Current instructor

Akhilesh Jaiswal

Adjusted rating
RMP difficulty
captured reviews
About this rating

Raw average: 4.00/5 from 3 quality ratings. The adjusted rating blends this with the UW review average (3.66/5), weighted as 20 additional ratings. Smaller samples stay closer to that average. Each captured review is counted once in the prior; this does not correct who chooses to leave a review.

RMP profile ↗ · All captured review dates; profile matched by name.

What students say

Original student reviews · all captured dates

ECE 555
Quality 5/5Difficulty 2/5
I had Dr. Jaiswal for ECE 252, it was my first ECE course of college and he was a very good lecturer. The way the course is laid out was not my favorite but was not determined by him. He did a great job of making the weird and abstract ideas I had never heard of before sound very simple. His office hours were also very helpful!
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ECE 555
Quality 3/5Difficulty 2/5
Pretty good lecturer, but I think he needs to re-prioritize the schedule. Too much time spent at the beginning on device physics we learned in ECE340. We were behind on new material and skipped 4 lectures from the syllabus. His notes are messy unless you follow along while he writes them. HW and projects are pretty easy, but they do take time.
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ECE 555
Quality 4/5Difficulty 3/5
Prof Jaiswal is pretty good. Lectures, while not the most engaging, are very thorough and he connects the topics to real-world impacts (and share insights into modern VLSI desgin). My only complaints are his answers to questions (sometimes it seems like he's not getting what you're asking), and the project workload (so many hours in the dungeon).
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Personal experiences, not a representative survey. Profile matching and captured coverage are shown in the source details.

Classes with Akhilesh Jaiswal

Independent Study course for ECE featuring directed study projects arranged with the instructor.

Offering recorded · Spring 2027 · Sources

historical GPA · grades

Fall 2022–Spring 2026 · limited sample

ECE 541 covers analysis, design, and applications of modern analog circuits using bipolar and field-effect transistor technologies, focusing on MOS integrated circuit design.

Offering recorded · Spring 2027 · Sources

historical GPA · grades

Fall 2025–Fall 2025 · limited sample

Advanced Independent Study for ECE involving directed study projects arranged with the instructor.

Offering recorded · Spring 2027 · Sources

historical GPA · grades

Spring 2023–Fall 2023 · limited sample

Independent work on master's research overseen by a qualified instructor. Students demonstrate the ability to formulate, analyze, and independently solve advanced engineering problems and communicate research results orally and in writing.

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
TermCourseTitle
Spring 2027ECE 399Independent Study
Spring 2027ECE 541Analog Mos Integrated Circuit Design
Spring 2027ECE 699Advanced Independent Study
Spring 2027ECE 790Master's Research
Spring 2027ECE 890Pre-dissertator's Research
Spring 2027ECE 990Dissertator's Research
Spring 2027ECE 999Advanced Independent Study
Fall 2026ECE 399Independent Study
Fall 2026ECE 555Digital Circuits and Components
Fall 2026ECE 699Advanced Independent Study
Fall 2026ECE 790Master's Research
Fall 2026ECE 890Pre-dissertator's Research
Fall 2026ECE 990Dissertator's Research
Fall 2026ECE 999Advanced Independent Study

Teaching history may be incomplete. Course pages contain course-specific feedback and citations.

Instructor identity & provenance
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