Basically, when we say digital teaching is the use of technology in teaching and learning processes. The use of hardware (gadgets, laptops, smartphone, etc) and the software (applications, programs), be it online or offline, in facilitating teaching and learning where learners are actively engaged are parts of digital teaching. Absence of these are not part of digital learning.
Digital and non-digital methods of teaching refer to the use of technology and traditional approaches, respectively, for educational purposes.
Here are some key differences between these two methods:
Nature of Delivery: Digital: Digital teaching involves the use of electronic devices such as computers, tablets, smartphones, and projectors to deliver educational content. This can include online classes, multimedia presentations, interactive simulations, and educational apps. Non-Digital: Non-digital teaching relies on traditional methods such as chalkboards, textbooks, physical models, and face-to-face interactions between teachers and students.
Access to Information: Digital: Digital methods provide access to a vast amount of information and resources online. Students can research and access information from various sources, including educational websites, online databases, and e-books. Non-Digital: Non-digital methods rely on printed materials, libraries, and textbooks as primary sources of information.
Interactivity and Engagement: Digital: Digital methods often offer interactive elements, such as quizzes, polls, discussions, and simulations, that can engage students in active learning and provide immediate feedback. Non-Digital: Non-digital methods may have limited interactive features, though teachers can still engage students through discussions, group activities, and hands-on experiments.
Flexibility and Convenience: Digital: Digital methods offer flexibility in terms of accessing educational content from anywhere with an internet connection. Students can learn at their own pace and revisit materials as needed. Non-Digital: Non-digital methods may require physical presence in a classroom or learning space, limiting flexibility.
Multimedia and Visual Learning: Digital: Digital methods can incorporate multimedia elements like videos, animations, and graphics, which can enhance visual learning and make complex concepts easier to understand. Non-Digital: Non-digital methods primarily rely on verbal explanations and visual aids like chalkboard diagrams.
Feedback and Assessment: Digital: Digital methods often allow for automated assessment and immediate feedback through online quizzes and assignments. Non-Digital: Non-digital methods may require manual grading and feedback, which can take more time.
Skills Development: Digital: Digital methods expose students to technology and digital literacy skills, which are increasingly important in today's world. Non-Digital: Non-digital methods emphasize traditional communication and critical thinking skills.
Distractions and Screen Time: Digital: Digital methods might involve potential distractions from other online activities and can contribute to increased screen time. Non-Digital: Non-digital methods are less likely to contribute to excessive screen time.
Teacher-Student Interaction: Digital: Digital methods can offer asynchronous learning opportunities, but may reduce direct teacher-student interaction in real-time. Non-Digital: Non-digital methods facilitate face-to-face interactions between teachers and students.
Both digital and non-digital methods have their own strengths and limitations. The choice between these methods often depends on the learning objectives, resources available, student preferences, and the specific context of education.
Please see the paper below which shows an example of digital training during the pandemic in manufacturing.
Article Implementing Digitalised Lean Manufacturing Training in a UK...
None digital methods are the same as mentioned by the other respondents, i.e. in my opinion more traditional training methods i.e. Classroom based training, on the job training at the workface, etc.
Digital and non-digital methods of teaching is both significant in delivering the lessons to the students. However, digital method has an edge over the non-digital method in terms of fast tracking the delivery of the lessons. Students can easily access the materials and participate in online classes virtually anywhere with an internet connection. But if places with intermittent connection digital method could also be the problem. While non-digital method of teaching or the conventional way be of great advantage wherein socialization of students be developed in face-to-face setting. This method promotes a more focused and immersive learning environment that involve direct and in-person interactions between educators and students, fostering stronger relationships and more immediate support. Eventually, the choice between digital and non-digital teaching methods should be guided by the specific educational goals, the needs of students, and the available resources.
It definetely has to do with the roles and duties of teachers and learners.
For example in computer assisted inquiry-based learning, it is crucial to encourage learners to use the computer and do research that will help them answer a question (inquiry). The students have highly active role in using the computer.
On the other hand, when a teacher just delivers information and uses a website instead of the print-textbook, the learners have passive role just as in traditional lessons. The difference of using digital instead of print material might not be so significant.
Digital teaching skills: comparative study in higher education
Molina, Gloria Milagros Torres; Coronado, Míriam Liliana Flores; Falcon, Carlos Fabian; Rivera-Zamudio, July; Lira, Luis Alberto Núñez, (2021)
DOI: https://doi.org/10.20952/revtee.v14i33.15527
"Within the teaching skills, digital competence is fundamental for those who exercise teaching and, in this way, can enhance their classes in a highly digital society; such competence must allow the construction, processing, evaluation and classification of topics taught in a classroom. The term "competence" has been defined as the progressive and dynamic development of skills and/or capacities for the sole purpose of achieving systemic and holistic development throughout life . In this regard, it is appropriate to design appropriate programmes that allow higher education institutions to be convinced that teachers have achieved them; for this reason, the levels of digital skills held by teachers should be specified when they enter their classrooms; from this baseline, adequate teaching can be certified to the current requirements; having the necessary digital skills will help the academic process, accepting that the work environment is currently a highly digital environment; it is then important and necessary for educational institutions to ensure the achievement of these competences in all their teachers, since otherwise we would be facing traditional sessions, behavioural and without the necessary teaching strategies to achieve the desired objectives .
Therefore, teaching skills are aspects of interest in today's academic world, where institutions establish actions that seek education appropriate to the current context and with highly trained teachers, equipped with technological and didactic tools.
It is indicated that the digital skills will enable the proposed pedagogical objectives to be achieved and, in this way, learning, inclusion in the society where the teacher becomes the engine of this process. Thus, both Zahonero and Martín (2012) and López (2014) stated that these competencies allow to carry out with efficiency and autonomy the work entrusted, in addition to accompanying the learning processes."
Please see below a new link to my new research article for anyone who wants to give it a read?
Improving Lean Engagement Through Utilising Improved Communication, Recognition and Digitalisation During the COVID-19 Pandemic in JLR’s Powertrain Machining Facility
(PDF) Improving Lean engagement through utilising improved communication, recognition and digitalisation during the COVID-19 pandemic in JLR's powertrain machining facility (researchgate.net)