Keeping students safe during school tech projects

Key Takeaways

• Avoid makeshift repairs and shortcuts. Improvised tools, modified equipment and non-approved replacement parts can significantly increase the risk of injuries, fires and property damage during school-based vehicle restoration and vocational projects.
• Hot work activities require strict controls. Welding, grinding, cutting and brazing should always involve proper PPE, ventilation, fire extinguishing equipment and a designated fire watch to reduce fire and injury risks.
• Training and proper equipment matter. School staff and students should only use hoists, slings and specialized equipment after receiving hands-on training and understanding manufacturer recommendations, inspection procedures and safe operating practices.

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Schools are becoming hubs for hands-on learning and Career Tech Center type programs.

From automotive restoration and race car programs to demolition derbies and welding classes, schools are offering students valuable real-world experiences that prepare them for future careers.

While these programs provide tremendous educational value, they also introduce unique safety and liability exposures that school administrators cannot afford to overlook. A seemingly small shortcut can quickly escalate into a serious injury, fire or costly property loss.

For school leaders, effective risk control begins with one core principle: If a task involves specialized equipment, hazardous materials or potentially dangerous processes, safety standards must never be compromised.

The hidden danger of makeshift solutions

History celebrates innovation under pressure. During the Apollo 13 mission, astronauts famously used duct tape, plastic and common onboard materials to build a life-saving carbon dioxide filter. In that extreme circumstance, ingenuity saved lives.

But school environments are not emergency space missions.

In educational settings, makeshift devices and improvised repairs are far more likely to create hazards than solve problems. Whether in an automotive lab, welding shop or maintenance area, shortcuts often bypass manufacturer recommendations, established safety standards and proper engineering controls.

Examples of unsafe improvisation in schools may include:

• Using concrete blocks as jack stands during vehicle work.
• Substituting hardware-store bolts for manufacturer-approved components.
• Using extension cords as permanent wiring.
• Modifying equipment beyond its intended design.
• Using the wrong tools for repair or maintenance tasks.
• Repurposing equipment without safety review.

In vocational and vehicle restoration programs involving demolition derby vehicles, race cars or community project vehicles, these risks multiply significantly. Students may be eager to innovate, but without proper oversight, improvisation can result in equipment failure, crush injuries, electrical hazards or fires.

Administrators should establish a clear expectation: Equipment, tools and hardware must only be used as designed and according to manufacturer specifications.

Hot work activities require strict oversight

Many school-based automotive projects involve “hot work” activities such as welding, cutting, grinding, soldering or brazing. These activities create open flames, sparks and extreme heat — all of which can ignite fires within seconds.

For a fire to occur, three elements must exist:

• Fuel
• Oxygen
• Ignition

Hot work often introduces the ignition source. Without proper controls, a single spark can cause devastating property damage or severe injury.

Common hot work risks in schools and best practices

School administrators should recognize the potential for:

• Fire and smoke damage
• Burn injuries
• Toxic fume inhalation
• Electrical hazards
• Water damage from suppression systems
• Injuries to nearby students or staff

These risks become especially concerning in older school buildings, multi-use facilities or areas where combustible materials may be present.

It’s important that a school:

1. Require pre-planning before work begins. Administrators should ensure:

• • Staff identify hazards before work starts.
  • Work areas are properly prepared.
  • Combustible materials are removed.
  • Fire extinguishing equipment is available.
  • Ventilation systems are operational.

Schools should also evaluate whether safer alternatives exist. For example, using mechanical cutting methods instead of torch cutting may significantly reduce fire risk.

2. Implement a fire watch program. One of the most effective controls is assigning a dedicated fire watch. A fire watch individual should:

• • Monitor the work area during hot work activities.
  • Watch for sparks or smoldering materials.
  • Remain on-site for at least 30 minutes after work is completed.
  • Have immediate access to fire extinguishing equipment.

3. Enforce proper PPE requirements. Students and staff involved in welding or fabrication work should wear appropriate personal protective equipment (PPE), including:

• • Flame-resistant clothing
  • Welding gloves
  • Face shields
  • Protective eyewear
  • Respiratory protection when needed
  • Proper footwear

Synthetic clothing should never be worn during hot work unless specifically designed to be fire resistant. Administrators should also ensure PPE policies are consistently enforced, not simply posted.

4. Improve ventilation. Welding fumes and airborne contaminants can create long-term respiratory hazards. Schools should provide:

• • Local exhaust ventilation systems
  • Adjustable ventilation hoods at welding stations
  • Adequate airflow in enclosed workspaces

Safe hoist and sling practices matter

Many automotive, diesel technology and vehicle restoration programs use overhead hoists and lifting equipment. While essential for hands-on training, improper sling use can result in catastrophic injuries.

A sling failure during a lift can cause:

• Crushing injuries
• Vehicle damage
• Equipment failure
• Serious liability exposure

Proper selection

Not all slings are designed for the same use. Schools should ensure:

• Appropriate sling materials are selected for the task.
• Heat-resistant slings are used near welding operations.
• Nylon slings are not used on sharp-edged materials.
• Load capacities are verified before every lift.

Staff and student training

Only trained individuals should operate hoists or use lifting slings. Training should include:

• Hands-on demonstrations
• Pre-use inspections
• Load balancing techniques
• Proper attachment methods
• Hazard recognition

Administrators should also maintain documentation of completed training.

Safe storage and inspection

Improperly stored slings can deteriorate or become damaged. Schools should:

• Designate storage locations.
• Track service dates.
• Inspect slings before and after use.
• Remove damaged slings immediately.

When a sling reaches end-of-life, it should be destroyed to prevent accidental reuse.

Creating a strong safety culture

The most effective risk control strategy is not simply compliance — it’s culture. Students often learn workplace behaviors directly from instructors and supervisors. If shortcuts become normalized in the classroom, students may carry those unsafe habits into future careers.

School administrators play a critical role in setting expectations by:

• Supporting safety-first decision-making.
• Funding proper equipment and replacement parts.
• Encouraging hazard reporting.
• Reinforcing accountability.
• Providing ongoing training opportunities.

Safety should never be viewed as an obstacle to hands-on learning. Instead, it should be integrated into the educational experience itself.

Find more equipment safety information here.

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Q&A: Understanding Tech Safety

Q: Why should schools avoid makeshift repairs?

A: Makeshift repairs can fail unexpectedly and increase the risk of injuries, fires and equipment damage.

Q: What qualifies as hot work?

A: Hot work includes activities such as welding, grinding, cutting, soldering and brazing that create heat, sparks or open flames.

Q: Why is a fire watch important?

A: Fire watch helps detect smoldering materials or fires during and after hot work activities, reducing the chance of major property damage.

Q: How can schools improve safety during restoration projects?

A: Provide proper training, enforce PPE requirements, follow manufacturer guidelines and use the correct tools and equipment for every task.