Job Safety Analysis (JSA)

What is a Job Safety Analysis?

A Job Safety Analysis (JSA), is a systematic process used to identify, assess, and mitigate hazards associated with specific tasks or jobs in the workplace. The primary goal of a JSA is to prevent workplace accidents, injuries, and illnesses by proactively identifying potential hazards and implementing control measures to minimize or eliminate risks.

The process typically involves breaking down a job or task into its individual steps and analyzing each step to identify potential hazards and then ways to control them.

 A JSA has 3 main elements:

  1. Job Step (What are you going to do)
  2. Potential Hazard (What can go wrong or cause harm)
  3. Control measure (What are you going to do to make sure it doesn’t go wrong or cause harm)

Its primary purpose is to help supervisors and workers implement and monitor the control measures established at the workplace to ensure high risk work is carried out safely. 

 

The evolution of JSA’s

The concept of a Job Safety Analysis (JSA) has its roots in the early 20th century with the emergence of industrial safety practices. While it’s challenging to pinpoint an exact date or inventor for the JSA process, its development can be traced back to the evolution of occupational safety and health practices.

During the early 20th century, industrial accidents were common, and there was a growing recognition of the need to systematically identify and control workplace hazards to prevent injuries and fatalities. As industries expanded and became more complex, there was a greater emphasis on improving workplace safety.

The JSA process likely evolved over time as a response to this need, drawing on principles from fields such as engineering, psychology, and industrial hygiene. The process involves breaking down job tasks into individual steps, identifying potential hazards associated with each step, and implementing controls to mitigate those hazards.

While there may not be a single inventor or specific date associated with the creation of the JSA process, it has become a fundamental tool in occupational safety and health management. Organizations worldwide use JSA or similar risk assessment methods to proactively identify and manage workplace hazards, demonstrating a commitment to worker safety and well-being.

A JSA is also often referred to as a SWMS (Safe Work Method Statement) The JSEAsy Safety Software enables you to easily and quickly build a site specific JSA by inserting templates of the steps that you are going to take in the order in which you are going to take them. Don’t get sucked in to paying a fee every time you want to create or print a site specific JSA. With JSEAsy you can create/ print/ save an infinite number of site specific JSA’s with the software. No need buy a different JSA template for every different job task, With JSEAsy they are all included in the software package. For all of the industries listed below there are hundreds of JSA Templates included in all versions of the JSEAsy Software
JSEAsy Safety Software Full Report JSA

Construction Industry

Air Conditioning and Refrigeration
Bitumen contractors
Brick Layers
Cabinet Makers
Carpentry
Carpet layers
Ceilings and Partitions
Civil Contractors
Cladding Contractors
Cleaners
Commercial Builders
Concreters
Crane Drivers
Data Cabling

Dogmen
Domestic Builders
Doors and window fitters
Drain Layers
Earth Moving
Electricians
Excavation
Fencing
Fire Protection
Footing Contractors
Form workers
Foundation Contractors
Glaziers
Gyprockers

Home Improvements
Hydraulic Services
Insulators
Joinery
Landscaping
Mechanical services
Metalwork
Painting and Decorating
Paving
Pest Control
Plumbers
Resilient Finishes
Riggers
Roof Tilers

Roof Plumbers
Scaffolders
Security
Signwriters
Solar Installations
Steel Erectors
Steel Fixers
Steel framers
Steel reinforcing
Structural Steel
Telecommunications
Tilers
Welding
Window Cleaners

Cleaning Industry

Horticulture

Arboriculture
Floriculture
Landscape Horticulture

Olericulture
Oneology
Parks and Gardens

Pomology
Postharvest physiology
Turf Management

Viticulture

Manufacturing

Aerospace manufacturing
Agribusiness
Automotive industry
Biotechnology
Brewing industry
Bus manufacturing
Chemical industry
Clothing industry
Construction
Electronics

Emerging technologies
Energy industry
Engineering
Food and Beverage
Food processing
Free machining
Industrial design
Industrial Engineering
Interchangeable parts
Machine tools

Metalcasting
Metalworking
Nanotechnology
Pharmaceutical
Plastics
Process Engineering
Production engineering
Pulp and paper industry
Sailmaker
Semiconductor

Shipbuilding
Steel production
Synthetic biology
Bioengineering
Telecommunications
Tentmaking
Textile manufacturing
Tire manufacturing
Tool and die maker
Transportation

Hospitality

Airline Cabin Staff
Bars
Cafes
Cleaners
Guest Services

Hostels
Hotels
Housekeeping
Kitchens

Maintenance
Motels
Nightclubs
Public houses

Reception
Restaurants
Travel agents

Transport

Air
Animal-powered
Boats
Buses
Cargo

Cars
Couriers
Ferries
Freight
Human-powered

Passenger
Rail
Road
Ships
Shipping

Taxis
Trucks
Water

Entertainment

Acting
Broadcasting
Comedy
Composers and songwriters
Concert hall
Discotheques
Fashion industry

Film
Film production
Film score
Film studios
Live entertainment
Modeling
Movie theaters / cinemas

Music industry
Musical theatre
New media
Orchestras
Performance art
Radio
Reality television

Singers and musicians
Sports
Television
Theme parks

Health Care

Allied Health Professionals
Assisted Living
Caring
Chiropractic

Clinic
Dentistry
Healthcare Science
Hospital

Massage
Medicine
Nursing
Nursing Home

Pharmacy
Physio
Teaching Hospital

Mining

Catering
Driller
Electricians
Electronic Engineers
Environmental Science

Equipment Operator
Field Assistant
Fitting & Machining
Geological engineering
Geophysicist

Laboratory Assistant
Labourer
Mechanics (Diesel & Plant)
Metal Fabrication
Miner

Rigger
Shotfirer
Surveying
Truck Driver