180 Engineering’s Post

#hiring Process Engineer, Miami, United States, fulltime #jobs #jobseekers #careers #Miamijobs #Floridajobs #Engineering Apply: https://lnkd.in/g6wTsfeN Job Description The Process Engineer is a hands-on position providing engineering support to the manufacturing production area including supporting the continuous improvement culture across the operation by actively applying continuous improvement methods to support operations. Drive process improvement activities to achieve tangible improvement in the key business metrics of safety, quality, delivery, efficiency and cost. ESSENTIAL DUTIES AND KEY DELIVERABLES: Analyze and evaluate existing processes and systems within an organization to identify inefficiencies, bottlenecks, and areas for improvement. Promote a culture of continuous improvement by implementing lean manufacturing principles and methodologies. Facilitate lean initiatives, such as Kaizen events, 6S and value stream mapping, to drive efficiency, reduce waste, and optimize processes. Use various tools and techniques such as time and motion studies, data analysis, and simulation to streamline workflows, eliminate waste, and enhance productivity. Design and optimize facility layouts for factory, warehouses, and other operational spaces, while considering factors such as space utilization, material flow, ergonomics, and safety regulations to create efficient and well-organized environments. Monitor the overall operations to find new ways to increase efficiency through new production designs. Independently identifies process gaps; recommends and implements process improvement. Develop a thorough, effective, and timely continuous improvement plan to drive value for internal and external customers. Effectively leverage data analytics, engineering methodologies, and core lean tools to enable root cause identification and elimination. Evaluate employees' tasks and responsibilities, identifying procedures or tools to improve productivity. Manage the effective operation of the cleanroom by implementing ergonomic improvements. Design work schedules, allocate resources efficiently, and implement strategies to improve productivity and maximize the utilization of human resources. Identify and implement changes within the operation through data driven, Engineering, and Automation efforts to deliver higher levels of performance in safety, quality, and efficiency. Conduct statistical analysis, perform root cause analysis for quality issues, and implement corrective actions to enhance overall quality performance. Develop and Implement procedures for manufacturing processes. Lead and provide support to quality team for CAPAs, NCRs, Deviations and SCARs Investigate and procure state-of-the-art manufacturing equipment for manufacturing process improvement. Implement validation protocols for existing equipment, Process and test method validations Provide manufacturing summary repor

#hiring Process Engineer, Miami, United States, fulltime #jobs #jobseekers #careers #Miamijobs #Floridajobs #Engineering Apply: https://lnkd.in/g6wTsfeN Job Description The Process Engineer is a hands-on position providing engineering support to the manufacturing production area including supporting the continuous improvement culture across the operation by actively applying continuous improvement methods to support operations. Drive process improvement activities to achieve tangible improvement in the key business metrics of safety, quality, delivery, efficiency and cost. ESSENTIAL DUTIES AND KEY DELIVERABLES: Analyze and evaluate existing processes and systems within an organization to identify inefficiencies, bottlenecks, and areas for improvement. Promote a culture of continuous improvement by implementing lean manufacturing principles and methodologies. Facilitate lean initiatives, such as Kaizen events, 6S and value stream mapping, to drive efficiency, reduce waste, and optimize processes. Use various tools and techniques such as time and motion studies, data analysis, and simulation to streamline workflows, eliminate waste, and enhance productivity. Design and optimize facility layouts for factory, warehouses, and other operational spaces, while considering factors such as space utilization, material flow, ergonomics, and safety regulations to create efficient and well-organized environments. Monitor the overall operations to find new ways to increase efficiency through new production designs. Independently identifies process gaps; recommends and implements process improvement. Develop a thorough, effective, and timely continuous improvement plan to drive value for internal and external customers. Effectively leverage data analytics, engineering methodologies, and core lean tools to enable root cause identification and elimination. Evaluate employees' tasks and responsibilities, identifying procedures or tools to improve productivity. Manage the effective operation of the cleanroom by implementing ergonomic improvements. Design work schedules, allocate resources efficiently, and implement strategies to improve productivity and maximize the utilization of human resources. Identify and implement changes within the operation through data driven, Engineering, and Automation efforts to deliver higher levels of performance in safety, quality, and efficiency. Conduct statistical analysis, perform root cause analysis for quality issues, and implement corrective actions to enhance overall quality performance. Develop and Implement procedures for manufacturing processes. Lead and provide support to quality team for CAPAs, NCRs, Deviations and SCARs Investigate and procure state-of-the-art manufacturing equipment for manufacturing process improvement. Implement validation protocols for existing equipment, Process and test method validations Provide manufacturing summary repor

#hiring Process Engineer, Miami, United States, fulltime #jobs #jobseekers #careers #Miamijobs #Floridajobs #Engineering Apply: https://lnkd.in/g6wTsfeN Job Description The Process Engineer is a hands-on position providing engineering support to the manufacturing production area including supporting the continuous improvement culture across the operation by actively applying continuous improvement methods to support operations. Drive process improvement activities to achieve tangible improvement in the key business metrics of safety, quality, delivery, efficiency and cost. ESSENTIAL DUTIES AND KEY DELIVERABLES: Analyze and evaluate existing processes and systems within an organization to identify inefficiencies, bottlenecks, and areas for improvement. Promote a culture of continuous improvement by implementing lean manufacturing principles and methodologies. Facilitate lean initiatives, such as Kaizen events, 6S and value stream mapping, to drive efficiency, reduce waste, and optimize processes. Use various tools and techniques such as time and motion studies, data analysis, and simulation to streamline workflows, eliminate waste, and enhance productivity. Design and optimize facility layouts for factory, warehouses, and other operational spaces, while considering factors such as space utilization, material flow, ergonomics, and safety regulations to create efficient and well-organized environments. Monitor the overall operations to find new ways to increase efficiency through new production designs. Independently identifies process gaps; recommends and implements process improvement. Develop a thorough, effective, and timely continuous improvement plan to drive value for internal and external customers. Effectively leverage data analytics, engineering methodologies, and core lean tools to enable root cause identification and elimination. Evaluate employees' tasks and responsibilities, identifying procedures or tools to improve productivity. Manage the effective operation of the cleanroom by implementing ergonomic improvements. Design work schedules, allocate resources efficiently, and implement strategies to improve productivity and maximize the utilization of human resources. Identify and implement changes within the operation through data driven, Engineering, and Automation efforts to deliver higher levels of performance in safety, quality, and efficiency. Conduct statistical analysis, perform root cause analysis for quality issues, and implement corrective actions to enhance overall quality performance. Develop and Implement procedures for manufacturing processes. Lead and provide support to quality team for CAPAs, NCRs, Deviations and SCARs Investigate and procure state-of-the-art manufacturing equipment for manufacturing process improvement. Implement validation protocols for existing equipment, Process and test method validations Provide manufacturing summary repor

What kinds of jobs can a manufacturing engineer look for❓ In the dynamic field of manufacturing engineering, we have the opportunity to contribute to various aspects of a business. Here are some roles and positions that we can take: 1- Production Engineer: Overseeing the production process, ensuring smooth operations, and optimizing efficiency. 2- Quality Assurance Engineer: Ensuring the quality of products meets the required standards and specifications. 3- Process Engineer: Designing and implementing new manufacturing methods to improve efficiency and reduce cost. 4- Project Manager: Leading cross-functional teams to ensure projects are completed on time, within budget, and meet quality standards. 5- Business Development Manager: Identifying new business opportunities, developing strategic plans, and driving growth. 6- Sales Engineer: Leveraging technical expertise to support sales teams, understand customer needs, and propose tailored solutions. 7- Research and Development Engineer: Innovating and developing new products or processes for the company. The possibilities are endless in the field of manufacturing engineering. Let’s continue to innovate, improve, and lead in our respective roles. #ManufacturingEngineering #CareerOpportunities #EngineeringRoles #InnovationInEngineering #SalesEngineering #BusinessDevelopment

💡 Engineer to Engineer: The Inside Scoop on Production Engineering Careers What if I told you there's an engineering role that combines analytical problem-solving, managing complex systems, and overseeing hands-on manufacturing? Intrigued? As a production engineer, you get to tackle technical challenges AND spend time on the factory floor optimizing workflows. It's a unique mix of engineering knowledge and operational skills. In my latest blog post, I peel back the curtain on production engineering with insider advice like: - The step-by-step career path from entry-level to management  - Must have technical skills beyond your engineering degree - Day-to-day responsibilities and projects - How to land your first role or make a career switch  - Major trends shaping the future of manufacturing I explore both the pros and cons so you can make an informed decision if it's the right career move. If you're curious to learn more about this dynamic engineering role at the intersection of product design and manufacturing, click below for the full scoop. contact us: 📞Call or 📲WhatsApp us at 7981328897📞 To enroll today! 🧑💻 Visit https://lnkd.in/gvYn_H7V Don’t miss out! Follow us on #instagram #youtube & #twitter @bkengineering.in for #engineering & #job related updates #bkengineering Get the Inside Scoop on Production Engineering https://lnkd.in/gb9g8NDB

Do's and don't of an Industrial Engineer if he/she is working in a manufacturing firm? DO's: 1. Analyze processes and identify areas for improvement. 2. Implement lean manufacturing techniques to reduce waste and increase efficiency. 3. Conduct time studies and motion studies to optimize workflows. 4. Develop and maintain standardized work procedures. 5. Collaborate with production teams to implement changes and improvements. 6. Monitor and analyze production data to identify trends and opportunities. 7. Stay up-to-date with industry developments and best practices. 8. Communicate effectively with operators, supervisors, and management. 9. Prioritize safety and ergonomic considerations in process design. 10. Continuously evaluate and improve quality control measures. DON'Ts: 1. Don't compromise on safety protocols and procedures. 2. Avoid making changes without proper analysis and testing. 3. Don't ignore operator feedback and suggestions. 4. Refrain from using outdated or inefficient methods. 5. Don't neglect maintenance and upkeep of equipment. 6. Avoid overcomplicating processes or introducing unnecessary complexity. 7. Don't fail to document changes, improvements, and lessons learned. 8. Refrain from blaming individuals for process failures (focus on process improvement). 9. Don't underestimate the impact of small changes on overall efficiency. 10. Avoid ignoring industry standards and regulations. By following these DO's and avoiding the DON'Ts, Industrial Engineers can optimize textile production processes, improve efficiency, and contribute to the success of the organization. #leanmanufacturing #linebalancing #processimprovement #industrialengineering #6S #qualitycontrol #kaizen #manufacturing #exports #jobs #IEs

What would happen if the following competencies were integrated. #data analysis, #operations management, #process #development, #product #development, #mechanical properties testing and #materials #science? You would get a professional capable of identifying and preventing areas of opportunity within the production chain, as well as being able to manage and present corrective actions to the #customer to mitigate and prevent the recurrence of problems that affect the #quality of the #product. These and more skills are available for #Quality Engineer, #Product Engineer, #Launch Engineer, #Continuous #Improvement #Engineer or related positions.

Highlighting the Crucial Role of Quality Engineers: In every sector, the role of quality engineers is paramount. These professionals play a pivotal role in ensuring that products and processes meet stringent standards and deliver consistent excellence. From manufacturing to technology and beyond, the impact of quality engineers resonates across industries. Their meticulous attention to detail, adherence to best practices, and commitment to continuous improvement contribute significantly to the overall success of any organization. Quality engineers are the backbone of reliability and custAs we navigate an increasingly competitive and innovation-driven landscape, the importance of investing in quality engineering cannot be overstated. It's not just about meeting regulatory requirements; it's about exceeding expectations and building a foundation for sustained success. Let's recognize and appreciate the unsung heroes behind quality assurance in every sector. #QualityEngineers #ExcellenceAcrossIndustries #ContinuousImprovement #Hiring #staffingsolutions #jobalert #mechanicalengineer #engineering #TESRecruiting #careergrowth

Do's and don't of an Industrial Engineer if he/she is working in a manufacturing firm? DO's: 1. Analyze processes and identify areas for improvement. 2. Implement lean manufacturing techniques to reduce waste and increase efficiency. 3. Conduct time studies and motion studies to optimize workflows. 4. Develop and maintain standardized work procedures. 5. Collaborate with production teams to implement changes and improvements. 6. Monitor and analyze production data to identify trends and opportunities. 7. Stay up-to-date with industry developments and best practices. 8. Communicate effectively with operators, supervisors, and management. 9. Prioritize safety and ergonomic considerations in process design. 10. Continuously evaluate and improve quality control measures. DON'Ts: 1. Don't compromise on safety protocols and procedures. 2. Avoid making changes without proper analysis and testing. 3. Don't ignore operator feedback and suggestions. 4. Refrain from using outdated or inefficient methods. 5. Don't neglect maintenance and upkeep ofequipment. 6. Avoid overcomplicating processes or introducing unnecessary complexity. 7. Don't fail to document changes, improvements, and lessons learned. 8. Refrain from blaming individuals for process failures (focus on process improvement). 9. Don't underestimate the impact of small changes on overall efficiency. 10. Avoid ignoring industry standards and regulations. By following these DO's and avoiding the DON'Ts, Industrial Engineers can optimize textile production processes, improve efficiency, and contribute to the success of the organization. #leanmanufacturing #linebalancing #processimprovement #industrialengineering #6S #qualitycontrol #kaizen #manufacturing #exports

#hiring Manager, Manufacturing Engineering - Georgetown, TX, Chicago, United States, fulltime #jobs #jobseekers #careers #Chicagojobs #Illinoisjobs #Engineering Apply: https://lnkd.in/gZMpG7jP SUMMARY: Manages and supervises the Manufacturing Engineering department and oversees facilities.ESSENTIAL DUTIES AND RESPONSIBILITIES include the following: Other duties may be assigned. Plans and formulates aspects of research and development proposals such as objective or purpose of project, applications that can be utilized from findings, costs of project, and equipment.Reviews and analyzes proposals submitted to determine if benefits derived and possible applications justify expenditures.Approves and submits proposals considered feasible to management for consideration and allocations of funds.Develops and implements methods and procedures for monitoring projects such as preparation of records of expenditures and research findings, progress reports, and staff conferences, in order to inform management of current status of each project.Negotiates contracts and selects vendors to perform development and fabrication of automation, tooling, and services used in the manufacturing processes.May be required to manage the Tool & Die department including the planning of project and work schedules, equipment, repair and maintenance assistance, and other resources.Performs other tasks and duties that are related to the Manufacturing Engineer job description.May be required to manage the patent liaison work that is retained from legal firms. Oversees facilities projects and maintenance.KNOWLEDGE, SKILLS, AND ABILITIES Requires knowledge typically acquired through:Completion of a Bachelor's Degree from a four year college or university;Five to seven years related experience or training; and/or equivalent combination of education and experience. Ability to read, analyze, and interpret common scientific and technical journals, financial reports and legal documents. Ability to respond to common inquiries or complaints from customers and regulatory agencies. Ability to apply mathematical operations to such tasks as frequency distribution, determination of test reliability and validity, analysis of variance, correlation techniques, sampling theory, and factor analysis.Ability to effectively present information and respond to questions from groups of managers, clients, customers, employees and the general public. Requires ability to define problems, collect data, establish facts, and draw valid conclusions. Requires ability to apply principles of logical or scientific thinking to a wide range of intellectual and practical problems.QUALIFICATIONS To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed above are representative of the knowledge, skill, and/or ability required. Reasonable accommodations may be m