Sentences with phrase «process safety engineers»

Process Safety Engineers are responsible for ensuring the safety of people working in a manufacturing unit.

Common work responsibilities described in a Process Safety Engineer resume sample are creating and analyzing plant equipment, developing manufacturing procedures, organizing risk assessments, identifying hazards, and making improvement suggestions.

Those interested in a Process Safety Engineer position should demonstrate throughout their resumes technical leadership, attention to details, accuracy, observation spirit, good communication skills, and risk assessment expertise.

Tags for this Online Resume: simulation, pfd's, c#, DESIGN, PROCESS ENGINEER, PROCESS SAFETY ENGINEER, CHEMICAL ENGINEER

looking full time position as a process engineer / process safety engineer / chemical engineer in reputed organization

Not exact matches

While cutting equipment for poultry has become more and more accurate over the years, there is still a need to ensure maximum quality and safety, as Nils Olaf Vikmark, Process Engineer at Nortura explains:

Powder & Bulk Solids (PBS) is the only dedicated Ontario event for processing engineers, connecting industry professionals with the latest in pneumatic conveying, dust collection and pollution control, material handling, regulation and safety, silo and bin design, combustible dust hazards and mitigation, and bulk blending — all in one dedicated space on the ADM Expo Toronto floor.

Food Science and Technology is an exciting multidisciplinary field that prepares majors with a comprehensive knowledge of the biological, physical and engineering sciences to develop new food products, design innovative processing technologies, improve food quality and nutritive value, enhance the safety of foods and ensure the wholesomeness of our food supply.

We involve your whole team — engineering, maintenance, production, safety, and sanitation — to design equipment layouts around your plant and needs, not the other way around, guaranteeing you our jerky processing equipment will be the perfect solution for your plant.

The design and technology of our buggies has evolved over the years, and our desire to produce premium products has led to high quality material selection, innovative engineering processes and a vigorous testing programme that includes exceeding all mandatory tests for worldwide safety standards.

The sponsors of this release make safer baby slings and carriers and have been active in the standard writing process and are dedicated to safety through engineering.

The American Engineers» Council for Professional Development defines Engineering as: «The creative application of scientific principles to design or develop structures, machines, apparatus, or manufacturing processes, or works utilizing them singly or in combination; or to construct or operate the same with full cognizance of their design; or to forecast their behavior under specific operating conditions; all as respects an intended function, economics of operation and safety to life and property.»

Specifically,» [t] he results of an assessment or evaluation of the risk of the hazards of a given experiment should guide the selection of risk management techniques and tools — elimination or substitution of materials; primary safety devices or engineering controls, such as chemical fume hoods; personal protective equipment (PPE); and specific procedures and processes.»

Primary prevention strategies are [handled by] the safety specialist, who engineers out the hazard or fixes things in a process or equipment.

The results are published in a special issue of Process Safety and Environmental Protection, a journal from the Institution of Chemical Engineers.

Working with the scientists and engineers of the nanomaterials safety program at the National Institute for Occupational Safety and Health (NIOSH) in Cincinnati, OH and the Toxics Use Reduction Institute at the University of Massachusetts, Lowell, Miralon products were cut, torn, punctured, and put through other common industrial processes to check for the release of nanomatesafety program at the National Institute for Occupational Safety and Health (NIOSH) in Cincinnati, OH and the Toxics Use Reduction Institute at the University of Massachusetts, Lowell, Miralon products were cut, torn, punctured, and put through other common industrial processes to check for the release of nanomateSafety and Health (NIOSH) in Cincinnati, OH and the Toxics Use Reduction Institute at the University of Massachusetts, Lowell, Miralon products were cut, torn, punctured, and put through other common industrial processes to check for the release of nanomaterials.

American Society of Safety Engineers Certified Safety Professional (CSP) Certified Industrial Hygienist (CIH) Safety Information Resources, Inc; MSDS Index Governance Risk Compliance Security International Occupational Safety and Health Technology Degree and Certificate Programs at the Community College of Baltimore County West Virginia University Safety & Health Extension Service On - line OSHA 10 & 30 Hour Training Authorized Providers Electric Arc Flash Awareness Video Incident Rate Calculator Occupational Safety and Health Administration (OSHA) OSHA FactSheet: «Use of Metrics in Process Safety Management (PSM) Facilities» OSHA's Safety & Health Training Site OSHA's Free Newsletter — «Quick Takes» West Virginia University Safety & Health Extension Service Maryland Occupational Safety & Health (MOSH) MOSH Free Consultative Training Calendar National Institute for Occupational Safety & Health Safety Checklist Program for Schools Total Worker Health, National Institute of Occupational Safety & Health Healthy Advice from the U.S. Dept of Health & Human Services Non-Profit Risk Management Center — Workplace Safety ToolKit Injury Topics and Fact Sheets from the National Center for Injury Prevention and Control OSHA's free Health and Safety Plan software (eHASP2)

CEO Mary Barra told 220,000 global employees in a televised Town Hall meeting that former U.S. prosecutor Anthony Valukas» «extremely thorough, brutally tough and deeply troubling» report on this improperly handled safety issue has resulted in company policy revisions, and will continue to affect changes in the company's engineering processes.

ft.) equal to the Dodge Charger — New «EZ» entry with high - mounted seat - back lever for easy, one - handed operation; enables second - row passengers to enter and exit with ease — More than 25 safety and security features including supplemental side - curtain air bags, advanced multi-stage air bags, Electronic Stability Program (ESP) and anti-lock brakes — Equipped with cutting - edge technology including MyGIG ™ radio / navigation, UConnect ® Hands - free Communication System, Keyless Go push - button start and Remote Start — To ensure quality, Dodge Challenger engineers logged nearly 3.2 million customer - equivalent miles in the development process — All - new 2009 Dodge Challenger to arrive this fall

«During the development process of the Chrysler 300, we encouraged a continuous exchange of engineering «best practices» between all DaimlerChrysler partners to leapfrog our own high standards for passenger safety, security and comfort, «said Mark Chernoby, Vice President, Advanced Engineering Technology.

«The American Engineers» Council for Professional Development (ECPD, the predecessor of ABET [1]-RRB- has defined engineering as follows: «The creative application of scientific principles to design or develop structures, machines, apparatus, or manufacturing processes, or works utilizing them singly or in combination; or to construct or operate the same with full cognizance of their design; or to forecast their behavior under specific operating conditions; all as respects an intended function, economics of operation and safety to life and property.

I advise and represent companies and individuals in civil matters related to climate change, process safety, environmental regulations, engineering malpractice and other matters.

This could include matters such as worker endangerment by negligent or incompetent advice from engineers and architects (addressed in subsection 31 (2) of the OHSA) or safety defects resulting from substandard processes by manufacturers or fabricators.

Since 1924, API has been the leader in developing industry standards that promote safety and reliability through the use of proven engineering practices under an ANSI - accredited process.

Facebook's internship program was ranked # 1 on the site two years in a row; Microsoft reviews are full of words like «potential,» «impact,» «benefits,» and statements that «Microsoft definitely takes care of its employees, including interns»; ExxonMobil's intern program covers «virtually all aspects of the engineering and the economist work: process simulation, safety studies, monitoring software, economic studies, etc..»

Collaborated on projects with cross functional team members including Process Safety, Process Engineers, Quality Assurance, Government Regulations, Nutrition, Marketing, Consumer Insights, Legal Affairs, Packaging Product Development, Science and Technology and Sensory / Product Guidance

Typical work activities mentioned on a Safety Engineer resume sample include monitoring industrial processes, inspecting facilities, installing safety devices, investigating accidents and occupational diseases, and making sure legal safety requirements are respSafety Engineer resume sample include monitoring industrial processes, inspecting facilities, installing safety devices, investigating accidents and occupational diseases, and making sure legal safety requirements are respsafety devices, investigating accidents and occupational diseases, and making sure legal safety requirements are respsafety requirements are respected.

A chemical engineering graduate with thorough knowledge about principles and safety measures related to chemical processes and systems, seeks to work as a process engineer for a reputed organization.

Typical resume samples for this job mention duties like overseeing operational processes, maintaining equipment, controlling engineering systems, and making sure safety guidelines are respected.

Most resumes make display of a Bachelor's Degree in food science or manufacturing engineering and training in food safety, manufacturing processes, and food microbiology.

Typical duties listed on a Process Engineer resume sample include installing and using equipment, coordinating plant operations, solving plant problems, scheduling work, supervising employees, and making sure safety guidelines are followed.

When designing facilities and processes, environmental engineers strive to solve several issues at once, from workers» safety to environmental protection.

A plant engineer resume template, in its general form, comprises of the basic guidelines for incorporating details such as knowledge of plant engineering and its effective and feasible application, ability to generate information regarding the particular areas of concern and their effective management, proper execution of processes, operation of machineries, supervising safety, etc..

Lead Mechanical Engineer — Holwall Products Assemblage — Fayetteville, TN — 2012 — 2015 • Supervise design, development, and assessment of tools, components, and mechanical equipment • Meet with supervisors and team leaders to review product specifications • Collaborate on installation, operations, and maintenance of equipment throughout plant • Improve workforce optimization, including space requirements and equipment layouts • Reinforce compliance with maintenance procedures to protect safety of personnel and equipment • Implement process procedures, including maintenance schedules and testing protocols Mechanical Designer — UGW Elements — Elkmont, AL — 2013 — Present • Assess project requirements and ensure compliance with specifications • Measure and improve performance of mechanical devices and components • Maintain equipment to ensure safety, efficiency, and reliability • Produce designs and testing protocols • Provide technical advice to personnel from utilities companies, representatives from government agencies, and research organizations

Safety - minded Nuclear Engineer with the expertise necessary to safety conduct research, improve processes and ensure optimal produSafety - minded Nuclear Engineer with the expertise necessary to safety conduct research, improve processes and ensure optimal produsafety conduct research, improve processes and ensure optimal production.

Their key responsibilities include maintaining machinery, making sure safety regulations are respected, observing processes, identifying problems, suggesting solutions for improving efficiency, and supporting engineering staff.

Analyzed health and safety conditions and recommended changes to prevent or eliminate risks through engineering control process changes or personal protective equipment.

Process compliance Engineering analysis Self - management Machine safety Engineering principles Mechanism Thermal engineering Mechanical systems

SUMMARY OF QUALIFICATIONS Mechanical Engineer with extensive experience (20 + years) in Manufacturing Processes, Quality Assurance, Health and Safety, Logistics, Industrial Maintenance, Personnel Management, Continuous Improvements to the productive processes, formation of effective woProcesses, Quality Assurance, Health and Safety, Logistics, Industrial Maintenance, Personnel Management, Continuous Improvements to the productive processes, formation of effective woprocesses, formation of effective work teams.

0287.751.6697 Ph. 58.0426.2806946 Email: [email protected] Process Engineer OBJECTIVE: Take precedence when completing a specific task and use my skills in the best possible way to exceed expectations and accomplish an end result with safety, quality, cost, time...

Tags for this Online Resume: HUMAN FACTORS ENGINEER, QUALITY ASSURANCE, INDUSTRIAL ENGINEER, SAFETY ENGINEER, PROCESS IMPROVEMENT, ASSISTANT PROFESSOR

Tags for this Online Resume: PROCESS DESIGN, CHEMICAL ENGINEER, SAFETY SPECIALIST, PSM SPECIALIST, PROCESS ENGINEER, OSHA COMPLICANCE

Tags for this Online Resume: Management, Project Management, Root Cause Analysis, Payroll, Pricing, Purchasing, Bilingual, Computer Aided Software Engineering, project engineer, Bowtie Safety Barrier Management, Process Safety, Risk Advisory

Create Resume Jarod Ball 100 Main Street, Cityplace, CA, 91019 [phone] [email protected] Profile Technically proficient Electrical Engineer with 3 years project development experience and superior understanding about Distributed control system (DCS), Programmable logic control (PLC) system, Safety Instrumented system (SIS), and Process automation.

Throughout my career with Boeing s Space Exploration Division, I have designed, developed and deployed integrated engineering processes for high profile, safety critical systems including the Space Shuttle and International Space Station.

Toyota Engineering and Manufacturing North America (Princeton, IN) 10/2001 — 5/2010 Technician / Skilled Maintenance Team Leader • Provided support and technical expertise on Allen Bradley PLC - 5 and Control Logic, as well as designed new screens for HMI using RSView and mapped all data and alarms needed for monitoring production equipment • Programmed PLC's using Rockwell software as required by production, utilizing PLC as a troubleshooting tool to locate and repair process problems • Repaired and maintained all three phase medium and low voltage motors, programming medium voltage control relays to meet manufacturer specifications and monitor applicable data from motors as well as engineering data and motor manufacturing parameters into VFD's • Established PM schedules for maintaining floor conveyors, robots, RFID, air handling, sludge, paint mix room, and lifters, assisting T / M's with performing preventative maintenance on equipment • Ensured calibration of environmental equipment to maintain state and federal guidelines, performing the calibration procedures and repair of micrometers, calipers, and profilometers as required by ISO standards • Identified and developed countermeasures to manufacturing - related problems with equipment, monitoring corrective actions and resolution implementation to ensure problems were below 2 % of operational availability • Review associated work instructions for changes as needed to maintain quality, safety, and environmental standards, while planning and coordinating weekly safety meetings and training for team members