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Students
Tuition Fee
Start Date
Medium of studying
Duration
Program Facts
Program Details
Degree
Bachelors
Major
Computer Science | Linguistics
Area of study
Information and Communication Technologies | Langauges
Course Language
English
About Program

Program Overview


Computational Linguistics

College / School

College of Arts and Sciences


School of Engineering and Applied Sciences


Departments

  • Linguistics
  • Computer Science and Engineering

Major

Computational Linguistics BS


Computational linguistics is a rapidly growing field that brings together language and technology. As a computational linguistics student, you will study how this technology works and find ways to make it even better.


What will I learn?

As a computational linguistics student, you will typically take courses from two departments (linguistics and computer science and engineering). You may study how language relates to race and gender in one class, how to structure data for computational processing in another, and how to analyze linguistic data in another. With every semester, you will gain a greater understanding of how computers process human language and how you can use this technology to solve real-world problems.


What can I do outside of class?

  • Research. Even as an undergraduate, you can work with faculty and participate in research.
    • Study abroad. Traveling gives you an inside look at different cultures and languages.
    • Internships. From helping students in a local school to working in a nationally renowned research lab (or both!), you'll have choices here.
    • Student clubs. Make friends and have fun in clubs and organizations that match your interests.

What can I do with a computational linguistics degree?

Employers are looking for people who can help them advance the capabilities of computational systems to process spoken language, build chatbots to carry on more productive conversations, and ensure that natural language processing software is inclusive of different languages and dialects. As a computational linguistics major, be prepared to find your skills in high demand with companies, government agencies, research institutes, universities, and other leading organizations.


Possible careers include:


  • Analytical linguist
  • Artificial intelligence scientist
  • Chatbot designer
  • Computational linguist
  • Grammar developer
  • Natural language processing engineer
  • Research engineer

Who will I learn from?

Active researchers, dedicated teachers, and exceptional mentors will be your instructors. Our faculty have earned Humboldt Research Fellowships, National Science Foundation grants, and the SUNY Chancellor's Award for Excellence in Teaching, among other honors. They have received research funding from Google, Microsoft, IBM, Intel, and other industry leaders.


Because this program brings together faculty from multiple departments, you'll find linguistics experts who specialize in syntax, semantics, typology, and other relevant disciplines—as well as computer science faculty who focus on algorithms, human-computer interaction, machine learning, and more. In addition, both departments have faculty with advanced expertise in computational linguistics.


Program Outline


Computational Linguistics BS Program at University at Buffalo:


Degree Overview:

  • Focus: Understanding how computers process and analyze human language, and how this technology can be used to solve real-world problems.
  • Program objective: Prepare students to contribute to the advancement of computational systems that process spoken language, build advanced chatbots, and ensure inclusive natural language processing across diverse languages and dialects.
  • Unique Selling Point: Combines coursework from Linguistics and Computer Science & Engineering, providing a comprehensive understanding of both language and technology.

Outline:

  • Coursework:
  • Combines courses from Linguistics and Computer Science & Engineering departments.
  • Examples:
  • Analyzing the relationship between language, race, and gender.
  • Structuring data for computational processing.
  • Analyzing linguistic data.
  • Each semester deepens understanding of how computers process language and how to utilize it for problem-solving.

Assessment:

  • Information about assessment methods and criteria is not provided in the context.

Teaching:

  • Faculty:
  • Active researchers, dedicated teachers, and exceptional mentors.
  • Expertise in diverse areas like syntax, semantics, typology, algorithms, human-computer interaction, and machine learning.
  • Collaboration between Linguistics and Computer Science & Engineering departments ensures access to experts in both fields.
  • Accolades include Humboldt Research Fellowships, National Science Foundation grants, and SUNY Chancellor's Award for Excellence in Teaching.
  • Research funding from industry leaders like Google, Microsoft, IBM, and Intel.
  • Teaching Methods: Information about specific teaching methods is not provided.

Careers:

  • High demand: Skills in computational linguistics are sought after by various organizations, including companies, government agencies, research institutes, universities, etc.
  • Career Examples:
  • Analytical linguist
  • Artificial intelligence scientist
  • Chatbot designer
  • Computational linguist
  • Grammar developer
  • Natural language processing engineer
  • Research engineer
  • Future-oriented: The rapidly evolving field offers opportunities that may not even exist today.

Other:

  • Research: Opportunities for undergraduate research in collaboration with faculty.
  • Study Abroad: Programs available for experiencing diverse cultures and languages.
  • Internships: Options range from assisting students in local schools to working in renowned research labs.
  • Student Clubs: Opportunities for socializing and pursuing interests through clubs and organizations.

Please note:

The provided context does not include information about assessment methods, specific teaching methods, or program fees.

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About University
PhD
Masters
Bachelors
Courses

University at Buffalo


Overview:

University at Buffalo (UB) is a public research university located in Buffalo, New York. It is consistently recognized as one of the world's most exceptional and affordable universities, making it a top choice for students and faculty globally. UB is New York State's flagship university and is known for its commitment to research, innovation, and community engagement.


Student Life and Campus Experience:

UB offers a vibrant campus life with over 400 student clubs and organizations. Students can enjoy Division I basketball games, kayaking on the on-campus lake, and a variety of other activities. The university encourages students to share their "True Blue" pride and wear blue on Fridays.


Key Reasons to Study There:

    Exceptional Academics:

    UB offers over 500 degree programs with world-renowned faculty.

    Research Opportunities:

    As a top 40 public research university, UB provides students with opportunities to collaborate with leading researchers and tackle complex challenges.

    Diverse and Inclusive Environment:

    UB fosters a welcoming and inclusive environment for students from all backgrounds.

    Affordable Education:

    UB is consistently ranked as one of the most affordable universities in the world.

    Vibrant Campus Life:

    UB offers a wide range of activities and opportunities for students to engage in both on and off campus.

Academic Programs:

UB has 13 schools and colleges, including:

  • Architecture and Planning
  • Arts and Sciences
  • Dental Medicine
  • Education
  • Engineering and Applied Sciences
  • Jacobs School of Medicine and Biomedical Sciences
  • Law
  • Management
  • Nursing
  • Pharmacy and Pharmaceutical Sciences
  • Public Health and Health Professions
  • Roswell Park Graduate Division
  • Social Work

Other:

UB is committed to sustainability and has been recognized for its climate action efforts. The university has a 12:1 student/faculty ratio, providing students with personalized attention and support.

Total programs
452
Average ranking globally
#143
Average ranking in the country
#67
Admission Requirements

The provided text does not contain information about entry requirements or language proficiency requirements for the Computational Linguistics program at the University at Buffalo.

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