The MINDS-i Foundations Curriculum as an introduction to STEM and Robotics designed as an interactive approach to applied science, technology, engineering, and math. In this course, students will become familiar with the basics of robotics and programming through teamwork
In both the US and globally, chemical spills pose severe risks, causing injuries, environmental harm, and operational disruptions. Immediate and proper handling of these incidents is crucial to safeguard workers, communities, and the environment. Adequate training becomes imperative in guiding appropriate responses during such emergencies.
A chemical spill encompasses the unintended release of liquid, solid, or gaseous chemicals, often stemming from equipment malfunctions, human errors, or unforeseen circumstances. Regardless of the chemical's nature or hazard levels, knowing how to respond to diverse spills is fundamental for safety and averting further disasters.
Key Learning Objectives
This course aims to equip individuals with safe practices for responding to chemical spills effectively. By course completion, participants will learn to:
- Understand the critical role of Safety Data Sheets (SDS) in spill response
- Implement proper containment strategies for varying spill types
- Effectively utilize spill kits and their components
- Manage post-spill cleanup and waste disposal in compliance with regulations
- Appropriately use Personal Protective Equipment (PPE) during spill responses
This training is indispensable for current and future employees and supervisors operating in areas involving the storage, handling, or transportation of chemicals.
Across various industries, workers are often required to enter confined spaces – areas not designed for continuous occupancy and limited means for entry and exit. These spaces, due to their design and potential for hazardous atmospheres, present unique risks. Mishandling a confined space entry can lead to serious injuries or fatalities. Proper knowledge, training, and equipment are essential for ensuring the safety of personnel involved in these operations.
A confined space might include tanks, silos, storage bins, vaults, pits, manholes, tunnels, equipment housings, and other similar areas. Hazards in these spaces can range from lack of oxygen, presence of toxic gasses, engulfment risks, to physical dangers like moving parts.
Learning Objectives
- Recognize potential hazards associated with confined space entry
- Understand the importance and process of obtaining a confined space entry permit
- Determine atmospheric conditions using testing and monitoring equipment
- Implement safety procedures for entry, work, and exit from confined spaces
- Utilize appropriate rescue and emergency procedures in the event of an incident
- Properly select and use Personal Protective Equipment (PPE) and entry equipment
- Maintain effective communication with entrants, attendants, and emergency personnel
This course is vital for current and future workers, supervisors, safety officers, and anyone involved in operations that require confined space entry.
On construction sites, a single story often reaches an average height of 14 feet. Despite seeming modest, falls from such heights can lead to severe injuries; 4 out of 5 falls from over 11 feet result in fatalities. Shockingly, workplace falls caused 1,008 fatalities in 2018, with 33.5% occurring in construction, making fatal falls OSHA's top job site accident. However, these tragedies are entirely preventable.
Key Learning Objectives
This course aims to educate workers about safe practices when working at heights in construction. Participants will learn:
- Proper utilization of personal fall arrest systems
- Inspection and selection of safety harnesses and lanyards
- Identification and selection of secure anchorage points
- Recognition of specific fall hazards
- Engagement in accident prevention on job sites
The Fall Protection awareness simulation targets employees and supervisors engaged in construction environments, ensuring enhanced safety measures.
Electricity poses significant risks in the workplace, often unnoticed by many workers, increasing their vulnerability to potential electrocution hazards. Tragically, countless workers suffer injuries or fatalities annually due to exposure to hazardous electrical energy. Electric shocks, burns, and falls are prevalent dangers associated with working with electricity, where electrocution stands as the gravest risk. Hence, handling electricity demands utmost caution and awareness.
Why Choose Our VR First Aid Course?
This course aims to educate workers on safe practices when dealing with electrical hazards in construction settings. Participants will learn:
- Hands-On Experience: Learn CPR and AED usage in a realistic VR setting.
- Critical Skills Development: Master life-saving techniques with step-by-step guidance.
- Emergency Preparedness: Respond effectively in critical situations.
- Accessible Learning: Suitable for anyone, from the general public to healthcare professionals.
Who Will Benefit?
- Healthcare Providers
- First Responders
- Corporate Employees
- Community Members
Enhance Your Emergency Response Skills
- Gain Confidence in First Aid Scenarios
- Improve Survival Chances in Cardiac Emergencies
- Promote a Safer Community and Workplace
OSHA's 29 CFR 1910.1030 mandates employers to protect workers at risk of occupational exposure to blood or infectious materials.
Bloodborne pathogens, infectious microorganisms in human blood, encompass hepatitis B (HBV), hepatitis C (HCV), and human immunodeficiency virus (HIV), among others. To mitigate risks, employers must enact an exposure control plan outlining protective measures for employees.
Key Learning Objectives
This course aims to educate workers on proper procedures in potential bloodborne pathogen incidents. Participants will learn:
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• Administering first aid to an injured colleague
• Adhering to correct Personal Protective Equipment (PPE) protocols
• Preventing further exposure to bloodborne pathogens
• Safely handling blood cleanup procedures
• Understanding the consequences of improper actions
Ideal for employees and supervisors in high-risk environments, where potential exposure to bloodborne pathogens may occur.
Engaging in trenching and excavation work carries significant risks for all workers involved, especially from cave-ins, which pose severe threats and can lead to fatal incidents. The weight of soil in a trench can equate to that of a car, making an unprotected trench perilous. Employers must prioritize protective measures to prevent cave-ins and address other hazards such as falling loads, hazardous atmospheres, and equipment risks.
Key Learning Objectives
This course is designed to educate workers on safe practices within trench environments at construction sites. Participants will learn:
- Identifying potential hazards in excavation and trenching
- Responding effectively to trenching emergencies
- Practicing proper safety protocols
- Understanding the consequences of incorrect actions
- The role of a competent person in trench safety
- Testing trenches for low oxygen levels
Ideal for current and future employees and supervisors working in or near trenches on construction sites, ensuring enhanced safety measures and proactive risk mitigation.
SimSpray Go: HVLP delivers immersive VR painter training and performance feedback in a compact, portable training system. This is a fast, safe, and cost-effective virtual reality training tool for painters and coaters.
SimSpray is the leading training tool for the painting and coating industry. Educational institutions, manufacturers, and trade unions worldwide use SimSpray to improve training programs, quickly train skilled painters, and recruit prospective students—all with lower costs than traditional training alone.
Designed for use in both manufacturing and education training programs, SimSpray is a powerful tool to help you recruit more, train faster, save money and improve the quality of your training.
The EDUMiLL is a revolutionary system that incorporates technologies from the additive and subtractive manufacturing fields to open the door to a new world of possibilities and further innovation by making it affordable to include a 3D printer and a robust CNC mill in one package
The EDUMiLL, developed by Levil Technology, represents a groundbreaking system that merges additive and subtractive manufacturing technologies, heralding a new era of possibilities and enhanced innovation. By combining a 3D printer with a sturdy CNC mill within a single package at an affordable price point, this system opens doors for diverse applications.
Crafted with user convenience in focus, it seamlessly transitions between printing and milling operations, empowering users to dedicate more time to bringing their concepts to fruition. Whether it's swiftly prototyping intricate shapes or machining complex parts, this versatile machine is adept at tackling diverse tasks, ensuring efficient and precise completion of projects.
Check out this new FPV Camera Setup from MINDS-i Education.
The kits are all made out of the same basic pieces, with helpful step by step instructions. The MINDS-i platform consists of simple beams and connectors that lock together to make a durable chassis.
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Item Number:MCK-FDTR-001This fully assembled and programmed robotics breadboard accompanies the MINDS-i Foundations Curriculum. Designed to help teach programming, it allows you and your students to physically interact with the sensors on a stationary platform and can be used as a quick and easy method for checking your students' wiring and code. -
Item Number:ELA/100The unit is used manually, with flows controlled by manual valves and flowmeters. The unit has a stirred glass column, which enhances the visual experience of the extraction process. Students will learn how to determine the interphase level, material balance, efficiency of the column, and more. -
Elevate Your 3D Printing Game with Stratasys' F3300 FDM 3D Printer: Experience Cost Savings, Increased Throughput, Superior Quality, and User-Friendly Operation – Unleash Innovation Today! -
Item Number:F770Print big without the high capital investment of exclusive, large-format printers. The Stratasys F770™ 3D printer makes printing large, complex parts affordable, reliable, and easy. -
Item Number:F900The F900 gives you the ability to create large parts or multiple smaller parts in the broadest array of FDM materials. With the largest build chamber available among FDM printers, the F900 enables additive manufacturing at scale while delivering consistent, accurate results. -
Item Number:450mc and 380mcThe Fortus 450mc can run standard, engineering, and high-performance FDM thermoplastics in a 16 x 14 x 16 in. build envelope. It features improved ease of use, including a touchscreen user interface, and builds complex parts faster than its predecessor, the 400mc. -
Meet high production demands with the Stratasys H350 powder bed fusion 3D printer. Leveraging Selective Absorption Fusion, SAF technology, into the H-Series production platform, the Stratasys H350 is designed to deliver functional, production-grade parts with unrivaled consistency. -
Item Number:J4100Whatever the complexity, the J4100 can handle any design. An ultra-large build tray, multi-material capabilities, fast throughput, and a wide range of material properties mean unlimited design possibilities and improved productivity. -
Item Number:J850 Pro / J850 Prime / J826 PrimeFrom ideation to creation, the J8 Series delivers a fully-functioning, multi-material, Pantone™ validated prototype 200% faster than traditional methods.
