Drug Test/Screening Collector Training & Certification, Echo, AL
For
Collection Sites, Medical Facilities, DER's, HR Managers, Safety Managers, Court Personnel, Probation Officers, TPA's
Accredited Drug Testing provides a comprehensive online/web-based Urine Drug Testing Collector Training and Certification course in Echo, AL for persons required as part of their responsibilities to perform or supervise urine drug testing specimen collections. The collector training program may be completed with or without the required mock collection proficiency assessments. Upon completion of the training program, students will receive a certificate of successful completion of the training course. In Echo, AL to be qualified/certified as a DOT urine drug test collector, you must satisfactorily complete both the training course and a minimum of 5 error free proficiency mock demonstrations.
The Drug Test Collector plays a critical role in the workplace drug screening process. Along with the employer, the testing facility and the Medical Review Officer (MRO), the collector is an essential part of a system developed to ensure drug-free workplaces for the sake of public safety.
As the collector, you are the only individual in the drug-testing process who has direct, face-to-face contact with the employee. You ensure the integrity of the urine specimen and collection process and begin the chain of custody that includes the laboratory; the MRO; the employer; and, possibly, the courts.
This training is a professional-level course that provides the knowledge and skills to qualify Drug Test Collectors to perform U.S. Department of Transportation-regulated drug tests and non-regulated tests. Course participants also have the option of becoming professionally certified after completion of this course. This designation confirms that the collector is committed to the highest standards in the drug and alcohol testing industry.
The Course
This professional-level course meets the regulatory standards of U.S. Department of Transportation (DOT) rule 49 CFR Part 40 and provides a solid foundation for a wide range of testing programs.
- Library of terms & resources
- Universal skills set
- Multiple industries
- Lessons
- DOT Qualification
- Public sector
- Short quizzes & final examination
- Professional Certification
- Private sector
- Mock collections
- Regulated by local, state and federal authorities
- Signature
How to become a DOT Qualified Urine Colletor?
To become qualified as a collector, you must be knowledgeable about Part 40 regulations, the current "DOT Urine Specimen Collection Procedures Guidelines," and DOT agency regulations applicable to the employers for whom you will perform collections, and you must keep current on any changes to these materials. You must also (1) successfully complete a qualification training program and (2) pass a monitored proficiency demonstration, as required by DOT regulations [See 49 CFR Part 40.33 (b-c), effective August 1, 2001]. Please note: there is no "grandfather" clause or waiver from this requirement. A collector's qualifications are not location/collection site specific, and their eligibility will follow them anywhere DOT Agency regulated urine specimens are collected. There is no requirement for qualified collectors to register or to be on any federally-maintained or federally-sponsored list, but they are required to maintain (for Federal inspection) documentation of successful completion of their training and proficiency demonstration requirements.
How to Take the Course
The Drug Test Collector Training involves multiple parts that need to be completed in a specific order to achieve certification.
- Before starting the training, the collector must:
- review 49 CFR Part 40 and be familiar with the regulatory language;
- review the DOT Urine Specimen Collection Guidelines;
- review "Instructions for Completing the Federal Drug Testing Custody and Control Form for Urine Specimen Collection"
- watch DOT's 10 Steps to Collection Site Security and Integrity video.
- and download the sample Custody and Control Form. This form guides the entire drug-collection process. Review the document and have it at hand through the entire course. (All required materials are also available in the Reference Library.) NOTE: The 2017 version of the CCF is no longer current. If you intend to use it, you must attach a Memorandum for Record (MFR).
- Take the course Pre-Test to show familiarity with the subject matter based on a review of the materials provided.
- Complete the lessons of the training along with the required short quizzes.
- Take the final exam. A score of at least 90 percent is required.
- When you pass the online portion of this training, continue to the Next Steps lesson for instructions on how to set up five mock collections with a live examiner. These must be scheduled within 30 days of course completion and are required for qualification and certification.
- Once the mock collections are completed without error, you will be qualified and can perform both federally regulated and non-regulated drug test collections.
- To be certified, qualified collectors are asked to sign an agreement promising to adhere to the standards set in the training. The course administrator will then issue a certification form documenting that the collector is both a USDOT Qualified and Professionally Certified Drug Testing Collector. Contact the course administrator for more information.
Additional Courses Available
- DOT Alcohol Screening Test Technician Training
- Saliva/Oral Fluid Training & Certification
- Certified Drug Test Collector Annual Exam
- DOT Breath Alcohol Technician Training
- Hair Specimen Collector Training & Certification
- DOT Reasonable Suspicion Training Course
- DER Training FMCSA
- DER Training FAA
- DER Training PHMSA
- DER Training FRA
- DER Training FTA
- DER Training USCG
- MRO Assistant Training
- New Business Start Up Overview
** Accredited Drug Testing's Urine Specimen Collector training course is developed in conjunction with the National Drug and Alcohol Screening Association.
Drug and Alcohol Testing Locations Echo, AL
3269 S US HIGHWAY 231 SUITE131 8.9 miles
OZARK, AL 36360
126 HOSPITAL AVE 9.9 miles
OZARK, AL 36360
1519 ANDREWS AVE 11.9 miles
OZARK, AL 36360
2850 HORACE SHEPARD DR 13.4 miles
DOTHAN, AL 36303
217 Dothan Rd 13.7 miles
Abbeville, AL 36310
212 DOTHAN RD 13.7 miles
ABBEVILLE, AL 36310
4585 MONTGOMERY HWY 14.4 miles
DOTHAN, AL 36303
2445 MURPHY MILL RD 14.7 miles
DOTHAN, AL 36303
4370 W MAIN ST 16.3 miles
DOTHAN, AL 36305
4550 W MAIN ST STE 1 16.3 miles
DOTHAN, AL 36305
4126 W MAIN ST 16.5 miles
DOTHAN, AL 36305
3124 Ross Clark Cir 17.1 miles
Dothan, AL 36303
1052 ROSS CLARK CIR 17.2 miles
DOTHAN, AL 36303
2115 W MAIN ST 17.3 miles
DOTHAN, AL 36301
101 PROFESSIONAL LN 17.4 miles
ENTERPRISE, AL 36330
1435 W MAIN ST 17.5 miles
DOTHAN, AL 36301
2946 ROSS CLARK CIR 17.8 miles
DOTHAN, AL 36301
1034 ROSS CLARK CIR 18.7 miles
DOTHAN, AL 36303
1920 FAIRVIEW AVE STE 900 18.9 miles
DOTHAN, AL 36301
1108 ROSS CLARK CIR 19.0 miles
DOTHAN, AL 36301
144 VIRGINIA AVE STE A 19.6 miles
DALEVILLE, AL 36322
557 Glover Ave Ste 27 24.6 miles
Enterprise, AL 36330
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Local Area Info: Spin echo
In magnetic resonance, a spin echo is the refocusing of spin magnetisation by a pulse of resonant electromagnetic radiation. Modern nuclear magnetic resonance (NMR) and magnetic resonance imaging (MRI) make use of this effect.
The NMR signal observed following an initial excitation pulse decays with time due to both spin relaxation and any inhomogeneous effects which cause different spins in the sample to precess at different rates. The first of these, relaxation, leads to an irreversible loss of magnetisation. However, the inhomogeneous dephasing can be removed by applying a 180° inversion pulse that inverts the magnetisation vectors. Examples of inhomogeneous effects include a magnetic field gradient and a distribution of chemical shifts. If the inversion pulse is applied after a period t of dephasing, the inhomogeneous evolution will rephase to form an echo at time 2t. In simple cases, the intensity of the echo relative to the initial signal is given by e–2t/T2 where T2 is the time constant for spin-spin relaxation. The echo time (TE) is the time between the excitation pulse and the peak of the signal.
Echo phenomena are important features of coherent spectroscopy which have been used in fields other than magnetic resonance including laser spectroscopy and neutron scattering. Echoes were first detected in nuclear magnetic resonance by Erwin Hahn in 1950, and spin echoes are sometimes referred to as Hahn echoes. In nuclear magnetic resonance and magnetic resonance imaging, radiofrequency radiation is most commonly used.