SDPR

Safety Information Forms
Team Name*
Preparer's Name*

First Name Last Name
Preparer's Email*
example@example.com
Adviser's Email*
example@example.com
1.Please describe your project. You can upload any files to support your description. This can include drawings, models, presentation, etc.*
Upload file here

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2. Key Bill of Materials Remember to include fabrication materials, electronic component, and purchased sub-assemblies. Also include assembly materials like adhesives, solder, paint, etc. You are welcome to have a section for each sub-system, e.g., electrical, structural, etc. (tab in the last cell to add more lines). If you are using the Browse Files button, please add one item that says see uploaded file.
Bill of Materials (optional)

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If you have your bill of materials in an excel form already, you may upload them here. Just type into the above box please see attached. Cancelof
3. Please review your BOM above and assemble your file of PDF documents to hold the (SDS) Safety Data Sheet documents for your project. If you have not chosen a specific brand yet, please choose a similar to start your review process. Example: spray paint, select a branded spray paint fit for your general purpose like ‘high heat Rustoleum primer’ spray. After you have made specific choices, an exact choice can be substituted.

SDS documents are expected for: materials containing solvents, hazardous components, chemicals, heavy metals, batteries, structural materials (e.g. pressure treated lumber, galvanized metals, alloys, …), etc.

Please review the environmental and health impact sections to challenge the project choices and make any needed BOM changes. Example: there are high hazard and low hazard epoxy products on the market that functionally provide similar if not exact results.

These need to be chosen from your research to be for the US market and no more than 5 years old.
Upload PDF of SDS sheets here

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3. Please provide a circuit diagram for each system or the whole of the project. Please include electrical loads, power distribution and total power use (volts and amperages).

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4. Using the SDS package assembled above, Please name the Personal Protective Equipment (PPE) and Training needed (tab in the last cell to add more lines). (Safety glasses, gloves, long trousers, …)
5.Test Plan - proposed activities and dates
Please indicate which safety templates you are using (Choose all that apply):

S1/S2 Small Electrical Projects (Bread Board & Programming Only) & Electrical SystemsS3 Mechanical FabricationsS4 Flight ProjectsS5 Propulsion SystemsS6 Marine SystemsS7 Competitions or Projects with firmly established outside safety requirements (e.g. SAE projects)S8 Use of Humans as subjects or involved in project executionS9 Use of Vertebrate AnimalsS10 Use of Cells, Tissues and/or Invertebrate AnimalsS11 Use of Chemicals defined by DOT or EPA as Hazardous
S1 / S2 Small Electrical & Electrical Systems
1. How are you following the SDS safety requirements for the Electrical or Electronic components? *
2. Are you using each Electrical / Electronic item on your Bill of Materials (B.O.M.) as intended by the manufacturer? If not, please describe each modification or change in use.*
4. How are you assuring circuit safety? What measures are being taken? Fuses, circuit breakers, relay systems, software interlocks, independent circuits to stay at lower voltage & amperage use…*
5. How are you protecting people from electrical hazards during project build and in finished project? Physical barriers or designed encasements? Fully insulated circuits / no wires or power connections exposed? Please describe in physical terms.*
6. For the fabrication and energizing of your Electrical Systems, have you included your needed Personal Protection Equipment (PPE) in your B.O.M.? Please ensure it is specified and budgeted. Please describe it here in general terms. (safety glasses, ESD protection, long sleeves and/or trousers, appropriate gloves…)*
7. If your project involves voltages over 24V and or amperages over 20 amps, your project will be required to have a licensed electrician that is advising and overseeing your work. These resources are available from the FIT facilities department. Please identify if you already have secured a licensed electrician for your project and name them below. Otherwise, let us know here that you would like us to make an introduction.*
8. If your project involves electrical systems underwater, who is advising you on the specifics of proper underwater electrical systems?*
9. Does the project use or generate RF? *
10. Does it exceed ½ watt or uses amplifiers? *
11. If > ½ watt, what measures are being taken to ensure radiation safety?*
12. Will your project require FCC permissions?*
12A. Please describe it here and identify your advisor on this subject*
13. Please identify any special storage requirements. Example: lithium batteries that require temperature control.*
14. Does this project use lasers, even laser pointers?*
14A. Please describe its function within the project*
Attach the laser safety officer’s approval for this use (Mr. Selvin McLean – smclean@fit.edu).

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S3 Mechanical & Physical Fabrications

Project requires the additive or subtractive modification of any of the following: Metal, Plastic, Wood/Paper products, composites, ceramics, glasses. Excluding fully commercial items that are not modified and used as intended by manufacturer.
1. How are you following the SDS safety requirements for the fabrication raw materials or ready to use components? If the SDS info changes the design or execution of the project, please describe below. Will some team members require respirator training as a result of the SDS review?*
2. Are you using each item on your Bill of Materials (B.O.M.) as intended by the manufacturer? If no, please describe here. As an example, if you were to use a bicycle tire tube for a shock absorber. You should also describe items that are bought and modified even if it’s for the same use. As an example, project starts with a standard wheelchair that will be modified and updated – describe the changes.*
3. Have you scheduled or planned your required PPE training per OSHA?*
3A. Please identify the required training and name who will be trained/certified. Examples: Respirator training for carbon fiber/composites work, paint, solvent based board prep work …*
4. What are the qualifications of your non-faculty advisors for the fabrication? (Examples: Mechanic, specialty fabricator, Fablab, composites/fiberglass advisor, etc?)*
5. In your fabrication work, will you be using paint, fuels & lubricants, solvents, corrosives, adhesives, composite binders, treatments of any sort ?*
5A. Please summarize your S11 items here – e.g., solvents, lubricants, adhesives…)*
S11 Chemical Use

Use of any Chemicals or Materials defined by DOT or EPA as Hazardous.
1. How are you following the SDS safety requirements for the Chemicals? Will some team members require respirator training?*
2. Are you using each item on your Bill of Materials (B.O.M.) as intended by the manufacturer? If no, please describe here.*
3. Have you included your needed Personal Protection Equipment (PPE) in your B.O.M.? Please ensure it is specified and budgeted. Please describe it here in general terms. (safety glasses, nitrile gloves, long trousers, …)*
4. Have you scheduled or planned your required PPE training per OSHA?*
4A. Please identify the required training. Examples: Respirator training for carbon fiber/composites work, paint, solvent based board prep work …*
5. What are the qualifications of your non-faculty advisors? (Examples: Chemist, Lab Technician, etc?)*
6. How are you satisfying EPA/OSHA handling, storage and disposal requirements? Please describe necessary storage conditions and item specific plan for disposal. If you don’t know, consult the SDS and ask for input*
7. When will you discuss your disposal requirements with the FIT Office of Environmental Health and Safety (EHS)?*
8. Do your chemicals have special purchasing requirements? How will you follow these? Who will assist you*
9. Are you planning to use any radioactive material in any quantity or packaging? You must get approval from the FIT Radiation Safety Officer before project commencement or any material acquisition. Please let us know if you need an introduction.*
10. Are you planning to use any drugs or similar materials that may be “Scheduled” or “Controlled?” You must get approval from the FIT Controlled Substance Officer before project commencement or any material acquisition. Please let us know if you need an introduction.*
S4 Flight Projects

Project Will Fly In Some Fashion Information regarding Flight Projects:

•Please note – a certified drone pilot is required due to new regulations: (http://www.faa.gov/uas/media/RIN_2120-AJ60_Clean_Signed.pdf )

•Capstone Senior Design Projects (or any other FIT project) cannot be operated under the provisions of ‘Hobbyist’; these regulation exceptions do not apply.

•Indoor testing of a drone that is of suitable size may be arranged (spontaneous indoor testing of a drone in the HSDC or elsewhere is not permitted)

•Outdoor testing of flight vehicles will require field permissions and/or permits.

•Outdoor testing of drone operation and flight vehicles requiring a runway/airfield are under new regulations and continue to evolve. An ongoing conversation as the project progresses will be necessary to plan field testing. Procrastination will result in disappointment.

•Further reading on this subject can be found at: http://www.faa.gov/uas/media/RIN_2120-AJ60_Clean_Signed.pdf
1. What are the qualifications of your non-faculty advisors? Who are they and when will they be involved?*
2. What are your companion credentials that are required to test your project (e.g.: Driver’s license with FIT insurance validation, FAA UAS [Drone/RC aircraft] registration for FIT, etc.)?*
3. When, before testing, must you obtain #2? Please evaluate and plan for the lead-time.*
4. Does FIT insurance need to cover your activity? What additional insurance will you need?*
5. All rocket projects require a written “Test Directive.” When, before flight will this be completed? An example can be obtained from: peebles@fit.edu *
6. What safety interlocks are or can be integrated into your project? Examples: kill switches, remote kill switches, physical tethers, etc.*
7. Please name your proposed test location(s) and identify permission requirements:*
S5 Propulsion Systems

This system is designed to provide motive force to a project.
1. During Fabrication or Testing and Evaluation (T&E) what are your safety precautions to prevent injury from normal, expected operation of the system or subsystem under T&E. Examples:
1A. Is there a prop that needs a cage to be trialed? *
1B. Do you have an appropriate mount designed for the engine test stand?*
1C. Do you have remote prop starting capability?*
1D. Standard Operating Procedure to be written for engine starts and adjustments while the engine is fired? *
2. What are possible failure modes of your system or components during operation that need to be prepared for in order to prevent injury if such a failure occurs? Please describe. What will your preparations include to prevent injury from these types of failures? Please describe the possible scenarios and preventative measures to be taken. There may be several to consider*
S6 Marine Projects

Designed to be in or under the water for project use/performance (salt or fresh).
1. If SCUBA or Boats are to be used, approval must be obtained from the FIT “Director of Marine and Outdoor Operations.”( tfletcher@fit.edu ) When, before water contact will this be done?*
2. What are your companion credentials that are required to test your project (e.g.: Driver’s license with FIT insurance validation, FAA UAS [Drone/RC aircraft] registration for FIT, Boating Safety Education ID Card? (Anyone born on or after January 1, 1988, who operates a vessel powered by 10 horsepower or more must pass an approved boater safety course and have in his/her possession photographic identification and a boating safety education identification card issued by the FWC or temporary certificate issued by an authorized vendor)*
3. When, before testing, must you obtain #2*
4. Does FIT insurance need to cover your activity? What additional insurance will you need?*
5. Have you verified that all Materials on your BOM are not Eco toxic per the respective SDS (Safety Data Sheet)? Especially for introduction or prolonged exposure to water.*
6. Proposed test locations (s) – please name all locations including on-campus locations and who will be contacted to gain permission. Permission and contact person must be named and obtained for all test scenarios*
S7 Competitions

Projects following strict competition guidelines regardless of actual competition participation.
1. Include full text, diagrams, etc. from competition guidelines/rules. If it’s very large, it may added or included separately however please indicate where it is in the text box (by email or delivered in person). Please do not use a ‘zip’ or other compressed file format*
2. What are the qualifications of your non-faculty advisors? (Examples: Mechanic, specialty fabricator, Fablab, etc?)*
3. What are your companion credentials that are required to test your project (e.g.: Driver’s license & FIT MVR ‘motor vehicle release’ with FIT insurance validation, FAA UAS [Drone/RC aircraft] registration for FIT, etc.)*
4. When, before testing, must you obtain #3 Companion Credentials*
5. Does FIT insurance need to cover your activity*
6. How are you complying with the competition safety requirements? What elements of your project exist specifically for the safety purposes and describe how you have met or exceeded these requirements*
S8 Human Subjects

The project acts upon a person in a direct fashion and/or solicits information or data from people.
1. Has the project been approved by the FIT Institutional Review Board (IRB)? Project may not proceed without this approval, if deemed relevant. Submit project to IRB early. This review can take 6-8 weeks or more. http://web2.fit.edu/crm/irb/*
2. Include a copy of the IRB approval. Please note any special conditions or constraints below*
3. Does FIT insurance need to cover your activity? (Please contact the Office of Compliance and Risk Management: compliance@fit.edu) *
S9 Vertebrate Animals

Vertebrate Animals are used.
1. Has the project been approved by the FIT Institutional Animal Care and Use Committee (IACUC)? Project may not proceed without this approval, if deemed relevant. Submit project to IACUC early. This review can take 6-8 weeks or more. http://web2.fit.edu/crm/iacuc/*
2. Include the IACUC approval. Please name any special conditions or exclusions here:*
3. Does FIT insurance need to cover your activity?*
S10 Cells, Tissues or Invertebrate Animals

Cells, Tissues or Invertebrate Animals are Used.
1. Has the project been approved by the FIT Institutional Biosafety Committee (IBC)? Project may not proceed without this approval, if deemed relevant. Submit project to IBC early. This review can take 6-8 weeks or more. Email Peter Zappala (pzappala@fit.edu) for a copy of the IBC Submission form*
2. Include a copy of the IBC approval. Please note any special conditions or exclusions here.*

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2A. Please note any special conditions or exclusions here.*
3. Does FIT insurance need to cover your activity*
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Safety Information Forms

S1 / S2 Small Electrical & Electrical Systems

S3 Mechanical & Physical Fabrications

S11 Chemical Use

S4 Flight Projects

S5 Propulsion Systems

S6 Marine Projects

S7 Competitions

S8 Human Subjects

S9 Vertebrate Animals

S10 Cells, Tissues or Invertebrate Animals