Official Student Transcript

Elevate for Humanity — HVAC Technician Training Program

CIP Code: 47.0201 · SOC Code: 49-9021 · 160 Clock Hours

Document ID: EFH-TR-______

Date Issued: ___/___/______

Student Information

Full Name

Student ID

Enrollment Date

Completion Date

Funding Source

Program Status

Clock Hours Summary

Domain	Theory	OJT	Total
D1: Safety & Regulatory Compliance	14	6	20
D2: Tools & Trade Math	8	4	12
D3: Electrical Fundamentals	10	6	16
D4: Refrigeration Cycle Principles	14	8	22
D5: Installation Procedures	16	12	28
D6: Diagnostics & Troubleshooting	14	10	24
D7: Refrigerant Handling & EPA Compliance	34	4	38
Total	110	50	160

Competency Mastery Record

D1: Safety & Regulatory Compliance

Code	Competency	Type
1.1	Identify program structure, credentials, and career pathways	Theory
1.2	Explain WIOA funding requirements and attendance policies	Theory
1.3	Describe HVAC career pathways and earning potential	Theory
1.4	Select and use appropriate PPE for HVAC work environments	OJT
1.5	Complete OSHA 30-Hour Construction Safety certification	Partner Cert
1.6	Identify fall hazards and apply fall protection standards	Theory
1.7	Apply electrical safety procedures and lockout/tagout	OJT
1.8	Interpret SDS sheets and apply HazCom standards	Theory
1.9	Identify confined space and excavation hazards	Theory
1.10	Apply fire prevention and hot work safety procedures	Theory
1.11	Complete CPR/First Aid/AED certification	Partner Cert
1.12	Administer basic first aid for common workplace injuries	Theory

D2: Tools & Trade Math

Code	Competency	Type
2.1	Explain how heating, cooling, and ventilation systems function	Theory
2.2	Identify and properly use HVAC hand tools and power tools	OJT
2.3	Identify major HVAC system components and their functions	Theory

D3: Electrical Fundamentals

Code	Competency	Type
3.1	Apply Ohm's Law to calculate voltage, current, and resistance	Theory
3.2	Read and interpret wiring diagrams and schematics	Theory
3.3	Use a multimeter and amp clamp to measure electrical values	OJT
3.4	Identify capacitors, contactors, and relays	Theory

D4: Refrigeration Cycle Principles

Code	Competency	Type
4.1	Identify the four components of the refrigeration cycle	Theory
4.2	Explain pressure-temperature relationship using PT charts	Theory
4.3	Compare reciprocating, scroll, and rotary compressor types	Theory
4.4	Identify TXV, piston, and capillary tube metering devices	Theory
4.5	Calculate superheat and subcooling from gauge readings	OJT
4.6	Perform refrigerant charging using weight and superheat methods	OJT

D5: Installation Procedures

Code	Competency	Type
5.1	Explain gas furnace operation and combustion process	Theory
5.2	Describe electric heat strip operation and sequencer function	Theory
5.3	Explain heat pump operation in heating mode	Theory
5.4	Design and install ductwork per ACCA Manual D standards	Theory
5.5	Size HVAC equipment using Manual J load calculations	Theory
5.6	Perform brazing and soldering on copper refrigerant lines	OJT
5.7	Install refrigerant line sets with proper insulation	OJT
5.8	Execute system startup procedures and verify operation	OJT
5.9	Prepare for on-the-job training and internship requirements	Theory

D6: Diagnostics & Troubleshooting

Code	Competency	Type
6.1	Perform combustion analysis and interpret results	OJT
6.2	Conduct furnace inspection using manufacturer checklist	OJT
6.3	Diagnose system faults using manifold gauge readings	OJT
6.4	Perform leak detection using approved methods	OJT
6.5	Apply systematic troubleshooting methodology	Theory
6.6	Diagnose common air conditioning failures	Theory
6.7	Diagnose common heating system failures	Theory
6.8	Resolve field troubleshooting scenarios	Theory
6.9	Communicate technical findings to customers professionally	Theory
6.10	Prepare a trade-specific resume highlighting certifications	Theory
6.11	Demonstrate professional interview skills	Theory
6.12	Identify employer partners and apprenticeship opportunities	Theory

D7: Refrigerant Handling & EPA Compliance

Code	Competency	Type
7.1	Explain ozone depletion and environmental impact	Theory
7.2	Identify Clean Air Act Section 608 requirements	Theory
7.3	Apply refrigerant safety procedures	Theory
7.4	Classify refrigerants by type, ODP, and GWP	Theory
7.5	Use pressure-temperature charts for common refrigerants	Theory
7.6	Demonstrate proper recovery, recycling, and reclamation	OJT
7.7	Explain refrigerant sales restrictions	Theory
7.8	Identify small appliance systems and charge limits	Theory
7.9	Apply Type I recovery requirements	Theory
7.10	Operate self-contained recovery equipment	OJT
7.11	Identify leak repair exemptions for small appliances	Theory
7.12	Describe high-pressure system characteristics	Theory
7.13	Apply Type II recovery requirements and evacuation levels	Theory
7.14	Perform leak detection using multiple methods	OJT
7.15	Execute proper evacuation procedures	OJT
7.16	Apply leak repair requirements for high-pressure systems	Theory
7.17	Describe low-pressure chiller system characteristics	Theory
7.18	Apply Type III recovery requirements	Theory
7.19	Explain purge unit operation	Theory
7.20	Identify water management issues in low-pressure systems	Theory
7.21	Explain rupture disc and pressure relief requirements	Theory

Credentials Earned

Credential	Issuing Body	Date Earned	Cert #
EPA 608 Universal Certification	EPA-approved proctor
OSHA 30-Hour Construction Safety	CareerSafe
CPR/First Aid/AED	HSI
NRF Rise Up Customer Service	NRF Foundation
Residential HVAC Certification Level 1	Elevate for Humanity
Residential HVAC Certification Level 2	Elevate for Humanity

OJT Performance Verification

Checksheet	Competency	Result	Date	Supervisor
Brazing & Soldering	5.6
Manifold Gauge Reading	6.3
Refrigerant Charging	4.6
Leak Detection	6.4
System Startup & Verification	5.8

Program Director Signature

Date: ___/___/______

Registrar / Authorized Official

Date: ___/___/______

This transcript is an official document of Elevate for Humanity. Unauthorized alteration or reproduction is prohibited. Verify authenticity by contacting records@elevateforhumanity.org.