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Great opportunity at a leading manufacturer for the space, defense, aerospace and automotive markets✔️ Relocation assistance is offered!✔️ There is plenty of growth opportunity at this shop 🚀 📈Apply now to explore further!---Interested in automotive, aerospace, or alternative energy manufacturing?&nbsp; AST offers the chance to work on all three.&nbsp;We are seeking a senior equipment engineer to help keep our shop in top running shape.&nbsp;Job Description:This position will be responsible for learning about the ins and outs of all our manufacturing machines and helping to get a handle on how to efficiently keep things running.&nbsp; This individual must be self-motivated and unafraid to jump into the manufacturing floor and learn the intricacies of what works and doesn’t work.&nbsp; This individual must also be organized and a team player with good communication skills to work with both technicians and other engineers.&nbsp;This is an excellent career opportunity with a company experiencing ongoing growth in exciting fields.Job responsibilities include:<ul><li>Establishing and documenting critical spare parts for all machines.</li><li>Establishing a documented PM program for all machines.</li><li>Establish a machine monitoring system to track productivity and up-time.</li><li>Making training documentation for operators to perform simple PM tasks.</li><li>Communicating with maintenance team about important projects.</li><li>Participating in new machine procurement to understand how it will impact the manufacturing floor.</li><li>Identify inefficiencies in machine operation and implementing improvements.</li><li>Modifying machine parameters to fit production needs.</li><li>Participating in machine rebuild decisions and design.</li></ul>In addition, the candidate should be prepared to learn machine limitations and be able to participate in discussions about production planning.Qualifications:<ul><li>Bachelor’s degree in a relevant engineering field from a four-year college or university.</li><li>Mid to Senior level: 3-5 years related experience.</li><li>Experience with CNC machine tools.</li><li>Excellent computer skills including Microsoft Office (Ideal candidate would be familiar with a CMMS system and have exposure to CAD software, especially Solidworks)</li><li>Work experience in a manufacturing environment +++</li><li>Experience with Opto-22 or E2 JobBoss +++</li><li>Experience with PLC programming +++</li></ul>

Advanced Structural Technologies

Sr. Equipment Engineer in Oxnard, CA - Relocation Assistance Provided

Process Engineer Full Time: INDIRECT LABOR Grand Rapids, MI, US Gaishin Manufacturing is a rapidly growing family-owned manufacturing company specializing in precision machining. We are a world-class manufacturer, supplying precision quality products to Fortune 500 companies. We are looking for a competent process engineer who embraces our passion for honoring a Great God, by surrounding ourselves with Great People, to build a Great Company, that produces Great Parts and possesses our core values of Integrity &amp; Humility, a Winning Attitude, Team Player, Consider It Done, and Takes Initiative. If you have these characteristics and are great at building processes with state-of-the-art CNC machines, you would be a great fit to join the Gaishin team. Job Summary: As a Process Engineer, you are responsible for designing, implementing, and optimizing manufacturing processes and systems within a production environment. Your primary focus is to ensure that products are produced efficiently, effectively, and in line with quality standards Essential Duties and Responsibilities: <ol><li>Process Design and Improvement: Designing and developing manufacturing processes for new products or improving existing processes to enhance efficiency, quality, and safety</li><li>Process Optimization: Analyzing production processes, identifying bottlenecks, inefficiencies, and areas for improvement, and implementing changes to optimize these processes.</li><li>Secondary Processes and Packaging Selection: Selecting appropriate equipment, machinery, tools, supplies, and technologies required for manufacturing processes to achieve desired outcomes.</li><li>Quality Assurance: Collaborating with quality control teams to ensure products meet established quality standards and specifications. Implementing quality control measures within the manufacturing process.</li><li>Cost Reduction: Identifying opportunities for cost reduction without compromising product quality or safety. This might involve optimizing supply usage, streamlining processes, or reducing waste.</li><li>Documentation: Creating and maintaining documentation related to manufacturing processes, including standard operating procedures, work instructions, process flow diagrams, and quality control documentation.</li><li>Troubleshooting: Identifying and addressing production issues, equipment malfunctions, or other challenges that could disrupt the manufacturing process.</li><li>Data Analysis: Collecting and analyzing data from production processes to identify trends, performance metrics, and areas for improvement. Using data to make informed decisions about process modifications.</li><li>Collaboration: Collaborating with cross-functional teams, including design engineers, production workers, supply chain professionals, and management, to ensure a smooth and efficient manufacturing process.</li><li>Continuous Improvement: Keeping up to date with industry trends, best practices, and emerging technologies. Continuously seeking opportunities to enhance manufacturing processes and stay competitive.</li><li>Lean Process Optimization: Driving initiatives such as implementing 5S methodology, managing preventive maintenance, facilitating Kaizen Events, visual factory oversight, optimizing tool life, implementing shadow boards, and tracking planned vs. actual metrics to enhance operational efficiency and foster a culture of continuous improvement.</li><li>Health and Safety: Ensuring that manufacturing processes comply with safety regulations and guidelines. Identifying and addressing potential safety hazards within the production environment.</li><li>Training: Training production staff on new processes, equipment operation, and safety protocols.</li><li>Project Management: Managing projects related to process improvement, new product introduction, or facility upgrades.</li><li>Scale-up: Collaborating on the transition of new products from prototype to full-scale production, ensuring that the processes are scalable and sustainable.</li><li>Environmental Considerations: Considering environmental factors and sustainability in manufacturing processes, such as waste reduction and energy efficiency.</li></ol> ***Please include a Cover Letter explaining why this a good fit for you *** Benefits: <ul><li>401(k) with Company Match</li><li>Health Insurance</li><li>Dental Insurance</li><li>Vision Insurance</li><li>Life Insurance</li><li>Employee Assistance Program</li><li>Paid time-off</li><li>Professional development assistance</li><li>Referral Program</li></ul> *Relocation stipend available for the successful candidate*

CNC Process Engineer (Lathe)

Process Engineer Full Time: INDIRECT LABOR BH, Benton Harbor, MI, US Gaishin Manufacturing is a rapidly growing family-owned manufacturing company specializing in precision machining. We are a world-class manufacturer, supplying precision quality products to Fortune 500 companies. We are looking for a competent process engineer who embraces our passion for honoring a Great God, by surrounding ourselves with Great People, to build a Great Company, that produces Great Parts and possesses our core values of Integrity &amp; Humility, a Winning Attitude, Team Player, Consider It Done, and Takes Initiative. If you have these characteristics and are great at building processes with state-of-the-art CNC machines, you would be a great fit to join the Gaishin team. Job Summary: As a Process Engineer, you are responsible for designing, implementing, and optimizing manufacturing processes and systems within a production environment. Your primary focus is to ensure that products are produced efficiently, effectively, and in line with quality standards Essential Duties and Responsibilities: <ol><li>Process Design and Improvement: Designing and developing manufacturing processes for new products or improving existing processes to enhance efficiency, quality, and safety</li><li>Process Optimization: Analyzing production processes, identifying bottlenecks, inefficiencies, and areas for improvement, and implementing changes to optimize these processes.</li><li>Secondary Processes and Packaging Selection: Selecting appropriate equipment, machinery, tools, supplies, and technologies required for manufacturing processes to achieve desired outcomes.</li><li>Quality Assurance: Collaborating with quality control teams to ensure products meet established quality standards and specifications. Implementing quality control measures within the manufacturing process.</li><li>Cost Reduction: Identifying opportunities for cost reduction without compromising product quality or safety. This might involve optimizing supply usage, streamlining processes, or reducing waste.</li><li>Documentation: Creating and maintaining documentation related to manufacturing processes, including standard operating procedures, work instructions, process flow diagrams, and quality control documentation.</li><li>Troubleshooting: Identifying and addressing production issues, equipment malfunctions, or other challenges that could disrupt the manufacturing process.</li><li>Data Analysis: Collecting and analyzing data from production processes to identify trends, performance metrics, and areas for improvement. Using data to make informed decisions about process modifications.</li><li>Collaboration: Collaborating with cross-functional teams, including design engineers, production workers, supply chain professionals, and management, to ensure a smooth and efficient manufacturing process.</li><li>Continuous Improvement: Keeping up to date with industry trends, best practices, and emerging technologies. Continuously seeking opportunities to enhance manufacturing processes and stay competitive.</li><li>Lean Process Optimization: Driving initiatives such as implementing 5S methodology, managing preventive maintenance, facilitating Kaizen Events, visual factory oversight, optimizing tool life, implementing shadow boards, and tracking planned vs. actual metrics to enhance operational efficiency and foster a culture of continuous improvement.</li><li>Health and Safety: Ensuring that manufacturing processes comply with safety regulations and guidelines. Identifying and addressing potential safety hazards within the production environment.</li><li>Training: Training production staff on new processes, equipment operation, and safety protocols.</li><li>Project Management: Managing projects related to process improvement, new product introduction, or facility upgrades.</li><li>Scale-up: Collaborating on the transition of new products from prototype to full-scale production, ensuring that the processes are scalable and sustainable.</li><li>Environmental Considerations: Considering environmental factors and sustainability in manufacturing processes, such as waste reduction and energy efficiency.</li></ol> ***Please include a Cover Letter explaining why this a good fit for you *** Benefits: <ul><li>401(k) with Company Match</li><li>Health Insurance</li><li>Dental Insurance</li><li>Vision Insurance</li><li>Life Insurance</li><li>Employee Assistance Program</li><li>Paid time-off</li><li>Professional development assistance</li><li>Referral Program</li></ul> *Relocation stipend available for the successful candidate*

3 Process Engineer Jobs