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//Bachelor of Science In Artificial Intelligence Degree

Bachelor of Science in Artificial Intelligence

Outcomes

Student Outcomes (SOs)

Machine Learning
Effective Communicator
Apply probability and statistics to data analysis and model evaluation.
Articulates clear position/ purpose throughout the writing
Perform techniques that preprocess data for machine learning.
Demonstrates control of layout/presentation, vocabulary, and uses of discipline-specific language
Evaluate appropriate algorithms for given problems.
Demonstrates control of diction, tone, or register appropriate to a diverse audience throughout the writing
Analyze model limitations.
Demonstrates proper usage of grammar and syntax throughout the writing (i.e., spelling, capitalization, punctuation, varied sentence structure)
Revise models to improve performance and mitigate bias.
Demonstrates proper documentation of direct quotes, paraphrasing, references, and citing sources
Natural Language Processing
Innovative Thinking
Analyze language data using linguistic principles and theories.
Presents adequate information using sources that consider other perspectives
Implement components of a natural language processing (NLP) pipeline.
Selects evidence that appropriately supports the position/purpose
Design language models.
Develops position/purpose with reasoning and consistency
Implement language models.
States a conclusion aligned to development
Utilize NLP libraries and tools.
Evaluate ethical implications of NLP technology.
Computer Vision
Christian Worldview
Apply digital image processing techniques to analyze and manipulate images.

Examine the ideological foundation of the Christian worldview.
Utilize techniques to extract features from images.
Analyze the implications of the Christian worldview as it relates to human value and dignity.
Design computer vision models.
Analyze ethical decisions made from the Christian worldview.
Implement computer vision applications, utilizing a variety of libraries and tools.
Examine the application of the Christian worldview within the context of discipline and vocation.

Domains

Program Domains

Machine Learning -
Graduates of Grand Canyon University's Bachelor of Science in Artificial Intelligence will gain expertise in utilizing algorithms and statistical models that empower machines to learn from data and make informed predictions and decisions. This includes a range of machine learning concepts, such as supervised, unsupervised, and reinforcement learning; deep learning architecture; and associated tools and techniques.
- Apply probability and statistics to data analysis and model evaluation.
- Perform techniques that preprocess data for machine learning.

Faculty

Program Faculty

Our faculty are committed to bringing their abundant knowledge, enthusiasm, and experience to GCU and its students every day.

Disclosures

Apply the limitations and ethical considerations of computer vision technology to computer vision applications.

Transformative Leader

Apply scientific principles to the design of robotic systems.

Demonstrates personal accountability and responsibility with awareness of purpose

Implement embedded system sensors and components in robotic and IoT (internet of things) devices.

Incorporates best practices with decision making, in alignment with goals

Apply computer vision and machine learning techniques for robotics.

Articulates aspects of respectful collaboration with all individuals (i.e., listening, open minded, sharing ideas, follow-through, conflict resolution, etc.)

Apply ethical considerations of AI in robotics.

Demonstrates transformative actions to inspire and motivate growth in others (i.e., developing trust, servant leader, impact on others, being intentional, clear goals, authentic, credible/trustworthy, etc.)

Apply mathematical concepts to create solutions using AI.

Demonstrates knowledge of societal aspects of the world (i.e. languages, cultures, religions, art, history, political/social issues, etc.)

Apply scientific principles to the underlying concepts and theories of AI.

Demonstrates an awareness and understanding toward diverse backgrounds, ideas and perspectives

Analyze complex AI systems.

Expresses the value and dignity of others through Christian virtues (i.e., compassion, respect, belonging, equity, acceptance, empathy, grace, objectivity, etc.).

Evaluate appropriate algorithms for given problems.

Analyze model limitations.

Revise models to improve performance and mitigate bias.

Natural Language Processing -
Graduates of Grand Canyon University’s Bachelor of Science in Artificial Intelligence will be able to comprehend, analyze, and generate human language using computers. Graduates will delve into various subjects, including speech recognition, language translation, sentiment analysis, and text summarization.

Analyze language data using linguistic principles and theories.
Implement components of a natural language processing (NLP) pipeline.
Design language models.
Implement language models.
Utilize NLP libraries and tools.
Evaluate ethical implications of NLP technology.

Computer Vision -
Graduates of Grand Canyon University’s Bachelor of Science in Artificial Intelligence will engage with the interpretation and comprehension of visual data, such as images and videos, by computers. Computer vision is a key component of artificial intelligence, encompassing a range of applications that includes image recognition, object detection, facial recognition, security, and motion analysis.

Apply digital image processing techniques to analyze and manipulate images.
Utilize techniques to extract features from images.
Design computer vision models.
Implement computer vision applications, utilizing a variety of libraries and tools.
Apply the limitations and ethical considerations of computer vision technology to computer vision applications.

Robotics -
Graduates of Grand Canyon University’s Bachelor of Science in Artificial Intelligence will focus on the design, construction, and operation of robots. Graduates will delve into diverse topics in robotics, including motion planning, control systems, perception, and human-robot interaction.
- Apply scientific principles to the design of robotic systems.
- Implement embedded system sensors and components in robotic and IoT (internet of things) devices.
- Apply computer vision and machine learning techniques for robotics.
- Apply ethical considerations of AI in robotics.
Math and Science -
Graduates of Grand Canyon University’s Bachelor of Science in Artificial Intelligence program will employ mathematical concepts and scientific principles to address AI challenges. This program establishes a strong foundation in mathematics and science, fostering adeptness in computational and numerical methods for AI. Additionally, graduates will gain expertise in applying mathematical and statistical techniques to model and scrutinize intricate AI systems. Graduates will have essential knowledge and skills, paving the way for them to master AI and effectively apply advanced mathematical and scientific approaches to tackle real-world AI issues.
- Apply mathematical concepts to create solutions using AI.
- Apply scientific principles to the underlying concepts and theories of AI.
- Analyze complex AI systems.

Bachelor of Science in Artificial Intelligence

Student Outcomes (SOs)

Program Domains

Program Faculty

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