Texas A&M MATH 152: Engineering Mathematics II
MATH 152 is the second engineering calculus course at Texas A&M: integration techniques, applications, sequences and series, and Taylor series. It follows MATH 151 with the same machinery: large sections, common night exams, and a central role in the freshman engineering GPA.
Fennie is independent and not affiliated with Texas A&M University. This is an unofficial study guide.
What makes it hard
Calc II is the sequence's reputation-maker: integration technique selection requires pattern recognition built only by volume, and the series unit is conceptually new territory where intuition starts at zero. The common exams compound it, because they're timed for students with fast, accurate technique, and the convergence-test questions punish guesswork.
What you'll cover
- • Integration by parts, partial fractions, trig substitution
- • Applications: volumes, work, arc length
- • Improper integrals
- • Sequences and series
- • Convergence tests
- • Power series and Taylor series
The MATH 152 study guide
How to study for Texas A&M MATH 152, step by step.
- 1
Drill integration techniques daily
Technique selection is pattern recognition, and MATH 152's timed common exams assume yours is fast. A handful of integrals every day from week one builds it.
- 2
Treat convergence tests as a decision tree
Write which test and why before computing, for dozens of practice series. Judgment over mechanics is the skill the series questions grade.
- 3
Make Week-in-Review non-negotiable
The weekly sessions and past common-exam archives are the most exam-relevant resources on campus. Work the past exams timed.
- 4
Start series practice before lecture finishes the unit
It's conceptually new territory where intuition starts at zero, and runway matters more here than anywhere else in the course.
Today
Today's MATH 152 plan
What a Fennie Daily Plan looks like for MATH 152. Yours is built from your own syllabus and adapts every day to your deadlines and progress.
First plan free, no card required. Fennie is independent and unaffiliated with your school.
FAQ
Is MATH 152 harder than MATH 151?
Most Aggies say yes. The integration techniques demand more memorized pattern recognition, and series are a genuinely new way of thinking. Expect a higher weekly practice load than 151 needed for the same grade.
How do I study for MATH 152 common exams?
Past common exams, timed, from the math department's archives; the question styles repeat year over year. Drill convergence-test selection as a decision process and keep integration technique practice daily, since speed is half the test.
What's the hardest part of MATH 152?
The series unit for most students: choosing the right convergence test and handling Taylor series. It rewards a different skill than integration, judgment over mechanics, and only repeated varied practice builds it.
More Texas A&M courses
MATH 151: Engineering Mathematics I
MATH 151 is the calculus course for Texas A&M's enormous engineering cohort: limits, derivatives, applications, and the start of integration, with a vector and engineering-application flavor. It's a GPA pillar in the freshman engineering year, taught in large lectures with common departmental exams.
MATH 251: Engineering Mathematics III
MATH 251 is Texas A&M's multivariable calculus course for engineering majors: vectors, partial derivatives, multiple integrals, and the vector calculus theorems. It completes the engineering calculus sequence after MATH 152, with the same large-lecture, common-exam machinery.
MATH 304: Linear Algebra
MATH 304 is Texas A&M's linear algebra course, covering systems of equations, matrices, determinants, vector spaces, linear transformations, and eigenvalues, required across engineering, math, and computing degree plans. It's where computation-first math students meet abstraction for the first time.
MATH 308: Differential Equations
MATH 308 is Texas A&M's ordinary differential equations course, covering first-order equations, linear second-order equations, Laplace transforms, and systems, required across nearly every engineering major. It's the course where the calculus sequence starts paying rent in actual engineering models.