A department built around rigor, practice, and responsibility.
This page explains where the department came from, what it's trying to do, and how it's organized to do it — from academic governance down to the labs students actually work in.
To educate capable, adaptable computing professionals and to advance research that is technically rigorous and answerable to the people it affects.
To be a department where advanced computing education and responsible research development strengthen each other, not compete for attention.
Nearly four decades of the same department, rebuilt several times over
The Department of Computer Science is established within Northridge University's Faculty of Science, with an inaugural cohort of 34 students.
The department introduces its first postgraduate offerings, the M.Sc. and Ph.D. in Computer Science.
A dedicated systems and networking building opens, consolidating the department's growing hardware and infrastructure teaching labs.
In response to growing industry demand, the department introduces a dedicated cybersecurity concentration and its first isolated security lab.
The B.Sc. Software Engineering track launches as a distinct pathway from B.Sc. Computer Science, emphasizing engineering process and quality.
The department's flagship AI research group is founded, beginning what is now nearly a decade of continuous research into explainable machine learning.
A new graduate program launches to meet demand for specialists in large-scale, responsibly governed data infrastructure.
The Human-Computer Interaction Studio is renovated with dedicated usability-testing rooms, supporting an expanding program of user research.
The department's course catalog surpasses sixty offerings across four academic levels, alongside 18 active faculty research projects.
The Department of Computer Science is established within Northridge University's Faculty of Science, with an inaugural cohort of 34 students.
The department introduces its first postgraduate offerings, the M.Sc. and Ph.D. in Computer Science.
A dedicated systems and networking building opens, consolidating the department's growing hardware and infrastructure teaching labs.
In response to growing industry demand, the department introduces a dedicated cybersecurity concentration and its first isolated security lab.
The B.Sc. Software Engineering track launches as a distinct pathway from B.Sc. Computer Science, emphasizing engineering process and quality.
The department's flagship AI research group is founded, beginning what is now nearly a decade of continuous research into explainable machine learning.
A new graduate program launches to meet demand for specialists in large-scale, responsibly governed data infrastructure.
The Human-Computer Interaction Studio is renovated with dedicated usability-testing rooms, supporting an expanding program of user research.
The department's course catalog surpasses sixty offerings across four academic levels, alongside 18 active faculty research projects.
What the department holds itself to
We hold ideas, including our own, to a high standard of evidence and reasoning.
We value work that holds up outside the classroom, not just inside it.
We ask what a system should do, not only what it can do, before we build it.
The hardest problems in computing are rarely solved alone.
We treat a good question as valuable as a good answer.
We measure our work partly by what it does for people outside the department.
How the department is organized
Where the work happens
A general-purpose lab for coursework in operating systems, computer architecture, and networking, equipped with reconfigurable hardware for low-level experimentation.
GPU-backed workstations supporting machine learning coursework and the Intelligent Systems Lab's active research projects.
An open, team-oriented space for CSC301 and capstone project teams, with breakout rooms for design reviews and sprint planning.
An isolated, air-gapped environment for hands-on security coursework and the Secure Systems Group's research, built specifically to allow safe offensive-security practice.
A usability-testing facility with dedicated observation rooms, recently renovated ahead of the current academic year.