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Mechanical Engineering Co-op

Kodak offers a unique opportunity to contribute to the revitalization of an iconic global company. We combine the strength of a brand that is recognized and beloved around the world with the excitement and entrepreneurial spirit of a start-up. We are focused on the future and looking for students with energy, ideas, and ambition to help us take next steps in our transformation. We’re building a culture which values creativity in all its forms, having a global perspective, a focus on sustainability, and the kind of trust that enables us to succeed by taking calculated risks. Kodak has a rich heritage of leadership and innovation, but is also, in many ways, still inventing itself. At this stage of our comeback, Kodak is truly a place where you can make a difference.

Kodak is looking for a mechanical design/drafting or mechanical engineering technology co-op to contribute to the development of web handling, pre/post finishing equipment and printing systems.

The mechanical design/drafting or mechanical engineering technology student will work with a mentor designer/engineer in a multi-functional engineering team in the systems development group.

Responsibilities:

• This work could include research and development (R&D), product design and development, manufacturing, system integration, and system engineering.
• The integration of our continuous inkjet technology into larger printing systems provides the opportunity to work on complex, multidisciplinary problems.
• MET and Mechanical Design/Drafting co-op projects involve understanding drawings, 3D part and assembly models and the criticality of using proper dimensioning to create real, reproduceable components that fit and function as intended.
• The co-op will gain experience both in design, drafting and detailing methods as well as participating in hands-on assembly activities. This hands-on activity will help in enforcing proper design and detailing techniques and the overall improvement of designs.

Creare seeks a dynamic and experienced Mechanical Engineering Technician to support engineering projects with fabrication and assembly skills, testing, data collection and reduction, and basic CAD modeling. Primary responsibilities include assembling and fabricating mechanical, electrical, and hydraulic hardware, test facilities, and prototypes; setting up and conducting experiments; troubleshooting components, facilities, and experiments; and recording data, data reduction, and creating/maintaining project documentation.

• Have a thorough knowledge of department and related components including location of switches, valves, and controls throughout department.
• Must have basic knowledge and understanding of tool usage.
• Must be able to perform minor maintenance such as: bearing replacement, chain setting, oil/lube maintenance and minor trouble shooting skills.
• Must be able to work overhead on a ladder or scaffolding in high areas.
• Must be able to stoop or bend to work below knee level.
• Must take daily instructions from supervisor and carry out assignments and duties with little or no supervision.
• Must be able to use precision instruments such as: torque wrenches, dial indicator, calipers and micrometers as the job requires.
• Must be able to dismantle, identify, repair, and put back into service all types of machinery in the department in a timely manner.
• Perform other duties as required.

• Must take and pass the Mechanical Reasoning Test.
• Must properly utilize safety equipment such as a hard hat, harness, earplugs, steel toed boots, hairnet or beard cover, gloves, safety glasses, and welding equipment as needed.
• Understand that the hours and days of work are established as needed by operations and at the discretion of management and while general as shown below, may be changed (increased or decreased) by management as required.
• The maintenance department works four days on and three days off. The workday consists of a twelve-hour shift.

• Medical, vision & dental benefits upon hire
• 401K with company match
• Paid Time Off & Company Holidays
• Wellness Program
• Tuition reimbursement
• Employee pork purchase program

Job Description:

Contributor in the design and development of automated plasma cutting systems. Priority focus on development of plasma consumables and next generation of automated plasma torch and cutting processes. Key contributor to complete plasma cutting system design including the integration of system electronics, plasma cutting process control, plasma torch and consumable design, and plasma cutting CNC machine control. Interface with and trouble shoot complex Electro-mechanical systems.

Key Duties & Responsibilities:

• Technical contributor for design and development of complex automated Plasma cutting systems
• These systems include plasma torches, plasma consumables, plasma cutting gas control, cutting machine integration, inverter power supply integration, and plasma cutting process development.
• Development of product documentation including technical specifications, concepts to meet those specifications, detailed designs of each system, generation of cost estimate models, and input for development schedules.
• Leading the development of test processes, analysis of results, and appraisal of integrity of mechanical product designs.
• Presentation of test and/or analysis results and design ideas both orally and written
• Assisting in construction of prototypes.
• Collaborate with global engineering teams on new product designs
• Provide end-users with support through product applications and demonstrations
• Provide field service engineers with support on product applications, demonstrations, product opportunities and processes
• Assist end users with process applications analysis
• Assists in the development of technical training programs and materials
• Provide customers with support on product applications
• Respond to technical inquiries from internal company personnel
• Project a positive, professional image as a Company representative

Required:

• Minimum of 5 years' experience in industrial equipment design.
• Bachelor's degree in Mechanical Engineering or an Associate's degree in Electrical/Mechanical Technology.
• Strong technical and analytical problem-solving skills.
• Ability to quickly learn and apply knowledge of plasma cutting processes.
• Proficiency in design for manufacturing principles and product data management.
• Solid computer literacy and familiarity with engineering software tools.
• Experience with SolidWorks CAD modeling and industrial product development.

Preferred:

• Working knowledge of plasma physics and fluid dynamics.
• Experience with computational fluid dynamics (CFD).
• Familiarity with statistical design of experiments (DOE).
• Understanding of finite element analysis (FEA) for mechanical stress and heat transfer.
• Background in scientific experimentation and mechanical integrity testing.

The ESAB Group Inc. is proud to be an equal opportunity employer. We celebrate diversity and do not discriminate based on race, religion, color, national origin, sex, sexual orientation, age, veteran status, disability status, or any other applicable characteristics protected by law.

Pay Range:

• Furnished Housing Free of Cost
  • Provided for interns living more than 50 miles from their work site, including essential furnishings to ensure a comfortable stay during the internship.
• 401(k) & Company Match
  • Eligibility to participate in the company 401(k) plan with a 10-50% company match that vests immediately.
• Employee Discounts
  • Access to discounts on hotels, vehicles, and other goods and services through Steel Dynamics' nationwide partner network.
• Employee Assistance Program
  • Up to five free visits per issue, per year for counseling, legal advice, financial guidance, and other daily living resources.
• Intern Extravaganza
  • A two-day event at company headquarters featuring facility tours, networking with company leaders, cultural immersion, and connecting with other interns from across the country.
• Competitive Pay
  • Competitive hourly wages for all internship positions, rewarding the value interns bring to the company.

• Support operations and projects using engineering principles in both office and industrial settings
• Conduct experiments, analyze data, and prepare reports on findings
• Collaborate with engineers and operations staff to improve processes and resolve issues
• Identify trends, recommend improvements, and develop trials based on operational needs
• Work hands-on with mechanical systems and maintenance tasks alongside operators

• Enrolled in a degree program in Mechanical Engineering
• GPA of 2.7 or higher preferred
• Strong mechanical aptitude with maintenance knowledge
• Comfortable performing hands-on work in an industrial environment
• Able to communicate and collaborate effectively with operators

• Analyze and improve water treatment facility components by evaluating pumps, piping systems, filtration units, and energy recovery equipment; conduct system diagnostics, efficiency testing, and CAD modeling for design upgrades; assist in implementing automated monitoring technologies to enhance operational reliability.
• Replace and redesign scrap car generators to improve power efficiency, including selecting upgraded components, working with vendors, and overseeing installation to minimize downtime and improve energy use.
• Design and fabricate simplified slag doors using CAD software and collaborate with external fabricators to produce parts; develop and install a custom slag chute to reduce buildup on the melt deck, improving safety and operational flow.
• Install platform walkways to improve accessibility and operator safety; perform measurements and thermal expansion calculations to ensure structural integrity over time and prevent cracking or misalignment.
• Build and modify scrap chutes to eliminate recurring clogging issues; identify and address mechanical causes such as chute lip design; research and recommend safer lubricants like liquid graphite to replace hydraulic fluid, reducing fire risk and improving environmental safety.
• Conduct research and development (R&D) on equipment improvements, such as sourcing and testing new wheels for rotary hearth furnaces, evaluating more accessible designs for machinery components, and collaborating with maintenance teams for installation and testing.
• Assist in predictive maintenance initiatives by collecting and analyzing vibration, temperature, and performance data on rotating equipment to identify early signs of wear or failure, and recommending corrective actions.
• Support process optimization projects by monitoring production equipment, identifying bottlenecks, and implementing mechanical adjustments or redesigns to improve throughput and efficiency.
• Develop tooling and fixtures for maintenance and production teams to improve repair efficiency, reduce changeover time, and enhance operator ergonomics.
• Collaborate with operations teams to implement mechanical upgrades that improve workplace safety, reduce maintenance downtime, and extend equipment lifespan.

• Reads and interprets test plans and procedures; resolves set-up and gives feedback to design and engineering to finalize plans and procedures.
• Conducts testing of products in accordance with supplied procedures.
• This includes assembly of test items, acquisition/procurement of test equipment, set-up of tests, running test, data collection, tear down of test systems, and other incidental tasks.
• Uses computerized and analog data acquisition methods to collect data

• High School Diploma or Technical Trade School certification.
• AutoCAD, Firefighter or Machine Shop experience will be a plus.
• Proven basic math skills, Problem solving skills
• Proficient in MS office programs such as Word and Excel
• Ability to multi-task

Work at OMRON!

Omron is a leading global manufacturer of industrial automation products focused on sensing and control technologies. Omron Automation has locations in Federal Way, WA, Chatsworth, CA, Greer, SC and Amherst, NH where we design and manufacture technologically-complex electronics that are used in industrial automation applications by manufacturers across the globe.

At Omron Automation, our culture is one where you have the empowerment to drive results through collaboration while working hands-on with cutting-edge products. Our company has a strong track record of innovation, and a record of accomplishment of developing successful products for the global market.

Omron Automation is a subsidiary of Omron Corporation, an $8 billion global technology company celebrating more than 80 years of success. Join us in our mission to Improve Lives and Contribute to a Better Society.

As an important member of our Operations team, the Manufacturing Engineering Technician will directly support the Manufacturing Engineering group by identifying and troubleshooting the processes, materials, and equipment used on the manufacturing floor. To accomplish these goals, they will assemble, install, operate, calibrate and maintain equipment - all the while making adjustments to optimize performance. Additionally, they will support the creation and dissemination of work instructions and online tools used by our Production staff.

Our Commitment to Employees:

• Training and Career Development Program to give employees a learning path with the necessary tools and resources they need to help build their career at Omron.
• Great financial opportunities with competitive compensation, immediate 401k match with 100% vesting, profit sharing, and Blue Cross Blue Shield for medical, dental, vision and prescription drug benefits.
• Community Awareness that includes activities with local non-profit organizations and a Matching Gift Program.
• Work-Life Balance with Flexible Work Arrangements, Flexible Work Hours, and Sick/Vacation/Holiday Pay.
• Wellness Activities such as Walking Contests, Nutritional Learning Sessions, On Site Flu shots and Health Screenings.

1. Identify and troubleshoot process, material, or equipment problems to minimize down time and recommend solutions to Manufacturing Engineering.
2. Develop, assemble, procure or modify existing and new tooling, fixtures, and equipment to ensure efficient production methods.
3. Assist the Manufacturing Engineers with revisions and improvements to manufacturing methods (OI) and procedures.
4. Ability to read and interpret schematics and engineering diagrams
5. Schedule, complete and document routine maintenance on applicable manufacturing and test equipment.

1. Ability to offer insight into lean processes and make recommendations for change
2. Assist in failure analysis, troubleshooting, rework/repair of non-conforming manufactured product to determine root cause.
3. Perform tests, gather data, and write results/reports with assistance from Manufacturing Engineering
4. Promote and support Lean Manufacturing and Continuous Improvement activities in Manufacturing.
5. Comply with policies, guidelines and regulatory requirements per the Quality System.

1. Two-year technical degree. Emphasis on electronics preferred
2. Two to four years of experience as an engineering technician, or a relevant equivalent role, working within manufacturing technology, industrial automation, complex machines, or electronics.
3. Proven ability to read and interpret schematics and engineering diagrams.
4. Documented ability to independently perform tasks and complete work on schedule.
5. Proven strong problem-solving skills and efficient management of time and resources
6. Proven working knowledge of computer programs used in engineering, manufacturing (e.g., ERP or MRP) and office environments (e.g., Microsoft Excel, Outlook and Word)
7. Demonstrated experience executing on leadership's directions and plans.
8. Proven ability to collaborate in a positive manner across disciplines and departments.
9. To conform with U.S. export control regulations, applicant should be eligible for any required authorization from the U.S. Government.

1. One year working in a manufacturing environment for electronic assembly.
2. Relevant technical training or engineering or lean certifications

• Technical contributor for design and development of complex automated Plasma cutting systems
• These systems include plasma torches, plasma consumables, plasma cutting gas control, cutting machine integration, inverter power supply integration, and plasma cutting process development.
• Development of product documentation including technical specifications, concepts to meet those specifications, detailed designs of each system, generation of cost estimate models, and input for development schedules.
• Leading the development of test processes, analysis of results, and appraisal of integrity of mechanical product designs.
• Presentation of test and/or analysis results and design ideas both orally and written
• Assisting in construction of prototypes.
• Collaborate with global engineering teams on new product designs
• Provide end-users with support through product applications and demonstrations
• Provide field service engineers with support on product applications, demonstrations, product opportunities and processes
• Assist end users with process applications analysis
• Assists in the development of technical training programs and materials
• Provide customers with support on product applications
• Respond to technical inquiries from internal company personnel
• Project a positive, professional image as a Company representative

• Minimum of 5 years' experience in industrial equipment design.
• Bachelor's degree in Mechanical Engineering or an Associate's degree in Electrical/Mechanical Technology.
• Strong technical and analytical problem-solving skills.
• Ability to quickly learn and apply knowledge of plasma cutting processes.
• Proficiency in design for manufacturing principles and product data management.
• Solid computer literacy and familiarity with engineering software tools.
• Experience with SolidWorks CAD modeling and industrial product development.

• Working knowledge of plasma physics and fluid dynamics.
• Experience with computational fluid dynamics (CFD).
• Familiarity with statistical design of experiments (DOE).
• Understanding of finite element analysis (FEA) for mechanical stress and heat transfer.
• Background in scientific experimentation and mechanical integrity testing.