Bachelors in Information Science Systems and Technology

4 Years On Campus Bachelors Program

Cornell University

Program Overview

Cornell’s Bachelor of Science in Information Science, Systems and Technology (ISST)—offered through the College of Engineering—combines rigorous technical training with an interdisciplinary approach to understanding how people, organizations, and technologies interact within complex systems.

The ISST major focuses on system designinformation flownetwork behavior, and human-technology interaction, preparing students to engineer information systems that are secure, ethical, efficient, and scalable.

Core Curriculum Components

Mathematics, Logic & Modeling

  • MATH 1910–1920: Calculus I & II

  • CS 2800: Discrete Structures

  • ENGRD 2700: Basic Engineering Probability and Statistics

  • ORIE 3120: Practical Optimization

Computational Foundations

  • CS 1110: Introduction to Computing Using Python

  • CS 2110: Object-Oriented Programming and Data Structures

  • CS 3410: Computer System Organization and Programming

  • INFO 3300: Data-Driven Web Applications

Core ISST Modules

  • INFO 2040: Networks

  • INFO 2450: Communication and Technology

  • INFO 2750: Ethical Issues in Intelligent Autonomous Systems

  • INFO 3152: Intro to Game Design

Systems and Applications

Students choose from system-level courses in:

  • Distributed Systems

  • Database Systems

  • Human-Computer Interaction

  • Cyber-Physical Systems

  • Information Networks and Security

Focus Areas (Students select one)

  1. Information Systems
    Emphasis on architecture, infrastructure, and design of scalable systems.

  2. Human-Centered Systems
    Focus on user interaction, cognitive design, and behavioral tech.

  3. Social Systems
    Exploring the influence of technology on human behavior, organizations, and society.

  4. Network Systems
    Understanding large-scale interconnectivity, protocols, and resilience.

Capstone Requirement

  • INFO 4900: Capstone in Information Science
    Students complete a substantial team project solving a real-world challenge in information systems, often for a community or corporate partner.

Experiential Learning (Research, Projects, Internships etc.)

Cornell’s ISST program emphasizes real-world experience, systems thinking, and multidisciplinary learning through labs, research, internships, and entrepreneurial opportunities.

Undergraduate Research

Students engage with faculty in research on:

  • Network science

  • Distributed computing

  • Internet of Things (IoT)

  • AI and policy

  • Human-AI collaboration
    Participation is often facilitated through the Cornell Bowers CIS Research Portal or individual department labs.

Capstone Projects

Capstone experiences involve designing and testing systems such as:

  • Campus navigation apps

  • Healthcare scheduling algorithms

  • Scalable e-commerce platforms

  • AI decision support systems for nonprofits

Industry Engagement & Internships

ISST students intern with top tech firms, startups, and government agencies. Roles often span:

  • Systems engineering

  • Data analytics

  • DevOps and cloud architecture

  • Technical project management
    Cornell’s engineering career network connects students with employers such as Google, Cisco, IBM, Palantir, Deloitte, and the U.S. Digital Service.

Hackathons & Innovation Challenges

  • Big Red Hacks

  • Cornell Systems Engineering Challenge

  • Data Science Competitions

  • Cornell CUP (Unmanned Aerial Systems Design)

These events foster collaboration, fast-paced problem-solving, and prototype development.

Progression & Future Opportunities

Graduates of the ISST program at Cornell enter the workforce with multi-dimensional problem-solving skillstechnical expertise, and an understanding of how systems shape society. Their ability to design and manage complex information architectures makes them valuable across sectors.

Career Growth Pathways

  • Systems Engineer → Technical Architect → Chief Technology Officer

  • Data Analyst → Data Engineer → Director of Data Infrastructure

  • Product Manager → Program Director → Head of Innovation

  • Security Analyst → Risk Manager → Chief Information Security Officer

  • Tech Policy Analyst → Advisor → Global Technology Ethics Leader

Graduate Study Pathways

Many ISST alumni pursue:

  • MS or PhD in Information Systems, Systems Engineering, or Data Science

  • MEng in Computer Science or Operations Research

  • MBA with Tech/Analytics Focus

  • Law or Public Policy (with focus on tech governance or AI policy)

Program Key Stats

$65,204
$ 80
Intake : RD 2nd Jan EA/ED 1st Nov


14 %
No
Yes

Eligibility Criteria

AAA - A*A*A
3.5 - 4.0
38 - 42
90 - 95

1480 - 1560
33 - 35
7.5
100

Additional Information & Requirements

Career Options

  • Graduates of Cornell’s Bachelor of Science in Information Science
  • Systems and Technology (ISST) are equipped with technical acumen and system-level thinking to tackle complex problems involving people
  • information
  • and technology
  • The program’s fusion of computing
  • engineering
  • systems design
  • and social understanding enables graduates to excel in tech-driven industries
  • digital transformation
  • and innovation leadership roles
  • Engineering & Technology Systems Engineer: Designing and optimizing large-scale socio-technical systems
  • Software Developer: Creating and managing full-stack
  • scalable applications
  • IT Solutions Architect: Developing enterprise-level information systems
  • Network Engineer: Architecting secure and efficient data communication systems
  • Systems Integration Specialist: Linking technology platforms across organizations
  • Data Science & Analytics Data Engineer: Building and managing robust data pipelines and infrastructures
  • Business Intelligence Analyst: Using data visualization to support decision-making
  • Operations Analyst: Optimizing workflows and logistics through systems modeling
  • Predictive Analytics Consultant: Forecasting trends using historical data models
  • Product & Program Management Technical Product Manager: Leading development of tech-based products with end-user focus
  • Digital Transformation Consultant: Guiding organizational shifts to data-first systems
  • IT Project Manager: Overseeing cross-functional technology initiatives
  • Cybersecurity & Policy Information Security Analyst: Defending against cyber threats through secure systems design
  • Privacy Engineer: Developing platforms that embed data protection principles
  • Technology Policy Analyst: Evaluating the societal impact of digital infrastructures
  • Entrepreneurship & Innovation Startup Founder (Tech/IT Platforms): Creating ventures that solve information flow challenges
  • Innovation Technologist: Driving cross-disciplinary innovation in smart systems
  • Digital Strategy Consultant: Advising global clients on aligning tech with organizational goals

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