Hi-Rel offers a variety of technical training courses at our facility, and when possible, can present instruction at your facility. All classes require pre-payment or alternate arrangements to be agreed upon by Hi-Rel well ahead of the course presentation.

This intensive 5 day, approximately 50-hour, lecture and lab builds on the lecture material covered in the 3 day Failure Analysis/Avoidance Seminar. The lab exercises cover "hands-on" curve tracing, liquid crystal hot spot detection, probing, plastic decapsulation, cross-sectioning, Scanning Electron Microscopy, and Energy Dispersive X-ray Analysis. Class size is limited to ensure that each student can participate in the lab work and operate the equipment. Texts provided for the class are: "Failure Analysis Techniques, Mechanisms and Photo Atlas" and "Physics of Semiconductor Failures."
Dates for 2012: February 20 - 24, May 7 - 11, August 13 - 17 and October 8 - 12.

Fee: $3000 per student. Contact Kristy White for availability.

This course is intended as a refresher and certification for line inspectors. It covers the basics of semiconductor manufacturing to establish the vocabulary used in the specifications. The specifications covered are MIL-STD 750 method 2072, "Visual Inspection of Transistors," MIL-STD 883, method 2010, "Visual Inspection of Integrated Circuits," and MIL-STD method 2017, "Visual Inspection of Hybrids." This is an intensive three and a half days of lecture and a final written and visual examination. The course materials are Hi-Rel's technology modules and color illustrated-annotated specification which translates each line of criteria into a detailed drawing of good and bad.
Dates for 2012: April 17 - 20.

Fee: $2000 per student, minimum 5 students. Contact Kristy White for availability.

This three day interactive seminar is designed to acquaint the attendees with what was historically required of the component engineer. Today, many component engineers in the industry only work with the paper specifications and have never looked inside of the device they're specifying! This seminar is designed to show the attendees the need to know the component technology, how the part is made, and the potential failure mechanisms associated with the device so that the best selection can be made. Screen and Burn-in testing will also be examined with the rationale for each of the tests and what to do with the results. Examples covered will include integrated circuits, both bipolar and CMOS, transistors, diodes, power MOSFETs, capacitors, and resistors. Just one item covered in this seminar could help your company avoid a million dollar design mistake.
Dates for 2012: July 24 - 26. (Off-site training available on demand.)

Fee: $1800 per student, minimum 5 students. Contact Kristy White for availability.

A 3 day lecture and lab in which each phase of the lecture material is followed by a lab demonstration and the student then performs the same exercises on the SEM. The lectures cover that material which the student needs to understand to "get the most" out of his/her SEM for Failure Analysis, primarily semiconductors. For this reason, sessions on Voltage Contrast and Electron Beam Induced Current (EBIC) are included. A half day is devoted to the basics of X-ray Spectroscopy. Maximum of four attendees to ensure adequate instrument time for each student. Text for the class is "Microanalysis-Scanning Electron Microscopy" by Meny and Tixer.
(Scheduled on demand.)

Fee: $3000 per student, minimum 2 students. Contact Kristy White for availability.

A 3 day lecture course scheduled on demand at our Spokane facility or yours. This is a lecture class which includes a basic introduction Semiconductor Theory, Manufacturing and Layout coupled with Failure Mechanisms, Failure Analysis Techniques and Methodology and Instrumentation. The content emphasis can be varied as desired. It has been used as a basic introductory tool for new failure analysis and component engineers and as a refresher class for people who have been out of touch for a while. Class size is unlimited but experience shows that 20 to 25 is about the maximum effective size. Texts for the class are: "Failure Analysis Techniques, Mechanisms and Photo Atlas" and "Physics of Semiconductor Failures."
(Scheduled on demand.)

Fee: Quoted on request, minimum 10 students. Contact Kristy White for availability.