Apprentix CORE

You can begin the course immediately after you enroll and you'll receive your OSHA card upon completion. This course was developed by the OSHA Outreach Center. Here's what you'll learn:

Once you complete this course, you'll be able to:

Your fall protection competent person training online will include an overview of competent persons, fall protection awareness, understanding and applying OSHA fall protection, identifying fall hazards in the workplace and how to take action.

Rigging, which involves securing materials to be moved by a crane or another type of lifting equipment, is a common process at construction sites. Improperly rigged loads may fall, spin or swing out of control, causing injuries and even fatalities. This course explains how to safely secure a load with slings or chains. It will also help you understand and avoid common hazards associated with rigging.

Recent statistics show that the fatality rate for excavation construction work is at least 112% higher than that in other construction industries. To help excavation workers stay safe, OSHA has established standards and policies to require a competent person who is capable of identifying and eliminating hazards to be present at every excavation site.

Trenching is one of the most hazardous tasks in construction. Open excavations in the Earth's surface can cave in unexpectedly, causing injury or death if the proper protective systems — including adequate shoring — are not in place. This course will increase your awareness of possible hazards and important safety procedures that help prevent trenching incidents.

This online forklift certification course fully complies with OSHA's general industry and construction standards for forklift operator training. Throughout the two-hour course, you'll learn about all formal instruction topics needed to earn a forklift license and safely operate Class I — Class VII forklifts.

Telehandler Safety Training and Certification includes six learning modules that teach students about telehandlers and related hazards, safe operating procedures and safety precautions outlined in OSHA standard 1910.178(I). 

This is our last module. We hope you've enjoyed the course. Stay in touch!

This course is self-paced, so you don’t need to be logged in at any specific time. You can get started immediately after you enroll and the course materials will remain in your account with minimum guaranteed access for 12 months (1 year) after enrollment.

This is a self-study on demand course. This course is self-paced, so you don’t need to be logged in at any specific time. You can get started immediately after you enroll and the course materials will remain in your account with minimum guaranteed access for 12 months (1 year) after enrollment.

This section introduces participants to the fundamental role of construction drawings in translating design concepts into physical structures. Emphasizing the acquisition of practical skills and theoretical knowledge essential for creating professional-grade construction drawings. Participants will explore the foundational principles of construction drawings, focusing on clarity, accuracy, and adherence to industry standards. They will also be introduced to the diverse range of construction drawings, from architectural plans to electrical schematics, understanding their unique purposes and components.

This module delves into the tools and techniques used in construction drafting. It covers traditional tools like squares and compasses, as well as modern digital drafting software such as Revit, AutoCAD, and SketchUp. Participants will engage in hands-on demonstrations, from basic sketching to advanced 3D modeling techniques.

Participants will receive an overview of national drafting standards and guidelines such as ANSI and AIA. Detailed explanations will be provided for standards concerning lines, layers, symbols, text, and other elements crucial for maintaining consistency, clarity, and professionalism in construction drawings. Emphasis will be placed on adherence to these standards for effective understanding, collaboration, and compliance.

This module unravels the intricacies of construction drawings, including floor plans, elevations, sections, and details. Participants will explore architectural drafting conventions such as scale, notation, and symbol usage, essential for effectively communicating design intent.

Integration of building systems such as electrical, Solar PV, HVAC, and plumbing elements will be covered in this module. Strategies for harmonizing these systems within construction drawings to ensure seamless coordination and functionality in the built environment will be discussed. Participants will also learn about sustainable design practices, incorporating renewable energy systems, passive design strategies, and environmentally friendly materials into construction drawings.

This module examines real-world challenges encountered in construction drawing projects, emphasizing adaptability and problem-solving skills. Discussions on professional ethics, integrity, and accountability in construction drawing practice, including considerations of safety, sustainability, and regulatory compliance, will be incorporated. Guidance for professional growth and advancement in the field, from entry-level draftsperson to seasoned architectural designer or construction manager, will also be provided.

This course is self-paced, so you don’t need to be logged in at any specific time. You can get started immediately after you enroll and the course materials will remain in your account with minimum guaranteed access for 12 months (1 year) after enrollment.

This is our last module but you still have access to the all of course materials for 12 months (1 year), so keep working and you'll be able to complete the course at your own pace. After your year of access expires you can optionally extend access with a HeatSpring Membership. Enjoy the course and keep in touch!

In a construction environment, hand tools are generally defined as tools that are powered by human force alone — no electricity, compressed air, or fuel — and are held and operated directly by the worker's hands during use.

In this module you'll learn about essential measuring tools including tape measures, speed squares, and levels with practical applications for clean energy projects.

In this module you'll learn about essential marking tools for layout and installation guidance in clean energy projects.

Overview of basic hand tools commonly used in clean energy work, focusing on identification, proper selection, and safe operation.

In a construction environment, power tools are defined as tools that use an external power source — rather than just human muscle — to perform work. The operator guides and controls the tool, but the cutting, driving, or grinding action is driven by that external energy source.

Training on cordless drill operation, bit selection, and drilling/driving techniques for various installation scenarios.

Training on miter saw components, safety protocols, blade selection, and proper cutting techniques for precise crosscuts and miter cuts.

Essential skills for safe circular saw use, including different saw types, blade changing, and cutting techniques for various materials.

Training on reciprocating saw use for demolition and rough cutting tasks common in clean energy installations.

Critical safety protocols and techniques for table saw operation, focusing on precision cuts and advanced safety measures.

Jigsaw operation for curved cuts, detailed work, and specialty applications in clean energy installations.

Synthesis module covering tool selection criteria, identification skills, and decision-making for specific job requirements.

In a solar construction environment, materials handling refers to the movement, storage, protection, and control of all physical materials and equipment throughout the construction process — from delivery at the site gate to final installation.

This module begins with an overview of Personal Protective Equipment (PPE), including both standard gear such as gloves, hard hats, eye protection, and specialized PPE needed for electrical and battery-related work. Learners will review the basic safety practices for working at heights, lifting materials to rooftops, proper use of fall protection systems, and techniques for securing materials to prevent dropped objects. 

A comprehensive foundation for recognizing, assessing, and controlling hazards on solar job sites. Learners will begin by exploring hazard identification and risk management principles specific to solar work, including how to evaluate risks and apply appropriate controls. Learners will examine environmental risks, including wind, heat, and uneven terrain, and understand how these conditions impact material handling and overall safety. This module also covers emergency procedures, including how to respond to injuries, manage dropped load incidents, handle fire risks (especially involving batteries), and properly report incidents.

This module introduces solar equipment and focuses on safe and efficient methods for handling materials on solar job sites. Learners will review correct lifting and carrying techniques, team lifts, safe methods for handling large and awkward solar panels, and get an overview of working safely around forklifts, telehandlers, cranes, pallet jacks, and rooftop hoists. 

This module focuses on the safe handling of solar panels, racking systems, and battery components, while emphasizing quality control and damage prevention throughout the installation process. Learners will review essential do’s and don’ts for handling PV modules, including how to prevent microfractures that can reduce system performance, as well as proper unpacking and wind-handling techniques. The module also highlights differences in handling requirements for roof-mounted versus ground-mounted racking systems, along with the added risks associated with larger and heavier equipment. 

This module provides an overview of how solar materials are safely received, transported, staged, and stored on job sites of varying sizes and conditions. Learners will explore best practices for inspecting deliveries, understanding key documentation (such as packing slips, BOLs, BOMs, and OEM specifications), and organizing staging areas to support efficient workflow. The module also covers logistical considerations for moving materials across rough terrain and the differences between rooftop and ground-mount projects, including the role of heavy equipment. Learners will gain an understanding of proper storage techniques to protect modules, electrical components, and batteries from environmental risks, while maintaining accurate inventory tracking to ensure materials are accounted for and job-ready.

This is our last module but you still have access to the all of course materials for 12 months (1 year), so keep working and you'll be able to complete the course at your own pace. After your year of access expires you can optionally extend access with a HeatSpring Membership. Enjoy the course and keep in touch!

In this module, we examine the growth of the construction industry and key sectors.

In this module, we explore different sectors within the skilled trades. 

In the module, we look at the various pathways to build your skillset within the trades.

In this module, you'll hear practical guidance and personal perspectives on starting or advancing your construction career.

This short kickoff module sets the foundation for the course by connecting your real-world work experiences to the concept of employability. You’ll reflect on what makes someone a great coworker and begin to see how those qualities translate into skills that employers value every day on the job.

Through a quick guided activity, you’ll identify traits like reliability, communication, and teamwork, then link them to “employability skills”—the behaviors that shape how you show up at work, not just what technical tasks you can perform. This module also walks you through what to expect in the course, including the structure of upcoming sessions and the practical tools you’ll receive.

By the end, you’ll understand how the course will help you build concrete, observable behaviors that directly impact job performance, retention, and advancement—and how to use simple job aids designed to support you on the job site.

By the end of this 10‑minute module, you will be able to identify at least three reliable daily behaviors that increase safety, keep jobs on schedule, and build trust with your foreman and crew.

By the end of this micro‑module, learners will be able to do three things on their next jobsite morning huddle:

By the end of this micro‑lesson, field leaders and crew members will be able to:

These outcomes are concrete, job‑relevant, and problem‑centered, which aligns with core adult learning and microlearning principles.

Comprehensive overview of construction materials from traditional natural resources to cutting-edge innovations, with focus on energy efficiency implications

This course is self-paced, so you don’t need to be logged in at any specific time. You can get started immediately after you enroll and the course materials will remain in your account with minimum guaranteed access for 12 months (1 year) after enrollment.

Purpose of This Module
This is not about tools.
This is about how professionals think about tools.
You are reframing tools from:
“Something I use” to “A performance variable that impacts safety, structural integrity, liability, and margin.”

This module is designed for Installers, Electricians, Foremen, and Supervisors to enable them to operate hand tools with precision, maintain tool integrity, prevent long-term injuries, and maximize jobsite efficiency

Support of how power tools are designed and key features for performance

Provide construction professionals with a practical understanding of fastener engineering so they can select, install, and verify structural fasteners correctly while preventing structural failures, equipment damage, and liability exposure.

• Identify fastener grades and understand metallurgy differences
• Explain anchor behavior and pull-out failure mechanisms
• Distinguish between lag screws and structural screws
• Recognize how over-torque creates hidden structural failures

Preventative maintenance procedures, ergonomic handling techniques, and hands-on assessment of tool operation and digital integration.

Equip students with the knowledge to properly select drilling systems, match drill bits to materials, maintain drilling precision, and apply safe, compliant drilling practices in concrete, masonry, steel, and wood applications.

By the end of this module, students will be able to:

• Identify SDS drilling systems and match them to jobsite applications
• Understand silica dust hazards and apply compliant safety practices
• Select proper drill bits for specific materials and drilling conditions
• Improve drilling accuracy while preventing bit wear and hole defects

Equip students with strategies to manage tool fleets, optimize procurement, reduce costs, and minimize downtime while maintaining operational efficiency.

Equip students with leadership strategies to optimize crew productivity, reduce downtime, and build accountability systems that drive high-performance jobsite execution.

Explore the fundamental principles of electricity, including electron movement, electric current formation, and the basic concept of electrical charge in conductors.

Master the three fundamental elements of electrical systems and understand how they interact to create useful electrical energy.

Learn to apply Ohm's Law to solve practical electrical problems and understand the relationships between voltage, current, and resistance in circuits.

Understand electrical power calculations, efficiency concepts, and energy measurements used in the clean energy industry.

Explore the properties of conductive and insulating materials, their atomic structure differences, and practical applications in electrical systems.

Compare alternating and direct current systems, their generation methods, and specific applications in renewable energy installations.