Faculty Recruiting Support CICS

Core Requirements

To demonstrate your breadth of knowledge in computer science, you are required to satisfy a set of core requirements. The cores are drawn from three broad areas of Computer Science: theory, systems,and artificial intelligence. 

In general, you need to satisfy one or more requirements in each of the three areas. Most cores are satisfied by taking an appropriate class--indicated in parentheses below--and getting a high enough grade (B for MS).

CICS course offering plan can be found here https://www.cics.umass.edu/content/course-offering-plan

Theory cores

The following courses can be used to complete the Theory core requirement:

  • Formal Language Theory (COMPSCI 501)**
  • Logic in Computer Science (COMPSCI 513)**
  • Combinatorics and Graph Theory (COMPSCI 575)**
  • Algorithms for Data Science (COMPSCI 514)**
  • Quantum Information Systems (COMPSCI 590Q)*
  • Algorithmic Fairness and Strategic Behavior (COMPSCI 590T)
  • Computation theory (COMPSCI 601)
  • Advanced Algorithms (COMPSCI 611)
  • Logic (COMPSCI 613, or 513, but not both)
  • Computational Geometry (COMPSCI 617)
  • Approximation Algorithms (COMPSCI 690AA)
  • Foundations Applied Cryptography (COMPSCI 690C)
  • Advanced Cryptography (COMPSCI 690J)
  • Machine Learning Theory (COMPSCI 690M)*
  • Optimization for Computer Science (COMPSCI 690OP)*
  • Quantum Information Systems (COMPSCI 690Q, or 590Q, but not both)
  • Randomized Algorithms (COMPSCI 690RA)
  • Coding Theory and Applications (COMPSCI 690T)

    These courses may be used to complete one or two theory core requirements. Other than any co- or prerequisites, there are no restrictions on which classes may be used to satisfy systems core requirements or the order in which they must be taken.

    Systems cores

    The following classes may be used to complete systems core requirements:

    • Embedded Computing Systems (COMPSCI 503)**
    • Theory & Practice Software Engineering (COMPSCI 520)
    • Introduction to Affective Computing (COMPSCI 527)**
    • Software Engineering Project Management (COMPSCI 529)
    • Systems for Data Science (COMPSCI 532)
    • Computer Architecture (COMPSCI 535)
    • Operating Systems (COMPSCI 577)
    • Systems Defense and Test (COMPSCI 590A)
    • Human Computer Interaction (COMPSCI 590C)**
    • Detecting Interference in Networks (COMPSCI 590B** or 690B, but not both)
    • Cloud Computing (COMPSCI 590CC)
    • Digital Forensics (COMPSCI 590F)**
    • Cyber Effects (COMPSCI 590J)
    • Introduction to Simulation (COMPSCI 590M)**
    • Quantum Information Systems (COMPSCI 590Q)*
    • Mobile and Ubiquitous Computing (COMPSCI 590U)**
    • Compiler techniques (COMPSCI 610)
    • Advanced software engineering: synthesis and development (COMPSCI 520** or 620, but not both)
    • Advanced software engineering: analysis and evaluation (COMPSCI 521** or 621, but not both)
    • Systems (COMPSCI 630)
    • Programming languages (COMPSCI 631)
    • Modern computer architecture (COMPSCI 535** or 635, but not both)
    • Database Design and Implementation (COMPSCI 645)
    • Advanced computer networking (COMPSCI 653)
    • Performance Evaluation (COMPSCI 655)
    • Advanced Information Assurance (COMPSCI 660)
    • Secure Distributed Systems (COMPSCI 661)
    • Distributed and Operating Systems (COMPSCI 677)
    • Advanced Methods in HCI (COMPSCI 690A)
    • Detecting Interference (COMPSCI 690B)
    • Advance Wireless Networking & Sensing; IoT (690W)

      These courses may be used to complete one or two systems core requirements. Other than any co- or prerequisites, there are no restrictions on which classes may be used to satisfy systems core requirements or the order in which they must be taken.

      Artificial Intelligence Cores

      Any of the following may be used to satisfy the AI core requirement:

      • Applied Information Retrieval (COMPSCI 546)**
      • Introduction to Natural Language Processing (COMPSCI 585)**
      • Machine Learning (COMPSCI 589** or COMPSCI 689)
      • Intelligent Visual Computing (COMPSCI 574 or 674, but not both)
      • Game Programming (COMPSCI 590G)
      • Applied Numerical Optimization (COMPSCI 590OP)**
      • Data Visualization and Exploration (COMPSCI 590V)**
      • Robotics (COMPSCI 603)
      • Information Retrieval (COMPSCI 646)
      • Applied Information Theory (COMPSCI 650)
      • Computer Vision (COMPSCI 670)
      • Intelligent Visual Computing (COMPSCI 674)
      • Neural Networks:Modern Inro (COMPSCI 682)
      • Artificial Intelligence (COMPSCI 683)
      • Advanced Natural Language Processing (COMPSCI 685)
      • Reinforcement learning (COMPSCI 687)
      • Probabalistic Graphical Models (COMPSCI 688)
      • Machine learning (COMPSCI 689)
      • Deep Learning/Natural Language Processing (COMPSCI 690D)
      • Machine Learning Theory (COMPSCI 690M)*
      • Optimization for Computer Science (COMPSCI 690OP)*
      • Visual Analytics (COMPSCI 690V)

      These courses may be used to complete one or two AI core requirements. Other than any co- or prerequisites, there are no restrictions on which classes may be used to satisfy systems core requirements or the order in which they must be taken.

      *this course may only satisfy one area/core requirement.
      **500-level courses do not count toward MS/PhD core requirements. Students who potentially could apply to the UMass PhD program should follow the MS/PhD core/course requirements. 

      Passing out of a Core Requirement

      In some circumstances, it may be possible to pass or test out of a core requirement on the basis of equivalent coursework at another institution. It may also be possible to substitute a different advanced course for a core requirement. Such approval will be based on the content of that course as it compares to the content of the parallel course taught in this department.

      If you believe you should pass out of a core requirement, please download the Waiver of Core Requirements Form and contact the appropriate professor. The instructor will notify the GPD of his or her recommendation. If you are requesting a waiver of more than 1 core course, each professor must be aware of this and sign off on both waiver requests. 

      The GPD will then determine whether or not to accept that recommendation. (Such recommendations are rarely declined.)

      Note that passing out of a core course addresses the core requirement only. In particular, it does not absolve you from taking the corresponding credit hours. If you needed to take 18 credits and you passed out of one 3-credit core course, you still need to take 18 credits.