Landtic: Electronic and Animated Encyclopedia for Aquatic and Land Animals
Type
Thesis
Authors
Category
Thesis-BSCS
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Publication Year
2021
Pages
xiv, 165p.
Abstract
ESTRADA, JHESSIEMAKLIN P., HERNANDEZ, MARY JANE C. and MARCIANO, JULIUS P. LANDTIC: Electronic and Animated Encyclopedia for Land and
Aquatic Animals. Undergraduate Thesis. Bachelor of Science in Computer Science. Cavite State University – Bacoor City Campus, City of Bacoor, Cavite. June 2021. Adviser Ms. Jovelyn D. Ocampo. The system was developed to provide leanings about animals to users. It will
help them to relieve stress while using the application. The application would serve
as a basis for information and entertain the users who appreciate land and aquatic
animals. Instead of searching on manuals or animals books for guidance and reading
practices, the researchers developed the application to be more efficient and
overcome boredom with the help of three-dimensional animations. The researchers gather information needed through online interviews and
Google form surveys to Junior/ Senior High School students, Science Teachers, and
IT/CS Professionals to acquire ideas on how the application would be developed. The researchers ensure that the system that has been developed will fulfill the
needs of the students but also the needs of the teacher in terms of animal
information. The researchers make sure that they accomplish not only their thesis
project but also fulfill the users' needs. This system will ensure that it will help the
system users not only enjoy but also improve their learning and knowledge.
In developing the study, the researchers used a hardware tool which is the
laptop. HP laptop 4GB RAM Intel(R) Core(TM) i5-3320M CPU @ 2.60GHz, 64-bit
operating system. The software requirements for building the Application were Unity
3D as the integrated Development Environment (IDE), C# as the programming
language, Blender 2.80 for creating models, and Microsoft Office Word 2007 for the
documentation. The developers used the Agile Software Development methodology
as the systems' data gathering model, including requirements,
Aquatic Animals. Undergraduate Thesis. Bachelor of Science in Computer Science. Cavite State University – Bacoor City Campus, City of Bacoor, Cavite. June 2021. Adviser Ms. Jovelyn D. Ocampo. The system was developed to provide leanings about animals to users. It will
help them to relieve stress while using the application. The application would serve
as a basis for information and entertain the users who appreciate land and aquatic
animals. Instead of searching on manuals or animals books for guidance and reading
practices, the researchers developed the application to be more efficient and
overcome boredom with the help of three-dimensional animations. The researchers gather information needed through online interviews and
Google form surveys to Junior/ Senior High School students, Science Teachers, and
IT/CS Professionals to acquire ideas on how the application would be developed. The researchers ensure that the system that has been developed will fulfill the
needs of the students but also the needs of the teacher in terms of animal
information. The researchers make sure that they accomplish not only their thesis
project but also fulfill the users' needs. This system will ensure that it will help the
system users not only enjoy but also improve their learning and knowledge.
In developing the study, the researchers used a hardware tool which is the
laptop. HP laptop 4GB RAM Intel(R) Core(TM) i5-3320M CPU @ 2.60GHz, 64-bit
operating system. The software requirements for building the Application were Unity
3D as the integrated Development Environment (IDE), C# as the programming
language, Blender 2.80 for creating models, and Microsoft Office Word 2007 for the
documentation. The developers used the Agile Software Development methodology
as the systems' data gathering model, including requirements,
Description
xiv, 165p.
Hardbound and PDF Format.
Hardbound and PDF Format.
Biblio Notes
Estrada, J. P., Hernandez, M. J. C., & Marciano, J. P. (2021). LandTic: Electronic and animated encyclopedia for aquatic and land animals (Unpublished manuscript). Adviser: Ocampo, J. D., MIT. [Hardbound]. Available with author's consent and online submission. Mitra, J. H. L. (Agile methodology).
Number of Copies
1
