Industrial Manufacturing jobs in New Hampshire

The General Manager will report into the President and have full operational oversight of the plant, including overship over the P&L. This organization has multiple sites across the US, but at this site there are about 40 people with plans to grow.

The General Manager will play a pivotal role in this Industrial Manufacturing company's growth. In this role, you will have oversight of all operations in multiple sites across the US, ensuring process are in place, effectively delegating tasks, and improving the utilization of resources across all platforms.

The Quality Engineer will ensure compliance with customer contracts, specifications, and industry standards by reviewing documentation, conducting audits, and managing corrective actions. They will also support quality assurance initiatives, including supplier evaluations, ISO 9001/NQA-1 maintenance, and the development of project-specific quality documentation.

My client is looking for a Project Engineer to join their team and work on developing and designing solutions for their customers. You will work on both new designs and reconfiguring existing product designs. Some of your responsibilities will also include creating procedures, test standards and creating fixtures to help facilitate manufacturing and tests.

In this Manufacturing Engineer role you will play a critical role in optimizing and enhancing the manufacturing processes to ensure the highest level of efficiency, quality, and safety. The successful candidate will collaborate closely with the design, production, and quality assurance teams to implement improvements, resolve production challenges, and support the development of new manufacturing methods and technologies.

The Quality Engineer role at the client involves developing and maintaining quality systems, conducting root cause analyses, and ensuring compliance with standards like ISO9001 and AS9100. The position supports continuous improvement initiatives, supplier audits, and cross-functional collaboration to enhance product reliability and manufacturing processes.

As a Tool Design Engineer, you will play a critical role in designing, developing, and maintaining tools and fixtures essential for the manufacturing of complex aerospace components. The ideal candidate will combine technical expertise with creativity to drive efficiency and precision in our production processes.

In this Senior Plastics Engineer role, you will be responsible for overseeing the design, development, and optimization of plastic components and manufacturing processes. The successful candidate will bring a wealth of experience in plastics engineering, demonstrating a deep understanding of materials, processes, and quality control.

As the Senior Manufacturing Engineer at this company, you will contribute to the development and improvement of manufacturing processes throughout the facility. Because this role is senior level, you will mentor junior level engineers in process improvement, cost reduction initiatives, project management, documentation, and more.

The Senior Director of Operations will play a pivotal role in this Industrial Manufacturing company's growth. In this role, you will have oversight of all operations in multiple sites across the US, ensuring process are in place, effectively delegating tasks, and improving the utilization of resources across all platforms.

The Opto-Mechanical Packaging Engineer will collaborate with other engineers to develop advanced Lasers and production laser systems. They will be responsible for creating and maintaining 3D Models and drawings of Laser Diode components, coordinating with third-party manufacturing vendors, and engineering drawings, and more.

The Quality Engineer is responsible for technical support to the Quality Assurance Department. The position requires a technical background sufficient to assist in procedure development, requirements review and interpretation, quality program planning, inspection plan development, drawing reviews and provide joint technical interface between Engineering and Manufacturing.

The Quality Engineer ensures product quality by developing and implementing robust testing procedures, analyzing defects, and driving continuous improvement initiatives. This role involves close collaboration with engineering and manufacturing teams to maintain compliance with industry standards and customer expectations.

The Quality Engineer II involves managing quality operations for specific value streams by developing and maintaining quality standards, systems, and procedures. Key responsibilities include conducting statistical analyses, driving continuous improvement initiatives, ensuring compliance with industry standards (e.g., ISO9001, AS9100), and collaborating with customers, suppliers, and internal teams to enhance product and process quality.

The Reliability Engineer focuses on ensuring the dependability and performance of aerospace systems through analysis, testing, and failure investigations. The role involves collaborating with cross-functional teams to improve product designs, implement reliability standards, and optimize maintenance strategies for enhanced operational efficiency.

The Quality Engineer, aerospace manufacturing, will support our Quality Department, focusing on auditing, lab activities, inspection (both NDT and dimensional), and resolving process and product issues. Reporting directly to the Quality Manager, this role involves collaborating across plant functions, coordinating audit plans per AS9100, customer, and internal standards, and staying connected with QA teams at sites in Mexico and France.

The Reliability Engineer will drive the standardization and enhancement of maintenance practices for production and facility equipment, bridging Engineering and Maintenance teams to optimize equipment reliability. This role focuses on improving preventive maintenance, implementing predictive maintenance tools, and reducing overall maintenance costs through data-driven KPIs and continuous process improvements.

As an Electrical Engineer, this role requires experience in electrical design and the ability to facilitate product design reviews, collaborating with cross-functional teams to deliver cost-effective and scalable solutions. The ideal candidate will have a strong background in PCB design, testing, and manufacturing processes.

The Senior Electrical Engineer will take the lead in shaping the future of ultra-precision machines! In this dynamic role, you will spearhead the specification, design, and validation of cutting-edge systems while leveraging your advanced expertise in electrical design. You'll also inspire and mentor junior engineers, working closely with cross-functional teams to drive innovation and excellence.

The Quality Engineer ensures product quality and compliance by implementing and monitoring quality systems, conducting audits, and working on the production floor. They collaborate with cross-functional teams to improve processes, ensure regulatory compliance, and support continuous improvement initiatives.

As the Senior Electrical Engineer, you will use your electrical engineering and design experience and expertise to innovate key machinery. You will contribute to delivering the highest quality and performing products to the end user.

As a Senior Electrical Engineer you will be responsible for the design, development, and implementation of advanced electrical systems for state-of-the-art machinery. This role requires advanced expertise in electrical design and the ability to mentor junior engineers while collaborating across cross-functional teams.

The Continuous Improvement Engineer will lead lean / six sigma initiatives, optimizing manufacturing processes to enhance efficiency, quality, and cost-effectiveness. This role involves collaborating with cross-functional teams to implement Lean methodologies, drive operational excellence, and support the company's commitment to innovation and growth.

The Continuous Improvement manager is responsible for leading process improvement initiatives and implementing Lean Six Sigma methodologies to enhance operational efficiency and quality within the company's precision engineering and manufacturing operations. This role involves managing cross-functional teams and driving continuous improvement efforts to ensure my clients' products meet the highest standards of precision and reliability.

The Quality Manager oversees quality assurance and control processes, ensuring compliance with ISO 9001 and AS9100 standards within the aerospace industry. This role demands strong leadership, expertise in statistical process control, and the ability to drive continuous improvement initiatives.

A Quality Engineer will be responsible for ensuring product quality by applying statistical analysis and quality control methodologies in precision manufacturing. This candidate will collaborate with cross-functional teams to address and prevent quality issues, emphasizing continuous improvement and adherence to high-quality standards.

The Supply Chain Manager will have experience within the manufacturing space, and be responsible for overseeing the supply planning and purchasing team. They will work with internal stakeholders to ensure OTD is met for their customers, implement S&OP processes, and help to drive cost saving initiatives.

My client is seeking an experienced and dynamic Operations Manager to lead and oversee all site operations. This individual will take on broader P&L responsibilities, drive operational excellence, and be a key leader in shaping the future of the site. You will be responsible for the overall factory functionality and team performance, ensuring the continued growth and success of the facility.

As the Operations Manager, you will oversee the day to day operations of a manufacturing facility in a growing organization. You will drive operational efficiency, encourage teamwork and collaboration, and oversee broad P&L responsibilities.

The Planning Manager is responsible for ensuring that the manufacturing operations run smoothly and efficiently, meeting both short-term and long-term business objectives while minimizing costs and optimizing resources.