Industrial organization engineer

How much does an Industrial organization engineer earn

A Industrial organization engineer earns between $3.361 and $17.544 per month, with an average monthly salary of $8.282 and a median salary of $8.483 according to an Averwage.com salary survey along with to data of professionals hired and fired by companies in the labor market.

Our research is based on the salaries of 7.512 professionals hired and dismissed by the period from 06/2021 to 05/2022 (last year).

Salary ranges for the Industrial organization engineer
	Monthly Salary	Annual Salary	Salary Per Week	Hourly Salary
Average wage	8.282	99.381	2.070	39
1º Quartile	3.361	40.335	840	16
Median Salary	8.483	101.796	2.121	40
3º Quartile	13.380	160.557	3.345	63
Higher Salary	17.544	210.527	4.386	83

Professional job categories

Science and arts professionals
- professionals of the exact sciences, physics and engineering
- - engineers, architects
- - - production engineers, quality, safety

Related Positions:

Main workplaces

Production engineers, quality, safety the work is carried out in companies of the most diverse branches, although the industrial branch predominates, where we can highlight metallurgy, manufacture of machinery, equipment and motor vehicles, food products and petroleum refining. Employing institutions are of different sizes, public or private. Professionals work as a team, with occasional supervision. Eventually, in some activities, they may be exposed to special working conditions, such as intense noise and high temperatures.

What does it take to work in the field of Production engineers, quality, safety

Family occupations require an Engineering or Technology course in the areas of Industrial Production and Occupational Safety, with registration at CREA, followed or not by specialization courses. In the area of processes and methods, times and movements, training in production or industrial engineering is common. The presence of professionals with postgraduate degrees is increasingly frequent. The Occupational Hygienist occupation requires higher education in engineering, physics, chemistry, technology, biochemistry, medicine, biology, or in other related exact or biological sciences, followed by a specialization course in the area of Occupational Hygiene. The full exercise of the activity takes place, on average, after four years of professional practice in the case of engineers and technologists in occupational safety and from one to two years for technologists in industrial production.

Functions and activities of Industrial organization engineer

Production engineers, quality, safety must:

supervise systems, processes and productive methods;

control losses of processes, products and services;

developing methods, processes, products and services;

manage logistics operations;

coordinating team and work activities;

demonstrate personal skills;

plan enterprises and productive and logistics activities;

manage workplace safety and the environment;

control loss of processes, products and services;

planning enterprises and productive and logistics activities;

manage safety at work and the environment;

plan enterprises and production and logistics activities;

supervise systems, processes and production methods;

develop methods, processes, products and services;

issuing technical documentation;

manage logistical operations;

manage occupational safety and the environment;

planning enterprises and production and logistics activities;

issue technical documentation;

plan developments and productive and logistics activities;

coordinate team and work activities;

managing safety at work and the environment;

plan developments and production and logistics activities;

manage exposures to occupational health risk factors;

Activities

provide safety signs;

define production methods and steps;

to make methods, processes, products and/or services compatible with rules and legislation;

analyze risks of the process, activity and location of job;

implementing a safety management system;

prepare insurance contracts;

demonstrate creativity;

define type of handling and transport equipment;

make methods, processes, products and/or services compatible with rules and legislation;

demonstrate mathematical reasoning;

search for logistics service providers;

document technical memory of methods, processes, products and services;

participate in inventory management planning;

estimating losses;

verify the effectiveness of control measures;

define work objectives;

organize team work schedule;

determine safety procedures in storage, transport and use of products chemicals;

verify task completion;

inspect facilities;

identify potential health risks in projects;

participate in the preparation of the ppra and/or ppci;

measure exposures to occupational risk factors;

perform the statistical treatment of measurements;

determine causes of losses;

characterize the groups of exposure to risk factors;

validate methods, processes, products and/or services;

perform research;

demonstrate proactiveness;

generate technical and safety specifications of processes and/or services ;

demonstrate diffuse attention capacity;

design physical flow of products;

implement quality control tools;

demonstrate ability to overcome adverse situations;

define team and work materials;

recognise occupational health risk factors;

evaluate the effectiveness/efficiency of adjustments;

analyze projects;

analyze causes of losses;

make decisions;

demonstrate ability to demonstrate critical thinking;

interpret assessment results;

compare processes, products and services;

empower work team;

compatize methods, processes, products and/or services according to with rules and legislation;

participate in personnel profiling;

demonstrate objectivity;

issuing expert reports;

define budget and sources of financial resources;

check industrial waste disposal procedures;

develop a plan to optimize the use of logistical resources;

participate in personnel selection;

analyze information from medical controls programs;

delegating tasks;

define modes of transport;

define location and quantity of logistics facilities (distribution centers, factories, etc.);

define budgetary needs of the area;

develop suppliers (supplier training);

issuing risk map;

demonstrate negotiation skills;

organize teamwork schedule;

field test products;

delegate tasks;

trace cargo routing (routing);

control emission of liquid, gaseous and solid effluents;

propose adequacy of facilities, methods and processes;

demonstrate inference ability;

participate in the development of safety methods and procedures;

demonstrate persuasiveness;

analyze technical-productive, economic and legal feasibility;

determine safety procedures for working with electricity;

determine safety procedures for confined spaces;

taking risks;

check team training needs;

prepare art (technical responsibility note);

update record data;

prepare reports;

demonstrate ability to work in a team;

elaborate physical and financial schedule;

identify the most exposed worker;

develop load schedule (schedule);

monitor technical expertise;

develop physical and financial schedule;

evaluate teamwork performance;

design storage and transportation systems;

generate technical and safety specifications of products and/or services ;

scaling equipment and resources;

set goals;

demonstrate leadership;

checking task fulfillment;

participate in the preparation of a risk map;

analyze projects for the implementation and modification of facilities, processes, equipment and workplaces;

determine logistics for disposal and/or return of products;

collect process data;

identify existing control measures for risk factors;

hire logistics service providers;

propose safety systems;

provide consultancy;

develop environmental risk prevention programs (ppra) and other prevention programs;

inspect the functioning of processes, products and services;

measure parameters/indicators of processes, products and services;

developing a technical and economic study of enterprises and work activities;

monitor implementation of the preventive and corrective action plan;

design environmental risk prevention programs (ppra) and other prevention programs;

identify losses;

audit processes, products and services;

making methods, processes, products and/or services compatible with rules and legislation;

propose creation of security products;

demonstrate ability to demonstrate critical sense;

define production methods and stages;

scaling rates, discounts and insurance premiums;

recommend control measures;

providing ergonomic evaluation of workstations;

design warehouse layout;

planning fleet management;

process data from records;

interpret data and results;

elaborate technical proposals;

demonstrate problem-solving ability;

elaborate a manual of complementary procedures;

field testing products;

evaluate training effectiveness;

provide ergonomic evaluation of work stations;

establish a plan of preventive and corrective actions;

demonstrate ability to act under pressure;

issuing prevention programs;

participate in the preparation of the business plan;

to prepare a technical and economic study of enterprises and work activities;

test production and safety methods and processes;

providing safety signs;

disclose results and work plans;

prepare documents for product and process patents;

research standards and legislation;

request authorization to purchase controlled products;

determine safety procedures for activities with abnormal pressure;

classify exposure to potential risks;

create production and safety methods and processes;

manage costs and service level;

develop a sampling strategy;

propose changes in safety equipment and products;

manage warehouse operations;

provide technical advice;

identify potential worker exposure to risk factors;

develop an emergency response plan (pae);

assess acceptability of results;

negotiate service provision conditions;

map work team;

demonstrate mathematical reasoning;

inspect the capacity of facilities and equipment;

adjust processes and services;

issuing reports and/or technical opinions;

design products and processes;

implement preventive and corrective action plan;

demonstrate ability to anticipate problems;

propose relocation of disabled personnel to work;

create a database of processes and projects;

testing products in the laboratory;

generate prototypes;

research the health effects of risk factors;

determine types of individual and collective protective equipment according to risks;

implement performance and quality control tools for processes and services;

standardize systems and operations;

inspect productivity of processes and services;

define assessment methodology;

organize training;

preparing risk analysis of enterprises and productive activities;

scaling a fire prevention and fighting program ( ppci );

determine procedures for reducing or eliminating industrial noise;

research technologies;

develop work safety programs;

compatible methods, processes, products and/or services according to with rules and legislation;

estimating losses;

monitor process performance;

develop a plan to reuse losses;

prioritize risks to be measured;

demonstrate logical reasoning;

research consumer market;

analyze epidemiological indicators;

establish an exposure assessment and/or control strategy;

determine the flow of information in the supply chain;

Sectors that hire Industrial organization engineer the most in the job market

engineering services
combined office and administrative support services
manufacture of cars, vans and utility vehicles
temporary labor lease
manufacture of other parts and accessories for motor vehicles
industrial assembly works
business management consulting activities
building construction
manufacture of electronic components
support activities for oil and natural gas extraction

Industrial organization engineer - Career description, activities, functions and salary