By far the best professor I've ever had. It's rare to see a professor who genuinely cares about their students learning and progress as much as Prof. Trujillo and he even went as far as to grade the homeworks himself so that he could give us feedback. He did a great job at making tough concepts feel easy to understand. 10/10Rate My Professors ↗
Current instructor
Mario Trujillo
What students say
Original student reviews · all captured dates
The way he teaches this class is strange, but effective. It's extremely focused on the fundamentals and derivations, but he's a good lecturer. He cares about the subject *and* teaching, which is a rare combo. Despite how intimidating the content looks, he doesn't grade very harshly.Rate My Professors ↗
Your grade in this class is based almost entirely on how well you can memorize long equations. Take this class with literally anyone else if you want a grade that actually reflects your understanding of the material. I haven't had a single class here do the same kind of thing and no other fluids professor expects students to memorize this stuffRate My Professors ↗
No textbook, no practice problems. All the theories and don’t care to explain.Rate My Professors ↗
Before the class starts he sent a email says we have to attend the help session twice a week which was not mentioned in the course enrollment website and these help sessions are not listed in the course schedule. AND he said if we cannot attend the help session, be prepared to FAILE the class or DROP the class. Most arrogant Professor ever seen.Rate My Professors ↗
His grading structure basically says your grade is based on one final exam only. Be prepared cause there is no final exam review (He went through all his slides and that is it). LUCK is the only key to success his class.Rate My Professors ↗
Personal experiences, not a representative survey. Profile matching and captured coverage are shown in the source details.
Classes with Mario Trujillo
Master's Research and Thesis
1–9 creditsDirected study projects arranged with the instructor for master's research and thesis work.
Offering recorded · Spring 2027 · Sources
No recorded grade history
Fluid Dynamics
3 creditsIntroduction to fluid mechanics covering velocity fields, forces, stresses, conservation laws, Bernoulli equation, boundary layers, hydrostatics, and internal/external flow solutions.
Offering recorded · Spring 2027 · Sources
historical GPA · grades
Fall 2022–Spring 2026Honors in Research II
3 creditsHonors in Research II involves independent mechanical engineering research and thesis preparation under faculty guidance.
Offering recorded · Spring 2027 · Sources
No recorded grade history
Mechanical Engineering Projects I
1–3 creditsMechanical Engineering Projects I involves individual lab projects under staff supervision.
Offering recorded · Spring 2027 · Sources
historical GPA · grades
Fall 2024–Spring 2026 · limited sampleMaster's Research and Thesis
1–9 creditsMaster's Research and Thesis involving directed study projects arranged with the instructor.
Offering recorded · Spring 2027 · Sources
No recorded grade history
Phd Research and Thesis
1–9 creditsPHD RESEARCH AND THESIS involves directed study projects as arranged with instructor.
Offering recorded · Spring 2027 · Sources
No recorded grade history
Dissertator Research and Thesis
1–9 creditsDissertation Research and Thesis involves directed study projects arranged with the instructor.
Offering recorded · Spring 2027 · Sources
No recorded grade history
Recorded teaching history
Distinct courses recorded per term
Explore courses taught by this instructor →Browse recorded courses
| Term | Course | Title |
|---|---|---|
| Spring 2027 | EMA 790 | Master's Research and Thesis |
| Spring 2027 | ME 363 | Fluid Dynamics |
| Spring 2027 | ME 489 | Honors in Research II |
| Spring 2027 | ME 491 | Mechanical Engineering Projects I |
| Spring 2027 | ME 790 | Master's Research and Thesis |
| Spring 2027 | ME 890 | Phd Research and Thesis |
| Spring 2027 | ME 990 | Dissertator Research and Thesis |
| Fall 2026 | EMA 599 | Independent Study |
| Fall 2026 | ME 573 | Computational Fluid Dynamics |
| Fall 2026 | ME 790 | Master's Research and Thesis |
| Fall 2026 | ME 890 | Phd Research and Thesis |
| Fall 2026 | ME 990 | Dissertator Research and Thesis |
Teaching history may be incomplete. Course pages contain course-specific feedback and citations.
Instructor identity & provenance
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