engineering controls

USAGE SUMMARY

The phrase "engineering controls" is correct and usable in written English.
It is typically used in contexts related to safety, health, and environmental management to refer to measures that are designed to minimize hazards in the workplace. Example: "The company implemented engineering controls to reduce the risk of exposure to harmful chemicals."

✓ Grammatically correct

Science

News & Media

Formal & Business

Human-verified examples from authoritative sources

Exact Expressions

60 human-written examples

But because Ebola has no proven vaccine or cure, Brantly, who was transported to Emory Hospital in Atlanta, has been under level-four containment — a protocol that requires what Richmond calls "extraordinary engineering controls".

The New Yorker

"Not able to require the employer to implement engineering controls," the OSHA official wrote at the time, adding that the agency could not levy fines or mandate respirators because there was no federal safety standard involving nPB.

The New York Times

In videotaped testimony shown in court, Jimmy Smith, a compliance manager at DePuy, was asked about the report, and he said it indicated that company officials had not used appropriate engineering controls to try to anticipate the device's problems.

The New York Times

The possibility of accidental exposures to laser hazards can be best controlled by engineering controls.

Fashion and Textiles

To control DPM hazards, two types of engineering controls have been commonly used.

International Journal of Coal Science & Technology

However, engineering controls alone cannot protect against all physical and chemical hazards.

Safety and Health Essentials Safety and Health Essentials for Small Businesses

More engineering controls and administrative management should be sought to prevent overexposure to these airborne toxicants.

Journal of Chemical Health and Safety

Workplace engineering controls, work practices, and respiratory protection can minimize potential exposures.

Advances in Food and Nutrition Research

Traditional infection control policies have focused on engineering controls, specific protocols, and personal protective equipment (PPE).

American Journal of Infection Control

The appropriate risk control was isolation, engineering controls, administrative controls and personal protective equipment.

Procedia - Social and Behavioral Sciences

This chapter aims to describe common well test engineering controls and the processes behind their selection.

Well Testing Project Management Onshore and Offshore Operations

Expert writing Tips

Best practice

When discussing workplace safety, use "engineering controls" to specifically refer to designed systems or equipment that minimize hazard exposure, contrasting with administrative controls or personal protective equipment.

Common error

Avoid using "engineering controls" interchangeably with administrative controls. Engineering controls involve physical changes to the workplace, while administrative controls are policy-based and procedural.

Linguistic Context

The phrase "engineering controls" functions as a noun phrase that acts as a subject or object, commonly referring to technical measures designed to minimize or eliminate workplace hazards. As Ludwig AI highlights, this phrase is prevalent in contexts related to safety and health.

Expression frequency: Very common

Frequent in

Science

63%

News & Media

23%

Formal & Business

14%

Less common in

Encyclopedias

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

The term "engineering controls" is a frequently used phrase referring to technical safety measures implemented to minimize risks, especially in workplace environments. As Ludwig AI confirms, it is grammatically correct and widely accepted. Predominantly found in scientific and news contexts, "engineering controls" denotes specific strategies to create safer environments, often contrasting with administrative measures or PPE. To ensure accurate and effective communication, avoid interchanging it with broader safety terms. This distinction underscores the importance of precise language in technical and safety-related discussions.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

technical safety measures

Emphasizes the technical aspect of safety implementation, focusing on the expertise and technology involved.

safety engineering solutions

Highlights the problem-solving and innovative nature of engineering in creating safer environments.

hazard mitigation strategies

Focuses on reducing or eliminating potential hazards through strategic planning and implementation.

risk reduction technologies

Specifically refers to technological applications aimed at minimizing risks.

preventive engineering measures

Highlights the proactive approach of engineering in preventing accidents or incidents.

engineered safety systems

Refers to comprehensive systems designed with engineering principles to ensure safety.

built-in safety features

Focuses on safety measures that are integrated directly into the design and construction of a system or product.

safety control systems

Emphasizes the use of controlled systems to maintain safety standards.

workplace safety mechanisms

Centers on safety mechanisms specifically designed for the workplace environment.

protective engineering designs

Highlights the role of engineering designs in providing protection against various risks.

FAQs

What are some examples of "engineering controls" in a workplace?

Examples of "engineering controls" include ventilation systems, machine guarding, and noise reduction barriers. These are physical or mechanical solutions to reduce exposure to hazards.

How do "engineering controls" differ from administrative controls?

"Engineering controls" involve physically changing the work environment to reduce hazards, while administrative controls, such as training or work rotation, manage worker behavior. "Administrative controls" are often less effective than "engineering controls".

Why are "engineering controls" considered more effective than personal protective equipment (PPE)?

"Engineering controls" address the hazard at its source, protecting all workers, while PPE only protects the individual user and requires proper fit, maintenance, and consistent use. Therefore, "engineering controls" are generally more reliable and effective.

When should "engineering controls" be implemented in a workplace?

"Engineering controls" should be implemented as the primary method of hazard control whenever feasible, as they provide a more permanent and reliable solution than administrative controls or PPE. They are most effective when incorporated during the design phase of a process or system.