M.A. in Art History
The University of Illinois at Chicago (UIC) offers a Master of Arts (M.A.) program in A...
B.S. in Mathematics and Computer Science
Chicago, Illinois
INTAKE: Jan, May & Aug
Program Overview
The B.S. in Mathematics and Computer Science program at the University of Illinois Chicago integrates the foundational principles of mathematics with the practical applications of computer science, offering students a comprehensive education at the intersection of these two dynamic disciplines. The program provides a strong theoretical background in mathematics, including topics in algebra, calculus, and discrete mathematics, while also emphasizing the principles of computer science, such as algorithms, data structures, and software development. The B.S. in Mathematics and Computer Science program at UIC offers a unique blend of theoretical mathematics and practical computer science, positioning graduates to excel in diverse career paths that demand expertise at the intersection of these two fields. With a strong foundation in both disciplines, students are well-equipped to address complex challenges in technology, research, and computational innovation.
Curriculum:
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Interdisciplinary Curriculum: The program features an interdisciplinary curriculum that seamlessly combines mathematical theories with practical computer science skills. Students explore the synergies between these disciplines, gaining a deep understanding of how mathematical concepts contribute to the design and optimization of algorithms and software systems.
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Core Mathematics Foundation: Students acquire a solid foundation in mathematical theories and methods, allowing them to analyze complex problems, prove theorems, and apply mathematical reasoning to various aspects of computer science. Courses in linear algebra, discrete mathematics, and probability theory lay the groundwork for advanced studies.
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Computer Science Expertise: The curriculum encompasses a broad range of computer science topics, including programming languages, algorithms, and software engineering. Students develop proficiency in coding, algorithm design, and software development, preparing them for the practical challenges of building robust and efficient computer systems.
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Algorithmic Problem-Solving: The program emphasizes algorithmic problem-solving, teaching students how to devise efficient algorithms to solve computational problems. This skill set is crucial for addressing real-world challenges in fields such as artificial intelligence, data science, and computational biology.
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Practical Applications: With a focus on practical applications, students engage in hands-on projects and collaborative activities that allow them to apply theoretical knowledge to real-world scenarios. This experiential learning approach enhances their problem-solving abilities and prepares them for careers in industries where the integration of mathematics and computer science is essential.
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Data Science Integration: Recognizing the increasing importance of data in various industries, the program may incorporate elements of data science. Students learn to analyze and interpret large datasets, gaining skills that are highly relevant in fields such as finance, healthcare, and technology.
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Software Development Lifecycle: The curriculum covers the software development lifecycle, from requirements analysis to design, implementation, testing, and maintenance. Students gain a holistic understanding of how mathematical principles contribute to the creation of efficient and reliable software systems.
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Team Collaboration Skills: Emphasizing teamwork and collaboration, the program provides opportunities for students to work on group projects and engage in collaborative coding. These experiences mirror industry practices, where effective collaboration is essential for successful software development.
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Preparation for Advanced Studies: The program prepares students for advanced studies in either mathematics or computer science. Graduates have the option to pursue graduate degrees in specialized areas such as artificial intelligence, machine learning, cryptography, or applied mathematics.
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Industry-Relevant Electives: Students can choose from a variety of industry-relevant electives, tailoring their education to align with specific career goals. Electives may cover topics such as cybersecurity, database management, software architecture, or mathematical modeling in computer science applications.
Location
Chicago, Illinois
Score
IELTS: 6.5
Tuition Fee
USD 30400
Entry requirements for Undergraduate Programs:
- Academic Qualifications: International students applying for undergraduate programs at UIC are expected to have completed their secondary education or its equivalent. The minimum academic requirement is a score of 60% or above in the qualifying examination.
- English Language Proficiency:
- IELTS: A minimum overall band score of 6.5 is required, with no individual score below 6.0.
- TOEFL: A minimum score of 80 is required on the internet-based test (iBT).
- PTE: A minimum overall score of 54 is required.
Scholarships for International Students at the University of Illinois at Chicago (UIC):
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UIC Global Scholarship: The UIC Global Scholarship is available for international undergraduate and graduate students who demonstrate exceptional academic achievement and contribute to the diversity of the university. The scholarship provides partial tuition waivers to recipients.
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Chancellor's Award Program: The Chancellor's Award Program is a merit-based scholarship offered to incoming undergraduate students at UIC. International students with outstanding academic records and achievements are eligible to apply for this competitive scholarship.
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UIC Distinguished International Merit Scholarships: The UIC Distinguished International Merit Scholarships are awarded to exceptional international undergraduate students who have demonstrated academic excellence and leadership potential. These scholarships cover a portion of the tuition fees.
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UIC International Tuition Waiver: International graduate students at UIC may be eligible for the International Tuition Waiver, which provides a reduction in tuition fees. The waiver is awarded based on academic merit and availability of funds.
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College-Specific Scholarships: UIC's colleges and departments offer a variety of scholarships for international students within specific academic disciplines. These scholarships are often based on academic achievement, leadership qualities, and specific program requirements. Students should check with their respective college or department for available scholarship opportunities.
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External Scholarships: UIC encourages international students to explore external scholarship opportunities from governmental and non-governmental organizations, both in their home countries and in the United States. These scholarships may be specific to fields of study, nationalities, or other criteria. The Office of Special Scholarship Programs at UIC can provide guidance and resources for finding external scholarships.
It is important to note that scholarship availability, criteria, and application processes may vary each year.
Graduates of the B.S. in Mathematics and Computer Science program at the University of Illinois Chicago are well-prepared for a plethora of exciting and dynamic career opportunities at the intersection of mathematics and computer science. Equipped with a strong foundation in theoretical mathematics and practical computer science skills, alumni of this program find themselves in high demand across various industries. The B.S. in Mathematics and Computer Science program at UIC opens doors to a wide array of career opportunities, positioning graduates at the forefront of innovation in mathematics, computer science, and their intersection. With a versatile skill set, they are well-equipped to make meaningful contributions to diverse industries, driving advancements in technology, research, and computational problem-solving.
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Software Developer/Engineer: Graduates may pursue roles as software developers or engineers, contributing to the design, development, and maintenance of software systems. They work on diverse projects, from creating applications to optimizing software for specific functionalities.
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Data Scientist: With a focus on both mathematics and computer science, graduates are well-suited for roles as data scientists. They analyze large datasets, develop algorithms, and extract meaningful insights to inform business strategies in industries such as finance, healthcare, and technology.
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Algorithm Engineer: Individuals with expertise in algorithm design may work as algorithm engineers, developing efficient and optimized algorithms to solve complex computational problems. This role is crucial in fields like artificial intelligence, optimization, and computational biology.
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Systems Analyst: Graduates can pursue careers as systems analysts, evaluating and improving computer systems for organizations. They analyze user requirements, design system solutions, and ensure that information technology aligns with business objectives.
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Cybersecurity Analyst: With a strong foundation in computer science, graduates may enter the field of cybersecurity. They work to protect organizations from cyber threats, implementing security measures, and conducting risk assessments to safeguard sensitive information.
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Machine Learning Engineer: Individuals interested in artificial intelligence and machine learning may become machine learning engineers. They design and implement algorithms that enable computers to learn from data, contributing to advancements in automation and decision-making.
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Quantitative Analyst: Graduates may pursue careers as quantitative analysts in finance or investment firms. They use mathematical models and computational techniques to analyze financial data, assess risks, and make informed investment decisions.
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Database Administrator: With expertise in computer science, graduates may work as database administrators, managing and securing databases for organizations. They ensure the efficient storage, retrieval, and integrity of data.
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IT Consultant: Graduates can become IT consultants, providing expertise on the integration of mathematics and computer science solutions. They may work with businesses to optimize IT infrastructure, implement new technologies, and solve complex computational challenges.
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Computer and Information Research Scientist: Those interested in research may pursue careers as computer and information research scientists. They conduct research to advance the fields of mathematics and computer science, contributing to innovations in algorithms, software, and computing technologies.
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Network Architect: Graduates may specialize in network architecture, designing and implementing computer networks for organizations. They ensure the efficient communication of data and information across various systems.
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Project Manager: With a holistic understanding of both mathematics and computer science, graduates may excel in project management roles. They oversee the planning, execution, and completion of projects, ensuring they align with organizational goals.
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Artificial Intelligence Specialist: Individuals with a focus on artificial intelligence may become specialists in AI, working on the development of intelligent systems, machine learning models, and automated decision-making processes.
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Research Scientist (Mathematics or Computer Science): Graduates may choose to pursue research scientist roles, contributing to advancements in either mathematics or computer science. They work in academia, research institutions, or private organizations dedicated to pushing the boundaries of knowledge.
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Educator/Professor: Those passionate about sharing their expertise may pursue careers as educators or professors, teaching mathematics and computer science at the high school or college level, inspiring the next generation of STEM professionals.
