Six months to a year
after training, the employee can use the instrument to measure strengths and identify
areas that need additional support or refresher training. This individual training profile
provides a mechanism to close performance gaps. Together with performance
evaluations, the individual training needs assessment can provide supervisors with
comprehensive pictures of the developmental state of their staff. Moreover, the training
needs assessment data from all staff, which can be complied to evaluate the success of the
curriculum and pinpoint microlearning lessons that should be revised. This approach to
competency-based education captures the potential of research aligned tactics and
innovative approaches to e-learning.
One such approach is subscription learning. Thalheimer (2014) suggests that
subscription learning is a versatile delivery mechanism that can both augment traditional
learning and provide alternatives to traditional approaches. Subscription learning takes
the form of intermittent streams of learning related interactions, or “threads,” that are
pushed to subscribers via social media such as email, text messages, and cellphone alerts.
130 L. C. Emerson & Z. L. Berge (2018)
These threads are microlearning events intentionally timed to support learning utilizing
the spacing effect of distributed learning (Gerbier & Toppino, 2015). In addition,
microlearning threads ask learners to make decisions in simulations, answer scenario-
based questions, access jobs aids, complete assignments, and encourage social reflection.
In the words of Thalheimer (2014), “The bottom line is that subscription learning doesn’t
need to be limited to learning content. It can introduce job aids, on-the-job activities, and
conversations with key stakeholders” (para. 9). Competency-based subscription learning
can set the stage for critical thinking, problem-solving, and communication skills that
learners can apply in the workplace to improve their performance.
Compared to traditional 30 to 90-minute e-learning classes, or one-day workshops
where learners do not have the option to revisit the content presented, subscription
learning can engage learners in many smaller blocks of learning while integrating the use
of research validated strategies that typical online courses do not provide (Thalheimer,
2014). For example, subscription learning can afford learners opportunities to: encounter
content over a relatively long-spaced interval to maximize knowledge retention; practice
real-world tasks in context over time; and increase the likelihood that the acquired
knowledge nuggets will be discussed with co-workers.
This novel approach to competency-based learning can be taken one step farther,
especially when teaching new or complex behaviors. After a series of competency-based
microlearning lessons have been delivered, confirm employee comprehension and
encourage application by having them discuss the topics with a mentor, participate in a
webinar, join a video conference, or participate in a face-to face workshop. This blended
approach to microlearning can also be a prescription to deliver larger competency-based
curricula, such as supervisor core training, where there are many learning modules, each
with a discrete skillset to master. For example, at the end of each online learning module,
onsite workshops can be held to allow collaborative application and reinforcement of
information presented in the online microlessons. Competency-based microlearning is a
recipe for a truly innovative approach to e-learning. In fact, competency-based
microlearning includes all the qualities outlined by Allen, Dirksen, Quinn, and
Thalheimer (2014) in “The Serious E-Learning Manifesto” that are required to create a
valuable learning experience. It employs spacing practice, creates challenges that have
impact and meaning to learners, provides mechanisms to become emotionally engaged in
authentic contexts, and encourages learners to problem solve and apply realistic solutions.
5. Conclusion
As organizations shift their focus from instructor-led workshops to more online classes,
they need to be cognizant of innovative teaching techniques, research proven strategies,
and ways to engage learners in realistic contexts to improve performance. Using
microlearning, there is not much need to reserve specific learning times. Stitched into our
daily lives through social media and corporate intranets on their smartphones, computers,
and tablets, microlearning allows employees to be both productive and increase their
knowledge at the same time. Microlearning is much more than just small chunks of just-
in-time learning delivered in media-rich formats to a variety of mobile devices. It can
facilitate knowledge acquisition in the workplace by engaging and motivating employees
to communicate and apply what they have learned. Integrated into knowledge
management applications and situational mentoring, microlearning can facilitate the
delivery of elusive tacit information and institutional knowledge. Institutional tacit
knowledge is difficult to transfer to a learner without human interaction. A searchable,
indexed microlearning database could leverage technology to bring together mentor and
Knowledge Management & E-Learning, 10(2), 125132 131
mentee for a brief encounter where the expert could impart some nugget of wisdom and
enable the learner to gain tacit knowledge, starting with a click of a button.
Lastly, competency-based microlearning can be an innovative force behind
improving employee proficiency and effectiveness in achieving mission critical goals.
Using such techniques as subscription learning, competency-based microlearning can be
a valuable asset to learning organizations focused on improving the performance of their
employees. Only when organizational leaders apply novel design approaches, such as
competency-based microlearning and situational micromentoring, can the e-learning
mediocrity highlighted be overcome.
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... In this study, we define microlearning as an instructional strategy, where the learning content is divided into small, focused activities and delivered digitally in an easily digestible form that is outcome-oriented (Emerson & Berge, 2018;Grevtseva et al., 2017;Nikou & Economides, 2018). A handful of researchers have synthesized the current state of microlearning literature in their respective fields (e.g., De Gagne et al., 2019;Lee, 2021;Lin et al., 2019;Shail, 2019). ...
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In recent years, publications on microlearning have substantially increased, as this topic has received extensive attention from scholars in the instructional design and technology discipline. To better characterize and understand microlearning, there is a need for comprehensive bibliometrics assessments of the literature on microlearning. To this end, this bibliometric study collected 208 relevant publications on microlearning from the Scopus database, published in diverse contexts. Using quantitative topic modeling and qualitative content analysis methods, we identified four major themes in these publications, namely: (1) design of microlearning; (2) implementation of microlearning as an instructional method strategy and an intervention; (3) evaluation of microlearning; and (4) the utilization of mobile devices for microlearning. Based on the study findings, we discuss the significance of the study and provide implications for research and practice, particularly in fostering rigorous inquiry on the topic of microlearning, expanding the context of research to include K-12 settings, and focusing on mobile-based microlearning. Link to article:
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... Involve our daily lives through social media and corporate intranets on smartphones, computers, and tablets. Micro-learning is little more than just-in-time learning as a rich medium for a variety of mobile devices, can facilitate workplace knowledge acquisition by engaging and motivating employees to communicate and apply what they have learned ( Emerson, 2018) by means of developing micro-learning content. To replace the existing e-learning and provide customized content taking into account the learner's learning time and environment, and the advantages of micro-learning should be on a low budget (Park, 2018), (Redondo, 2020) and micro-learning should be small-sized content with an emphasis on relevant information only. ...
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This paper is structured in two main sections: the first describes competency-based learning, and the second analyzes strategic educational management as an alternative to traditional management, with an emphasis on leadership competency. This paper aims to establish a link between this educational model and the management of educational institutions; that is to say, the competence-based approach is presented as a teaching-learning model whilst contributing to educational management. The purpose then, without wishing to exhaust the question, was to contribute to the debate about the improvement of educational quality through innovation and to analyze what is the role that the management of centers plays in this process that we believe consists of transforming schemes and old models in education and management. In this line, the competencies approach was shown to be transversal, because we could see what a contribution means as a teaching model as well as a management model. This is the product of conceiving organizations as units of meaning, and not as isolated compartments of students, teachers, managers, and families. The feedback that we observe between management and learning through the competency model is due to this obligation to build learning communities around educational systems. Conclusion of the study indicate that competency-based learning mechanism and the strategies of analyzing the educational management in precise on leadership competencies. Moreover, previous literature also demonstrated the key concept that are related to the educational prospective and learning mechanism to the competency enhancement and skill development.
... As per Overton (2011), in the current competitive business environment, on-demand learning and access to up-to-date information were preferred by managers. According to Emerson and Berge (2018), on the one hand, microlearning facilitates acquisition of knowledge in the workplace through motivating and engaging staffs to communicate and apply what they have learned. On the other hand, Madden and Govender (2020) further indicates training and development departments of many organisations focus on emerging concept of microlearning to support multitask-orientated, fast-paced and digitally savvy learners. ...
Purpose This study aims to explore how learners prefer to interact with microlearning videos. Microlearning is an emerging topic in work-based learning, and the benefits of using video in supporting learning have been widely discussed. However, only very few of previous works were conducted on discussing how learners prefer to interact with microlearning video. This paper aims to fill this knowledge gap. Design/methodology/approach A questionnaire was used in this study for data collection purposes. In total, the invitation had been sent to 236 enrolled learners from the 3 targeted modules through emails. A total of 77 participants completed the survey with the response rate 32.6%. The chi-square test is used in this study in order to conclude whether the findings from the sample related to hypotheses are statistically significant. Findings By analysing primary data collected from a United Kingdom (UK) university, the findings suggest that 1) the perceived usefulness of the control functions and the expression functions of multimedia microlearning videos are generally high and 2) more participants, on the one hand, prefer to have more control in their multiple-choice questions’ arrangement and open-ended questions’ arrangement; on the other hand, there was no significant difference on the preference of when to attempt assessment. Originality/value This is the first time that a study like this had been conducted to review and discuss the interactive preferences between learners and multimedia microlearning. This study could shed some lights on future research in the field of microlearning and work-based learning.
Due to the need for lifelong learning, microlearning comes into play to facilitate the learning process in the workplace. To support microlearning, it is necessary to provide activities and facilitate adequate training and learning sequences. Current technological advances, like artificial intelligence (AI), may build a learning ecosystem that enables personalised learning. This case study determines how video-based learning platforms, such as LinkedIn Learning, may aid in the development of a learning ecosystem capable of providing personalised learning in the workplace. To this end, a case study at Infineon Technologies is conducted. The case indicates that LinkedIn Learning can be a part of the learning ecosystem by linking and referencing learning opportunities and resources to LinkedIn Learning.KeywordsPersonalised LearningLearning ecosystemMicrolearningVideo platformLinkedIn Learning
Conference Paper
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كتاب يتضمن وقائع فعاليات مؤتمر التعليم الالكتروني في مؤسسات التعليم العالي 2021
Online training is expected to increase retention of information and be less time-consuming. This leads to a motivation to identify a more effective content delivery for online training. Microlearning indicates that bite-sized content is delivered in short fragments that can fit into anyone’s hectic schedule. However, the perspective of microlearning and its content design is still indefinite. It is challenging to design content for training that optimizes microlearning’s characteristics. The purpose of this research is to identify the perspective towards microlearning and the significance of the design of micro-sized content for online training for employees. This study investigated two questions which are how to design an effective micro-sized content for enhancing employees learning opportunities and the type of topics which are relevant to learning. The study was carried out with employees from education industries and training service providers. Data was collected through a survey and focus group interview. The study recognised that employees are primarily familiar only with video-based microlearning content and they have inadequate knowledge on the application of other microlearning elements for content design. One of the most common microlearning elements – Video, that is between 5-7 minutes in length, is considered to be the most applicable element in microlearning. In conclusion, the perspectives concerning the challenges in designing microlearning content were discussed. The study also proposed 2 different architectures with different objectives for the overall microlearning content design based on the employee’s experiences and perspective.
Technical Report
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Please quote as: Weinert, T.; Thiel de Gafenco, M.; Billert, M. S.; Janson, A.; Klusmeyer, J.; Leimeister, J. M. (2022). Handlungsbroschüre. Ko-Kreative Entwicklung von Lernmaterialien im Arbeitsprozess in der Fertigungsindustrie-Eine anwenderzentrierte Betrachtung. Kassel: Kassel University Press. ISBN: 978-3-7376-1054-4.
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This article is analyzing the meanings of the micro-learning trend, as they have emerged and developed over the last few years. Exploring how the term micro-learning is used to organize and order a set of pedagogical and technological phenomena and concepts in new and interesting ways, it is brought into focus the most popular and widely used learning management platforms that embrace this concept.
Competitive Improvement Instructional programs would improve continuously through competition, public and expert assessment, and an open market for commercial offerings. An instructional program can eventually reach extraordinary effectiveness through iterative refinement. The Serious e-Learning Manifesto is an industry effort to return professionalism to the field. It sets forth a list of values that should guide the design of e-learning along with a comparative list of values that are currently shaping the preponderance of work being done today. It provides: a list of values that are guiding typical e-learning design and development; a contrasting list of preferred values known to be much more effective; short commentaries on all listed values; a set of 22 principles that can guide and assist e-learning designers to incorporate the preferred values; comments and endorsements posted by hundreds of people working with e-learning; and an opportunity to add your own endorsement to the initiative.
To download the paper : Education ideally should induce learning that lasts for years and more. A wealth of research indicates that, to achieve long-lasting retention, information must be practiced and/or tested repeatedly, with repeated practice well distributed over time. In this paper we discuss the behavioral, neuroimaging and neurophysiological findings related to the effect of distributed practice and testing as well as the resulting theoretical accounts. Distributed practice and testing appear to be powerful learning tools. We consider implications of these learning principles for educational practice.
Argues that, unless information technology managers pay attention to how people share information, advanced technological systems cannot achieve their full potential. Outlines how organizations can rebuild their information cultures, integrating human flexibility and disorder into information systems and changing employee behavior. (JOW)
The purpose of this article is to present a set of best practices for competency modeling based on the experiences and lessons learned from the major perspectives on this topic (including applied, academic, and professional). Competency models are defined, and their key advantages are explained. Then, the many uses of competency models are described. The bulk of the article is a set of 20 best practices divided into 3 areas: analyzing competency information, organizing and presenting competency information, and using competency information. The best practices are described and explained, practice advice is provided, and then the best practices are illustrated with numerous practical examples. Finally, how competency modeling differs from and complements job analysis is explained throughout.
Micro-learning: The future of corporate learning
ADEC Innovations. (2016). Micro-learning: The future of corporate learning [Web log post]. Retrieved from
Microlearning for effective performance management
  • A Fox
Fox, A. (2016). Microlearning for effective performance management. TD Magazine, 70(4), 116-117.
Is there macro value in microlearning?
  • D Hartley
Hartley, D. (2010). Is there macro value in microlearning? Chief Learning Officer, 9(7) 30-43.
Target: Competent staff; competency-based inservice training for child welfare
  • R C Hughes
  • J S Rycus
Hughes, R. C., & Rycus, J. S. (1989). Target: Competent staff; competency-based inservice training for child welfare. Washington, DC: Child Welfare League of America, Inc.