• Courses
  • ECE
  • ECE 217

    • Molecular Beam Epitaxy and Band Gap Engineering . ECE 217

    Fundamentals and recent research developmnets in the growth and properties of thin crystalline films of electronic and optical materials bythe process of molecular beam epitaxy. Artificially structured materials with quantized electron confinement and artificially engineered electronic band structure properties.

    + Add to schedule
    Prerequisites: MATRL 162A-B or ECE 162A-B.

    3

    Units

    Letter

    Grading

    1, 2, 3

    Passtime

    None

    Level Limit

    Engineering

    College
    Instructors
    Christopher Palmstrom
    2.8
    3 reviews
    Lecture
    PHELP1417
    M W
    15:30 PM - 16:45 PM
    10 / 15
    Enrollment Trends
    Past Enrollment Trends (1)
    Spring 2025 . Palmstrom C J
    PHELP1417
    M W
    15:30 PM - 16:45 PM
    Grading Trends (3)
    See All
    ECE 217 Palmstrom C J Spring 2024 Total: 5
    ECE 217 Palmstrom C J Spring 2019 Total: 2
    Rate My Professors
    3
    2.8
    ECE220A . 6 Months Ago

    One of the worst classes I've ever taken. No feedback, no instruction, no guidance and he couldn't care less. Avoid at all costs!

    0 helpful 0 unhelpful
    ECE220A . 1 Year, 4 Months Ago

    Take the ugrad. equiv. course until the current TA (Connor D.) graduates. Enjoyed the course very much and Professor's nice, but ultimately your final grade falls on Connor. There are no set grading rubric to fall for, no explicitly stated OH, rude and bare min. feedback, and yet the curriculum is the same as 120A. I lucked out w/diff co-TA

    1 helpful 0 unhelpful
    ECE220A . 12 Years Ago

    Knowledgeable professor, interactive class, clear the doubts

    0 helpful 4 unhelpful
    You Might Also Like
    ECE 210C
    3 / 9 Enrolled
    Numerical Solution of Partial Differential Equations--Finite Difference Methods
    Ceniceros H
    T R
    09:30 AM - 10:45 AM
    91.3% A
    ECE 211B
    7 / 12 Enrolled
    Engineering Quantum Mechanics II
    Van De Walle
    T R
    12:00 PM - 13:50 PM
    94.6% A
    ECE 215B
    2 / 7 Enrolled
    Fundamentals of Electronic Solids II
    Krishnamoorth
    M W F
    09:30 AM - 10:45 AM
    66.7% A
    ECE 218C
    7 / 20 Enrolled
    Communication Electronics III
    Mark Rodwell 2.8
    T R
    15:30 PM - 16:45 PM
    68.4% A
    ECE 221B
    6 / 35 Enrolled
    Semiconductor Device Physics II
    T B A
    T R
    12:00 PM - 13:50 PM
    54.0% A
    ECE 230B
    9 / 15 Enrolled
    Linear Systems II
    Bassam Bamieh 3.3
    M W
    11:00 AM - 12:50 PM
    98.8% A