INTRODUCTION
QIMT Background
Quametec purchased the copyrights to all the modular metrology training programs, the name, and logo of the Metron Institute of Measurement Technology (MIMT).
Metron had offered technical training in measurement and associated fields since 1963 through its training division; MIMT. These were developed for and by the US Navy and Air Force in training military calibration and testing laboratory personnel. Originally developed for military application, the MIMT program, now under the name QIMT, is in process of being updated and converted to work in the QIMT Online Learning Management System for use by government agencies and private industry.
Designed for the engineer, inspector or technician, the modular design allows easy entry at any technical level.
Modular Training
QIMT has improved upon the MIMT modular training approach to provide maximum flexibility in meeting individual training requirements via multiple methods of online delivery. Each study plan can be tailored to fit the trainee's skill level and educational objectives. Trainees' no longer need be forced to accept a standard curriculum which may include previously mastered topics or material unrelated to his or her particular field of study.
For example, through the combination of modules from several measurement areas, a rounded program with special emphasis on electronics could be developed for a new trainee in electronic metrology. The electronic engineer who might only be interested in Electronic Process Control as a refresher is also satisfied by the QIMT modular concept.
Each topic is presented in clear, direct language providing examples and diagrams for easier understanding and improved retention. Each module presents a specific topic, treating the subject in sufficient depth without moving beyond the relevant area of discussion.
Example Training Programs in Development based on the
MIMT Self-Paced Training Modules:
1) Pressure Measurements
Sequence Number Module Number Module Title Study Hours 1 0100 Basic Mathematics 36 2 1100 Basic Metrology 24 3 2100 Basic Physical Metrology 27 4 2130 Pressure Instruments 12 5 2230 Pressure Systems 18 TOTAL STUDY HOURS 117
2) Temperature Measurements
Sequence Number |
Made Number |
Module Title |
Study Hours |
1 |
0100 |
Basic Mathematics |
36 |
2 |
1100 |
Basic Metrology |
24 |
3 |
2100 |
Basic Physical Metrology |
27 |
4 |
2120 |
Temperature Instruments |
12 |
5 |
2220 |
Temperature Systems |
18 |
|
|
TOTAL STUDY HOURS |
117 |
3) Force and Weight Measurements
Sequence Number |
Module Number |
Module Title |
Study Hours |
1 |
0100 |
Basic Mathematics |
36 |
2 |
1100 |
Basic Metrology |
24 |
3 |
2100 |
Basic Physical Metrology |
27 |
4 |
2140 |
Torque Instruments |
9 |
5 |
2160 |
Force Instruments |
9 |
6 |
2410 |
Scales |
18 |
7 |
2420 |
Balances |
18 |
8 |
2240 |
Force Systems |
18 |
|
TOTAL |
STUDY HOURS |
159 |
As you can see from the above examples, if a student wanted to learn multiple disciplines, the modular approach allows them to add additional disciplines without redundant training. For example, all the above disciplines reference the same "Basic Mathematics", "Basic Metrology", and "Basic Physical Metrology"