Skip to content

De Anza College

CIS 22BH

Intermediate Programming Methodologies in C++ - HONORS · 4.5 units · used in 163 transfer pathways

Where this page’s information comes from

About this course

This course is taught as a systematic approach to the design, construction, and management of computer programs, emphasizing design, programming style, documentation, testing, and debugging techniques. Key concepts in Object-oriented programming to be covered are (a) Strings, (b) Multidimensional arrays, (c) Pointers and their use in arrays, parameters, and dynamic allocation, (d) Structures and Classes with operator overloading, (e) Inheritance and Polymorphism, (f) Templates, (g) Exceptions and (h) Introduction to Linked lists. Software engineering and computer science students are the targeted groups.

Sections this term

Fall 2026 · updated Sep 3, 3:30 PM UTC

No section is scheduled at De Anza College for Fall 2026. The course can still be offered in a later quarter.

Enrollment availability changes frequently. Confirm status in the official FHDA registration system before enrolling.

Prerequisites

    • Students may receive credit for either (CIS D022A and CIS D022B (or CIS D22BH))
    • orCIS 27Programming in C++ for C/Java Programmers
  • andCIS 22ABeginning Programming Methodologies in C++

Catalog wording: “(Students may receive credit for either (CIS D022A and CIS D022B (or CIS D22BH)) or CIS D027.); CIS D022A

Advisory: “Elementary algebra or equivalent (or higher), or appropriate placement beyond elementary algebra

What this course unlocks

De Anza courses that list CIS 22BH as a prerequisite.

Transfer pathways that use CIS 22BH

ASSIST maps CIS 22BH to a requirement in 163 published pathways from De Anza College — 24 shown.

Spot something wrong?

Articulation, prerequisites, course details and class availability all come from sources that change. If something here does not match the official record, tell us and we will fix it — corrections from students and staff are the fastest way this stays accurate.