The official description marks 244 as a four-credit engineering-and-physics differential equations course, but the public student signal in the assigned sources is too thin to justify a more extreme rating.

Rutgers gives the course four credits, a dedicated textbook, and recommended problem lists, which suggests steady practice even though no public all-sections grading breakdown is linked here.

The official scope moves through first-order ODEs, second-order ODEs, introductory linear algebra, and systems in one term, but the available student discussion does not strongly characterize the pace.

Rutgers describes the course around textbook topics and problem solving rather than labs or multi-week projects.

The assigned official sources do not spell out a common-exam structure, so a lower score is safer than assuming the course is exam-dominated.

The official description is entirely quantitative, covering ordinary differential equations plus the linear algebra needed for systems work.

The topic list suggests method recognition and solution practice matter more than memorizing large amounts of factual content.

The course sits between computational engineering math and conceptual systems thinking, especially once matrix methods and stability enter.

Rutgers requires Calc III, so students are expected to arrive with a solid multivariable-calculus foundation before differential equations begins.

Rutgers provides a free textbook and recommended problems, but the course appears more problem-set driven than reading heavy from the available evidence.