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Tumbuh Global, an educaonal
consulng rm that specializes in
immersion learning, online learn-
ing, and digital media for educa-
on, hosted two webinars pre-
sented by the ATS Pathways for
Tomorrow Coordinaon Program
for all ATS member schools in
March and April—What is In-
struconal Design Theory? and
Why Online Learning Programs
Need Instruconal Designers.
Instruconal design provides a comprehensive frame-
work for revising online courses, ensuring they meet the
needs of adult learners and leverage technology eec-
vely. By conducng thorough assessments, applying
adult learning principles, implemenng technology inten-
onally, priorizing technical support, and connuously
monitoring and evaluang course eecveness, educa-
tors and instuons can create engaging and impacul
learning experiences for the modern online learner.
Instruconal design is becoming more and more relevant
and necessary for ATS schools, as evidenced by the
nearly 200 individuals who aended the two webinars.
To follow are some of the ideas that were discussed.
Assessing exisng courses
Before embarking on the revision of online courses, it's
crucial to conduct a comprehensive evaluaon of the
exisng courses. This evaluaon should focus on the ef-
fecveness of the course in achieving its learning objec-
ves.
Learner-centric approach: Begin by understand-
ing the learners, their specic needs, learning
preferences, and potenal challenges. This learner-
centric approach ensures the course caters to the
unique characteriscs of the target audience. For
instance, if the learners are primarily individuals
pursuing a second career, their exisng professional
experience becomes an asset. This insight can inform
the design of learning acvies, such as incorporat-
ing group projects or discussions that leverage their
praccal knowledge.
Content, structure, and technology: The assessment
should encompass a thorough examinaon of the
course content, structure, and learning acvity deliv-
ery methods. This involves analyzing the alignment
between course content and learning objecves,
evaluang the ow of informaon from the learner's
perspecve, and examining how technology is used
to deliver the learning modules.
Revising course content and structure
through the lens of adult learning theory
Aer idenfying areas for improvement through the
assessment, the revision process should be guided by
adult learning theory. This theory provides valuable
Revising exisng online courses with
instruconal design
By Lindsay andreoLLi-ComstoCk
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insights into how adults learn and can inform the selec-
on of appropriate instruconal strategies.
Key pillars of adult learning theory: Adult learning
theory, also known as andragogy, emphasizes the
unique characteriscs of adult learners. Five key
pillars underpin this theory:
Self-concept. Adults need a clear understanding of
the purpose behind their learning.
Experience. Learning through experience is highly
eecve for adult learners. This can involve simu-
laons, case studies, or other hands-on acvies
that allow them to apply their knowledge.
Readiness to learn. Adult learners are oen mo-
vated by topics that are relevant to their profes-
sional and personal lives.
Applicaon and orientaon. Adults value learn-
ing that can be immediately applied to real-world
situaons.
Movaon to learn. Adult learners are typically
self-movated and desire some control over their
learning experience.
Leveraging technology to enhance adult learning:
Technology plays a pivotal role in online learning,
and its applicaon should be aligned with adult
learning principles.
Chunking. This involves breaking down informa-
on into smaller, manageable units to facilitate
comprehension and retenon.
Scaolding. This entails providing learners with
inial support and gradually reducing it as their
understanding grows. For example, a course
might start with detailed instrucons and exam-
ples, which are gradually phased out as learners
become more procient.
Cognive load. Consider the cognive capacity
of learners and design learning experiences that
avoid overwhelming them with excessive infor-
maon or complex tasks.
Evaluaon: Evaluang learner progress is crucial
to gauge the eecveness of the revisions. Various
assessment methods—quizzes, projects, or discus-
sions—can be employed to measure learner com-
prehension and applicaon of knowledge. Revising
exisng evaluaon methods requires careful con-
sideraon of the course objecves and the specic
informaon the evaluaon is intended to capture.
Implemenng technology with intenonality
Technology should be viewed as a tool to enhance the
learning experience, not merely as a delivery mechanism.
Instructor Engagement: Fostering a sense of con-
necon between instructors and learners is crucial
in online learning environments. Implemenng
strategies such as virtual oce hours, providing
prompt and personalized feedback, and integrang
live interacve elements can signicantly enhance
engagement.
Peer-to-peer interacon: Encouraging interacon
among learners through online forums, chat rooms,
or group projects can foster a sense of community
and create opportunies for collaborave learning.
LMS training: Providing comprehensive training
on the learning management system (LMS) to both
instructors and learners is essenal. This includes
training instructors on how to eecvely adapt their
teaching methods for the online environment and
providing learners with clear guidance on navigang
the LMS.
Supporng the learner's journey through
technical support
Robust technical support is paramount in ensuring a
smooth and posive online learning experience.
Mulfaceted support: Technical support should
encompass various aspects, including providing
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instructors with necessary training and resources,
ensuring mely LMS updates and maintenance, and
establishing clear procedures for learners to seek
assistance when needed.
Accessibility and responsiveness: Learners should
have readily accessible channels to reach technical
support, such as online chat, email, or phone. The
support team should be responsive and equipped to
address a wide range of technical issues promptly.
Monitoring and evaluang course
eecveness
Regular evaluaon and monitoring of online courses
provide valuable insights for ongoing improvement.
Learner feedback: Gathering feedback from learners
through surveys, focus groups, or individual inter-
views can shed light on their experiences and high-
light areas that require further revision.
Instructor reecons: Encouraging instructors to
reect on their teaching pracces, challenges, and
successes in the online environment can provide
valuable data for improving course design and
delivery.
Benchmarking and metrics: Establishing clear learn-
ing benchmarks and tracking relevant metrics allows
for an objecve assessment of course eecveness.
This data can be used to idenfy areas of strength,
address areas where learners are struggling, and
make informed decisions about future revisions.
Tumbuh Global is currently exploring the idea of an in-
person training workshop on instruconal design. Feel
free to respond to this quesonnaire to help Tumbuh
beer plan for your unique needs.
Lindsay Andreolli-Comstock is Co-founder
and Managing Director of Tumbuh Global,
and President and Principal Consultant of
The School of Global Cizenry.