Test Plan Template

Introduction

Provide an overview of the test here, fill out the important fields below:

Task Description: An overview of the test. Include what you're testing, what tools you're using, and what kind of environment you need. (Example test that the solar panes are able to react to a light source in a dark room.)

Completed: Date this report was completed

Documented by: Record the name of the team members undertaking the test and documentation

Resources Required: Include important ground support equipment (GSE),

Verification Activities: List all verification activities that will be completed in this test.

Pass Criteria: Clearly state the pass/fail criteria with important tolerances. Remember to be clear about what is a pass (Show that X is less than Y, or ensure that X +- Y).

Test Apparatus

Provide an outline of the test set up. Including jigs/holding equipment, connections, measuring tools, and how it all works together. Include pictures here for external personel to fully understand:

Required Tools

Include a list that is needed to complete the test. Including, but not limited to:

● Hand tools

● Cleaning chemicals and equipment

● Personal Protection Equipment (PPE)

● Measuring tools

● Writing Equipment

Test Set-Up

Provide a step by step solution for preparing to begin your test, including hardware installation, surface cleaning, etc.

1) Step 1

2) Step 2

3) Step 3

Test Procedures

Provide step by step instructions for completing the tests. This includes operator actions, cues, and information that needs to be recorded.

1) Step 1

2) Step 2

3) Step 3

a) Sub-step 3.a

b) Sub-step 3.b

Test Close-Out

1) Once testing is complete, tighten the nuts on either side of the stopping block to prevent the ramp from moving while in storage.

Friction Calculation

The coefficient of static friction for each sample is equal to:

Where is the coefficient of static friction and is the ramp angle.