Accelerated Training for a Skilled, Job-Ready Workforce
All
HVAC
Plumbing
Solar/Photovoltaic
EV
EV Battery
Key Components of Hybrid Systems
Explore the function, interaction, and maintenance considerations for systems such as electric motors, battery packs, inverters, and hybrid control modules.
Through step-by-step instruction and practical demonstrations, learn how to connect water supply and drainage lines, seal and secure fixtures, and ensure compliance with plumbing codes.
Practice installing building-mounted PV racking systems and learn about compliance with AHJ criteria, including zoning regulations, local building codes, and structural requirements.
Practice safe removal techniques, test for continuity, and identify the root causes of fuse failure, such as electrical shorts or overloads and installing fuses with the correct voltage and amperage ratings.
Explore the historical development of ICEs, their function within hybrid powertrains, and their interaction with key systems such as electric motors, battery packs, and control modules.
Explore raceway types, sizing methods, labeling procedures, and proper installation techniques to ensure safe, compliant, and professional electrical system routing.
Gain practical experience in condenser coil cleaning, water filter replacement, and the correct use of cleaners and sanitizers to extend equipment life, ensure food safety, and maintain energy efficiency.
Explore critical components of battery systems like cells, modules, sensors, busbars, fuses, and control units and develop hands-on skills in thermal management, sealing, and wiring.
Understand, identify, and install effective water hammer protection, a common issue in both residential and commercial installations that can damage pipes, valves, and appliances.
Design string configurations, apply voltage drop calculations, select appropriate conductors and raceways, and integrate battery technologies and module-level electronics.
Gain hands-on experience in inspecting for water leaks, disassembling and disinfecting system components, and maintaining or replacing humidifier media like pads or nozzles.
Learn and explore concepts related to arc flash/blast awareness, pyrotechnic safety mechanisms, high-voltage disconnection procedures, and discharge systems.
Learn to conduct PV site assessment with emphasis on shading analysis, proper equipment placement, load-bearing considerations, and use of essential site assessment tools.
Gain hands-on experience with diagnostic tools, gas pressure adjustments, and proper maintenance procedures in accordance with industry and manufacturer standards.
Explore critical components such as battery management, sensor systems in EV charging stations, scheduled maintenance, and high-voltage (HV) troubleshooting procedures.
Explore the evolution of sensor technology, the role of machine learning in decision-making, and the hardware that powers real-time driving responses in an EV.
Learn about essential service plumbing tasks, focusing on common repairs and importance of effective communication and customer service in a professional plumbing environment.
From air filter replacement to electrical inspection and motor testing, learners will explore the tools, procedures, and best practices that keep systems running efficiently and reliably.
From accurate record keeping to equipment replacement, the course covers the practical steps technicians must follow to maintain residential and commercial solar installations.
Learn the installation of hard pipe compressed air lines and explore key system components, pressure considerations, material selection, and step-by-step installation methods.
Explore the differences between sump and sewage pumps, understand their applications, and gain hands-on experience through guided modules and VR simulations.
From battery bank specifications to safety protocols; labeling requirements to charge controller types, learn concepts through immersive learning experiences.
Install, connect, and commission residential and light commercial package HVAC units, including rooftop units (RTUs), window units, and PTAC systems with hands-on immersive training.
From electrical and electronic systems to advanced driver assistance technologies (ADAS), learners will gain hands-on experience using industry-standard tools and simulations.
From whole-house water filters to water softeners and reverse osmosis systems, this course offers training on the selection, installation, and operation of essential water purification systems.
This microcredential introduces learners to the cutting-edge components and systems powering Advanced Driver Assistance Systems (ADAS) and the evolution toward autonomous driving.
From understanding the properties of natural gas, LP gas, and fuel oil to proper system sizing, purging, and testing, this course offers a well-rounded learning experience.
This microcredential introduces the essential hand tools, power tools, and fastening hardware used in HVAC installation and helps gain practical, hands-on experience.
Learners get to explore water distribution layouts, pipe material selection, freeze protection techniques, installation of critical components, and system testing methods.
The Air Distribution Systems microcredential provides a comprehensive introduction to the principles, components, and practices of air distribution in HVAC systems.
This course provides a comprehensive introduction to EV battery safety, covering PPE, workstation hazards, emergency procedures, material handling, clean room protocols, and common tools.
This microcredential course explores key financial factors, policies, risks, and financing options that impact PV system affordability and profitability.
The microcredential course is a specialized training program designed to provide learners with a deep understanding of HVAC control systems and electrical wiring.
This microcredential course equips learners with the skills to analyze utility bills, assess energy usage, and estimate PV system size for both grid-tied and stand-alone applications.
This microcredential course provides real-world training through 3D interactive and conversational AI scenarios to help learners in the photovoltaic profession develop customer assessment skill.
This microcredential is a specialized training program designed to introduce learners to fundamental concepts in Heating, Ventilation, Air Conditioning, and Refrigeration.
It covers essential concepts such as the refrigeration cycle, refrigerants, superheat and subcooling, as well as hands-on training with system components.
With this microcredential course, take an in-depth look at the core elements of PV systems, including solar modules, power electronics, structural attachments, and energy storage solutions.
This microcredential course provides a focused, hands-on approach to battery pack construction, covering the essential components, bonding techniques, and assembly process from cell to module to pack.
Gain an in-depth exploration of different types of electric vehicles, including Battery Electric Vehicles (BEVs), Hybrid Electric Vehicles (HEVs), and Plug-in Electric Vehicles (PEVs).
Step into an immersive environment to engage with and explore various photovoltaic (PV) system types and their applications across residential, commercial, and industrial settings.
Safety is paramount when woking in high-risk conditions. Understand the essentials of safety regulations and personal protective equipment (PPE) in the plumbing trade.
Practice safe removal techniques, test for continuity, and identify the root causes of fuse failure, such as electrical shorts or overloads and installing fuses with the correct voltage and amperage ratings.
Gain practical experience in condenser coil cleaning, water filter replacement, and the correct use of cleaners and sanitizers to extend equipment life, ensure food safety, and maintain energy efficiency.
Gain hands-on experience in inspecting for water leaks, disassembling and disinfecting system components, and maintaining or replacing humidifier media like pads or nozzles.
Gain hands-on experience with diagnostic tools, gas pressure adjustments, and proper maintenance procedures in accordance with industry and manufacturer standards.
From air filter replacement to electrical inspection and motor testing, learners will explore the tools, procedures, and best practices that keep systems running efficiently and reliably.
Install, connect, and commission residential and light commercial package HVAC units, including rooftop units (RTUs), window units, and PTAC systems with hands-on immersive training.
This microcredential introduces the essential hand tools, power tools, and fastening hardware used in HVAC installation and helps gain practical, hands-on experience.
The Air Distribution Systems microcredential provides a comprehensive introduction to the principles, components, and practices of air distribution in HVAC systems.
The microcredential course is a specialized training program designed to provide learners with a deep understanding of HVAC control systems and electrical wiring.
This microcredential is a specialized training program designed to introduce learners to fundamental concepts in Heating, Ventilation, Air Conditioning, and Refrigeration.
It covers essential concepts such as the refrigeration cycle, refrigerants, superheat and subcooling, as well as hands-on training with system components.
Through step-by-step instruction and practical demonstrations, learn how to connect water supply and drainage lines, seal and secure fixtures, and ensure compliance with plumbing codes.
Understand, identify, and install effective water hammer protection, a common issue in both residential and commercial installations that can damage pipes, valves, and appliances.
Learn about essential service plumbing tasks, focusing on common repairs and importance of effective communication and customer service in a professional plumbing environment.
Learn the installation of hard pipe compressed air lines and explore key system components, pressure considerations, material selection, and step-by-step installation methods.
Explore the differences between sump and sewage pumps, understand their applications, and gain hands-on experience through guided modules and VR simulations.
From whole-house water filters to water softeners and reverse osmosis systems, this course offers training on the selection, installation, and operation of essential water purification systems.
From understanding the properties of natural gas, LP gas, and fuel oil to proper system sizing, purging, and testing, this course offers a well-rounded learning experience.
Learners get to explore water distribution layouts, pipe material selection, freeze protection techniques, installation of critical components, and system testing methods.
Safety is paramount when woking in high-risk conditions. Understand the essentials of safety regulations and personal protective equipment (PPE) in the plumbing trade.
Practice installing building-mounted PV racking systems and learn about compliance with AHJ criteria, including zoning regulations, local building codes, and structural requirements.
Explore raceway types, sizing methods, labeling procedures, and proper installation techniques to ensure safe, compliant, and professional electrical system routing.
Design string configurations, apply voltage drop calculations, select appropriate conductors and raceways, and integrate battery technologies and module-level electronics.
From accurate record keeping to equipment replacement, the course covers the practical steps technicians must follow to maintain residential and commercial solar installations.
From battery bank specifications to safety protocols; labeling requirements to charge controller types, learn concepts through immersive learning experiences.
This microcredential course explores key financial factors, policies, risks, and financing options that impact PV system affordability and profitability.
This microcredential course equips learners with the skills to analyze utility bills, assess energy usage, and estimate PV system size for both grid-tied and stand-alone applications.
This microcredential course provides real-world training through 3D interactive and conversational AI scenarios to help learners in the photovoltaic profession develop customer assessment skill.
With this microcredential course, take an in-depth look at the core elements of PV systems, including solar modules, power electronics, structural attachments, and energy storage solutions.
Step into an immersive environment to engage with and explore various photovoltaic (PV) system types and their applications across residential, commercial, and industrial settings.
Explore the function, interaction, and maintenance considerations for systems such as electric motors, battery packs, inverters, and hybrid control modules.
Explore the historical development of ICEs, their function within hybrid powertrains, and their interaction with key systems such as electric motors, battery packs, and control modules.
Explore critical components of battery systems like cells, modules, sensors, busbars, fuses, and control units and develop hands-on skills in thermal management, sealing, and wiring.
Learn and explore concepts related to arc flash/blast awareness, pyrotechnic safety mechanisms, high-voltage disconnection procedures, and discharge systems.
Explore critical components such as battery management, sensor systems in EV charging stations, scheduled maintenance, and high-voltage (HV) troubleshooting procedures.
Explore the evolution of sensor technology, the role of machine learning in decision-making, and the hardware that powers real-time driving responses in an EV.
From electrical and electronic systems to advanced driver assistance technologies (ADAS), learners will gain hands-on experience using industry-standard tools and simulations.
This microcredential introduces learners to the cutting-edge components and systems powering Advanced Driver Assistance Systems (ADAS) and the evolution toward autonomous driving.
Gain an in-depth exploration of different types of electric vehicles, including Battery Electric Vehicles (BEVs), Hybrid Electric Vehicles (HEVs), and Plug-in Electric Vehicles (PEVs).
This course provides a comprehensive introduction to EV battery safety, covering PPE, workstation hazards, emergency procedures, material handling, clean room protocols, and common tools.
This microcredential course provides a focused, hands-on approach to battery pack construction, covering the essential components, bonding techniques, and assembly process from cell to module to pack.
