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Machine Safety Engineer Jobs in Utah (NOW HIRING)

Machine Operator, Day Shift

Ogden, UT

$16.75 - $20.25/hr

Reads and interprets blueprints, engineering specifications, and shop orders to determine machine ... Support and involvement in company, department, and/or safety policies, procedures, programs, and ...

Machine Operator, Day Shift

Ogden, UT

$16.75 - $20.25/hr

Reads and interprets blueprints, engineering specifications, and shop orders to determine machine ... Support and involvement in company, department, and/or safety policies, procedures, programs, and ...

Machine Operator, Day Shift

Ogden, UT

$16.75 - $20.25/hr

Reads and interprets blueprints, engineering specifications, and shop orders to determine machine ... Support and involvement in company, department, and/or safety policies, procedures, programs, and ...

Follow all safety requirements and company policies Qualifications * 1-3 years of experience in ... programming | machining operations | overhead crane | shop tools | manufacturing | mechanical ...

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Automation Engineer

Tremonton, UT · On-site

$65K - $88K/yr

Under the direction of the Supervisor, an Automation Engineer will develop code for new machines ... safety guidelines and report safety concerns to management • Follow all written and verbal ...

CNC Machinist - 1st Shift/Machine Shop

Smithfield, UT · On-site

$17.75 - $24.25/hr

Confers with engineers, production personnel, programmers, or others to resolve machining or ... Assure all policies and procedures are followed and safety precautions are taken to reduce the risk ...

Machine Operator, Day Shift

Ogden, UT · On-site

$16.75 - $20/hr

Reads and interprets blueprints, engineering specifications, and shop orders to determine machine ... Support and involvement in company, department, and/or safety policies, procedures, programs, and ...

Machine Operator, Day Shift

Ogden, UT · On-site

$16.75 - $20/hr

Reads and interprets blueprints, engineering specifications, and shop orders to determine machine ... Support and involvement in company, department, and/or safety policies, procedures, programs, and ...

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Machine Safety Engineer information

What are some common challenges faced by Machine Safety Engineers when implementing new safety protocols in manufacturing environments?

Machine Safety Engineers often encounter challenges such as resistance to change from operators, integrating safety solutions with legacy machinery, and ensuring compliance with ever-evolving safety regulations. Balancing productivity goals with rigorous safety standards can require creative problem-solving and strong communication skills. Collaborating with production teams, maintenance staff, and management is key to successfully implementing new protocols, as it helps ensure buy-in and proper training across all levels.

What are the key skills and qualifications needed to thrive as a Machine Safety Engineer, and why are they important?

To thrive as a Machine Safety Engineer, you need expertise in engineering principles, risk assessment, and safety standards such as ISO 13849 or IEC 62061, typically supported by a degree in engineering or a related field. Familiarity with safety analysis tools, programmable logic controllers (PLCs), and certifications like TÜV Functional Safety Engineer is commonly required. Strong analytical thinking, attention to detail, and effective communication skills are crucial for collaborating with multidisciplinary teams and ensuring compliance. These skills and qualifications are essential for designing safe machinery, preventing workplace accidents, and meeting regulatory requirements.

What is the difference between Machine Safety Engineer vs Safety Technician?

AspectMachine Safety EngineerSafety Technician
CertificationsOSHA 30/ OSHA 500, CSP, or equivalentOSHA 10/ OSHA 30, safety-specific certifications
Work EnvironmentDesigning safety protocols, risk assessments, and compliance in manufacturing or industrial settingsImplementing safety procedures, inspections, and incident investigations on-site
Employer & Industry UsageManufacturing, industrial plants, engineering firmsFactories, construction sites, industrial facilities

While both roles focus on workplace safety, Machine Safety Engineers primarily design safety systems and ensure compliance during the development phase, whereas Safety Technicians implement safety measures and conduct inspections on the ground. Both roles are essential for maintaining a safe work environment in industrial settings.

What are Machine Safety Engineers?

Machine Safety Engineers are professionals who specialize in ensuring that machinery and industrial equipment operate safely and comply with relevant safety standards and regulations. They assess risks, design and implement safety systems, and conduct inspections and audits to prevent accidents and injuries in the workplace. Their work often involves collaborating with design, maintenance, and operations teams to identify potential hazards and develop solutions that minimize risk while maintaining productivity.
What are popular job titles related to Machine Safety Engineer jobs in Utah? For Machine Safety Engineer jobs in Utah, the most frequently searched job titles are:
What cities in Utah are hiring for Machine Safety Engineer jobs? Cities in Utah with the most Machine Safety Engineer job openings:
Machine Operator, Day Shift

Machine Operator, Day Shift

Chromalox

Ogden, UT

$16.75 - $20.25/hr

Other

Posted 6 days ago


Job description

The Role:

As a crucial part of our operations, you will be responsible for setting up and operating automatic or manual production machines, cutting sheet metal, and operating an annealing/brazing furnace, tower, or bending equipment according to blueprints and specifications.

Your Responsibilities:

  • Reads and interprets blueprints, engineering specifications, and shop orders to determine machine setup, production methods, and sequence of operation. 
  • Selects, positions, and secures dies, blades, cutters, and fixtures onto the machine using a rule, square, shims, templates, hand tools, and built-in gauges. 
  • Positions and clamps stop, guides, and turntables; adjusts controls to set and regulate machining factors, such as pressure, adjustment rolls, blade angle, and machine speed. 
  • Locates and marks bending or cutting lines and reference points on the workpieces, using instruments, such as rules and compass, or tracing from templates. 
  • Positions work piece against stops and guides or align layout marks with dies or cutting blades. 
  • Starts machine and observes operation to reposition workpiece, change dies, or adjust machine settings for multiple or successive passes; inspects or measures work using rules, gauges, and templates. 
  • Pushes buttons on the control panel to start and activate automatic cycles of production machines. 
  • Observe machine operations, material supplies, and the position of workpieces to detect malfunctions, needed supplies, or misaligned parts. 
  • Performs routine preventative maintenance on machines as scheduled and required for TPM. 
  • Works individually and as a team to develop and implement quality and efficiency improvements. 
  • Conducts tests and inspections of products or processes to evaluate quality or performance; examines products or work to verify conformance to specifications. 
  • May be required to cross train and demonstrate competency in all essential job functions of the department working at different workstations as production needs require. 
  • Establishing and maintaining interpersonal relationships; training and teaching others. 
  • Maintenance of a clean and orderly work area free of excess materials. 
  • Support and involvement in company, department, and/or safety policies, procedures, programs, and activities. 

 Requirements:

  • High school diploma or general education degree (GED); or one to two years related experience and/or training; or equivalent combination of education and experience with production processes, machines, and/or tools. 
  • Proven working experience: adding, subtracting, multiplying, and dividing in all units of measure, using whole numbers, common fractions, proportions, and decimals.
  • Experience using various measuring devices to meet drawing dimensions and specifications. 
  • Experience reading and interpreting documents such as blueprints, work orders, work instructions, diagrams, safety rules, operating and maintenance instructions, and procedure manuals.
  • Good verbal and written communication skills are necessary. 
  • Work requires continual attention to detail in follow through, establishing priorities, and meeting deadlines.