The Construction of Blended Teaching Mode in Higher Vocational
Colleges Based on “Internet+”
Xiaona Du
1,* a
and Linsheng Li
2b
1
Ordos Vocational College, Ordos City, Inner Mongolia, China
2
Ordos second school attached of beijing normal university, Ordos City, Inner Mongolia, China
Keywords: Internet+, Blended Teaching, Teaching Mode, ASP.NET.
Abstract: In view of a series of problems such as lack of educational resources, imperfect teaching system and
outdated teaching mode in China's higher vocational colleges, this platform selects Visual Studio 2019 as
the bottom development tool, selects IIS 11.0 version of the web server, uses C# as the programming
language, and sets up an aspx function page under the function module to improve the detailed functions of
the system module. The SQL server database is selected for data storage management, and then the
hierarchical design of the system is completed according to MVC mode, and Windows version 10.0 is
selected as the operating system, so as to ensure that the platform can be used more safely and smoothly.
The platform aims to combine traditional classroom teaching with emerging online learning, change the
outdated teaching system, pay more attention to the actual effect of teaching, improve students' learning
efficiency, and meet their individualized learning needs, thus opening up a brand-new road for blended
teaching mode.
a
https://orcid.org/0000-0002-6473-7613
b
https://orcid.org/0000-0002-5331-5466
1 INTRODUCTION
With the development of science and technology and
the advent of the Internet age, people have more
ways to obtain resources, but the traditional teaching
mode still uses books as the main tool for imparting
knowledge. At present, single book knowledge can
no longer meet the individualized learning needs of
students. To some extent, the classroom teaching
mode with teachers as the main part and books as
the auxiliary part ignores the students' cognitive
dominant position, and the simple indoctrination
education cannot attract students' attention. The
update speed of teaching contents in books is slow,
and the teaching resources are outdated, so it is
difficult to meet the knowledge needs of students.
But most higher vocational colleges still use the
traditional "classroom+book" teaching mode, which
is not conducive to arousing students' interest in
learning and will affect students' learning effect in
the long run. The single teaching mode still has
some shortcomings. First of all, in the traditional
classroom teaching, teachers take lecturing as the
main teaching mode, which plays a leading role in
the classroom. However, simple lecturing does not
reserve space for students to think, which is not
conducive to students' thinking activities and easily
leads to students' "false knowledge". Secondly, the
single classroom teaching mode pays more attention
to theoretical teaching and neglects the role of
practice, which is likely to lead to students. Finally,
teaching is a bilateral interactive activity between
teachers and students. The purpose of teaching is to
combine teachers' "teaching" "learning" with
students' "learning" organically. However, the
traditional teaching mode fails to take this into
account, resulting in students passively accepting
knowledge and lacking learning process. In the face
of these problems, the traditional teaching mode
should be changed accordingly. (Yang, 2020)
In view of the above problems, this paper
constructs a blended teaching mode in higher
vocational colleges based on "internet+". The online
and offline hybrid teaching mode is used to solve
practical teaching problems. The online teaching
platform mentioned in this article mainly uses C# as
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Du, X. and Li, L.
The Construction of Blended Teaching Mode in Higher Vocational Colleges Based on â
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DOI: 10.5220/0011935600003613
In Proceedings of the 2nd International Conference on New Media Development and Modernized Education (NMDME 2022), pages 620-625
ISBN: 978-989-758-630-9
Copyright
c
2023 by SCITEPRESS – Science and Technology Publications, Lda. Under CC license (CC BY-NC-ND 4.0)
the programming language, the bottom development
tool is Visual Studio 2019 version, and an aspx
function page is set under the function module, so as
to improve the detailed functions of the system
module. Then, according to MVC pattern, the
hierarchical design of the system is completed, and
the data storage is managed by SQL server database,
so as to save the query time and improve the
operation efficiency. The Windows version 10.0 is
selected as the operating system, and IIS version
11.0 is selected as the web server, which makes the
construction of the platform more efficient and
secure. This platform puts forward the "internet +"
blended teaching mode, which is not to
mechanically put online teaching and traditional
teaching together, but to fundamentally change the
teaching mode and improve the teaching
effectiveness. Through a series of processes, such as
online preview, offline learning practice, online
communication and sharing, and online examination,
the platform will carry out teaching practice, so that
students can explore themselves and learn
independently in the teaching process, thus
cultivating students' comprehensive practical ability
and making them practical talents needed by the
society.
2 INTRODUCTION OF KEY
TECHNOLOGIES
2.1 Asp.Net
The ASP.NET is a kind of Web development
platform, which provides an overall programming
framework for the subsequent development of the
platform, is the infrastructure used for development,
and also provides various required services for web
programs. (Ren, 2017) The ASP.NET relies on
HTTP protocol, and uses HTTP commands to set up
two-way communication between browser and
server. The ASP. NET can also realize caching,
which updates the performance of some
applications, and then caches frequently used pages
of users and stores them in temporary locations,
which can retrieve these pages more quickly and
give better feedback to users.
2.2 SQL Sever Database
The SQL Server is a database management system.
Using SQL Server 2019, database users can easily
publish the required information and data to the
Web, and users can view the data stored in SQL
Server through common browsers, which saves the
query time and improves the operation efficiency. It
can be seen that the storage logic of SQL Sever
database is more concise and clear, and the data
processing can be carried out more efficiently.
2.3 MVC
The MVC is one of the programming modes in
ASP.NET, and it is a special mode for creating Web
applications. The MVC layering helps to manage
complicated program applications, and programmers
can pay attention to one aspect for a long time.
Besides, MVC layering can also focus on view
design without relying on logical business, making it
easier to test program applications. The construction
of this platform takes MVC pattern as the whole
framework structure, and the development and
creation are based on component-based layered
development technology. Distributed multi-layer
technology is an important development technology
to create this platform. Using this technology can
effectively realize the functions of the traditional
pattern, and it has certain advantages in scalability
and maintainability of the platform.
2.4 Ajax
The essence of Ajax is the engine tool between
client and server. In the client, the server will not
receive all the information input, but Ajax will filter
the information and send it to the server when there
is a request for related data. And Ajax can
dynamically respond to data, which improves the
user's interactive experience. Among them, Ajax
engine is between the program and the server, and it
is mainly used to process some requests of users. In
this platform, courseware uploading and online
learning are frequently used functions. In order to
ensure the synchronization between the use of the
client and the operation of the server, Ajax engine is
introduced into the system. When the teacher
submits courseware, it is not necessary to load the
page again, and the submitted content can be
displayed only by partial refreshing, so that the user
can feel that the system and operation are
immediately responsive.
2.5 Development Process
According to the introduction of the above-
mentioned related technical contents, the
configuration and deployment of online teaching
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platform development process of blended teaching
mode in higher vocational colleges are completed. In
order to improve the system function of the hybrid
teaching platform in higher vocational colleges, the
platform will be constructed by ASP.NET and other
related technologies. The bottom development tool
is Visual Studio 2019, and the operating system is
based on Windows 10.0. In the aspect of web server,
choose IIS version 10.0 to improve the operation
ability of the server. And select SQL server 2019 as
the data storage tool.
During the development of the platform, first,
choose Visual Studio 2019 tool in the menu, create
the required project in the File section under the file,
select ASP.NET Web in the application program,
and then preset the configuration attributes and paths
of the newly created project, click Next, select MVC
in the pop-up window and name it, then you can
create the ASP.NET MVC project and carry out the
follow-up writing of the online teaching platform of
blended teaching mode in higher vocational
colleges. After the specific functional modules are
configured, the simulation test is carried out.After
that, publish the generated website to IIS, then create
a new website project in IIS, select the advanced
settings in the Manage Website page, and select the
physical path. After the basic configuration is
completed, the online teaching platform can be built.
With the description of the above key technologies,
the overall framework of online learning platform is
roughly planned, and the feasibility of establishing
online teaching platform of blended teaching mode
in higher vocational colleges is clarified. The
specific flow chart of the system is shown in Figure
1. (Ding, 2005)
Figure 1: Flow chart of system structure (original)
3 FUNCTION REALIZATION
3.1 Student Side
3.1.1 Online Learning Module
The users who use this system for the first time need
to register, and they can log in after completing the
user registration according to the relevant prompts of
the system. In the main page, click the subject
option, and select the subject required by the
individual for self-study, as shown in Figure 2.
Figure 2: Self-regulated learning process (original)
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The online learning module is mainly divided
into two parts: basic course preview and video
course learning. In the preview part of basic courses,
students can learn according to the preview materials
uploaded by teachers, and mark out the doubts and
difficulties, and then use the online communication
function to communicate with teachers in a timely
manner. In the offline classroom teaching, teachers
will focus on explaining this part so that students can
understand it. The online preview conducted by
students in advance is helpful to the follow-up
offline classroom teaching, and makes the
knowledge they have learned easier to be understood
by students. The video course learning can be
divided into three parts: high-quality open class,
offline teaching recording and broadcasting class
and micro-course video. The high-quality open
classes mainly include the open classes of famous
schools. Students can choose their favorite content
to study, thus enriching students' thinking and
training their ability. (Hao, 2021) The video
recording and broadcasting class is mainly
composed of the recorded and broadcasted videos of
offline teaching uploaded by teachers. Students can
adjust the video progress according to their own
learning efficiency, and they can watch it over and
over again until they master it. If you don't
understand, you can ask the teacher questions in real
time with the help of online communication
function, which speeds up the efficiency of problem
solving. The micro-lesson video is a targeted
explanation video made by teachers to students'
shortcomings. This kind of video is relatively
concise and generally consists of one or two
contents, so students can watch and learn according
to their own needs. The students' autonomous
preview code is shown in Figure 3.
Figure 3: Students' autonomous preview code (original)
3.1.2 Online Communication Module
In this module, students are required to upload the
results of group practice assignments assigned by
teachers online to the personal center, and they can
also share their own feelings and learning while
uploading. In this page, students can also see the
homework results uploaded by others and evaluate
them. The uploading of the homework results
supports the following formats such as pdf, txt,
video or audio. At the same time, students can
publish their own problems in practice, and teachers
and other students can discuss solutions together. In
this pleasant learning environment, the distance
between teachers and students can be narrowed, and
students' learning enthusiasm can be mobilized, thus
improving the teaching effectiveness.
3.1.3 Online Test Module
This system also has a question bank function, in
which students can choose chapters and knowledge
points according to the self-examination and self-test
module in the question bank, and adjust the
difficulty of the test paper according to their own
learning level. After the selection, the system will
automatically generate a self-test paper. Students can
use this system to improve themselves and have a
clearer understanding of their learning level. After
submitting the test paper, the system will
automatically correct it, mark the wrong questions
and feed them back to the students' personal center
to generate a collection. Students' self-test scores
will also be automatically ranked, and the score
curve will be generated. Each self-test will be
analyzed, so that students can know their own
shortcomings in time and make corrections. The
students are required to take the exam issued by the
teacher on time, and will not be allowed to take the
exam after the deadline.
3.2 Teacher Side
3.2.1 Resource Uploading Module
The teacher needs to upload the knowledge learned
offline to the resource database in advance, and
arrange preview tasks for students to preview
independently. In the individual center, students'
preview completion and questioning punctuation can
be browsed, and teachers can write teaching designs
aiming at these problems, so as to solve students'
problems and improve teaching effectiveness. After
the end of online classroom teaching, teachers also
need to upload PPT courseware and course
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recording videos used in class to the resource
library, so that students can consolidate and review
after class. In addition, the question bank will feed
back the knowledge points with high error rate to
teachers and users, and teachers can make targeted
micro-lesson videos based on these error questions
to explain the knowledge points in detail, so as to
achieve the fundamental teaching purpose that
students can really master the knowledge points. The
resource upload code is shown in Figure 4.
Figure 4: Resource upload code (original)
3.2.2 Online Q&A Module
In this platform, the teacher's function is more
inclined to organize, guide and supervise the
learning activities. In traditional classroom teaching,
students are shy and shy to ask questions to teachers,
and there is a lack of communication between
teachers and students, which makes it difficult to
control the teaching effectiveness. This module can
solve this problem well. Students can ask teachers
for advice in time when they encounter problems in
the learning process. Online communication
shortens the distance between teachers and students
and improves the actual teaching effect. The
teachers should often browse the questions posted by
students, actively participate in discussions, and
answer questions for students. In this brisk
communication and learning atmosphere, it is
helpful to further improve students' grades.
3.2.3 Question Bank Management Module
In this module, it can be subdivided into three parts:
test paper generating system, wrong question bank
and thinking extension. The test paper generation
system consists of two parts: systematic test paper
generation and independent test paper generation.
The systematic test paper generation system is
mostly used in large-scale examinations. Teachers
personally upload the written test paper content
before students answer it, and the answer time is
relatively strict. The self-generated test paper is used
in ordinary tests at ordinary times. Users can choose
subjects, chapters and knowledge points as test
contents according to their own learning needs.
After the selection, the system will automatically
generate simulated test papers for users to use. The
wrong question bank collects all the wrong questions
of users in the test, and provides solutions. Users can
mark them and carry out autonomous learning. The
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extended thinking module contains a variety of
classic questions, which are difficult. It is a vertical
extension of basic knowledge and is mainly used to
train students' thinking. This part of the content is
not required for compulsory learning.
4 CONCLUSIONS
With the application and development of digital
technology, a single teaching mode can no longer
meet the needs of individuals and society, thus
promoting the innovation of educational mode (Ye,
2017). The blended teaching mode in higher
vocational colleges based on "internet+" constructed
in this paper has alleviated the current educational
problems to some extent, met the needs of students
and improved the teaching system. In the follow-up
research, this platform will continue to expand the
depth and practicality of the system, and strive for a
more appropriate integration of "internet plus"
education and traditional classroom teaching, so as
to contribute to the cultivation of comprehensive
talents with all-round development.
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Hao Shuo,Mi Mengfan (2021).The Exploration and
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Construction [J]. Journal of North China Institute of
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Blended Teaching Mode Reform in Colleges and
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