Job Description
For 75 years, Anderson Dahlen has provided world-class metal fabrication and equipment integration services to leading companies in various industries. These include Food Processing, Industrial, Pharmaceutical, and Vacuum Technology. Contract manufacturing for OEMs, engineering support, and design-build capability for custom projects are offered. Our Project Management process helps shape bright ideas into brilliant results. We are ISO 9001:2015 certified and ASME, AWS, and PED compliant. Anderson Dahlen is part of the Gray family of companies, which specializes in engineering, design, construction, and smart manufacturing. This acquisition provides Gray new capabilities for stainless-steel manufacturing of key critical equipment for the Food and Beverage industry. It also expands Anderson Dahlen's resources to serve customers in the Food, Pharmaceutical, Industrial, and Vacuum Technology markets. A Design Engineer analyzes customer requirements to design fabricated components and systems for manufacturability. They understand and/or perform design calculations to ensure equipment meets functional requirements. Design Engineers work in a fast-paced environment and cooperate with operations, sourcing, quality, and project management to meet and exceed customer expectations. They balance various aspects of the project, including safety, cost, and manufacturability. Additionally, they research advanced technology regarding best practices in high-precision stainless steel manufacturing and find cost-effective solutions. They provide input into make versus buy decisions for components within a system. Design Engineers also mentor other Design Engineers and CAD Designers in Design for Manufacturing (DFM). The major areas of accountability for a Design Engineer include creating designs, specifications, models, bills of material, and manufacturing drawings. They coordinate efforts with production to ensure the design meets manufacturability capabilities. Design Engineers ensure that the intended product or structure will be safe, dependable, cost-effective, and meet regulatory requirements. They build prototypes if needed, for testing and approval. They review customer models and drawings for missing or incorrect information required in producing the customer's part through to completion. Design Engineers create solid models or update models provided by customers. They modify existing designs or products to improve their performance or integrate new technology. They demonstrate understanding of design calculations in areas such as finite element analysis, ASME pressure vessel calculations, and weld design. Design Engineers perform engineering calculations to size components and process equipment to meet performance requirements. They review and approve engineering calculations, solid models, and drawings generated by other Design Engineers and CAD Designers. They may visit customer sites for projects that require onsite installation and technical support. Design Engineers interact with customers during the quotation phase to better understand their requirements. They work closely with the quality assurance team to define a quality/inspection plan and ensure required quality standards are adhered to. They provide optimum cooperation and complete information to Project Managers to ensure on-time and accurate job completion. Design Engineers work closely with production supervisors and shop personnel to improve designs through effective communication and coordination. They recommend new methods and procedures to improve manufacturing efficiency. They keep up to date with research and development regarding changes in manufacturing technology. Design Engineers maintain a high degree of professionalism and encourage excellence through example. They comply with Company and Department policies and procedures. They maintain a positive attitude and promote a team approach throughout the Department. Design Engineers ensure that a favorable Company image is presented to customers and that all customer relationships are based on honesty and integrity. Requirements for the position include a BS degree in Engineering in Mechanical, Manufacturing, Industrial, Machine Design, Process Design, or a related field with 10 years of experience in a manufacturing or fabrication environment. Alternatively, an AAS degree in a relevant field with 15 years of experience is acceptable. Solid experience with product design and manufacturing, especially Design For Manufacturing (DFM), is required. 3D CAD skills, preferably in Solid Works, are necessary. Knowledge of GDT principles is strongly preferred. Experience with FMEA, DVPR, Quality Control, Site-Installation, and software/controls engineering and system design principles is a plus. Project development and leadership skills are essential. Experience with customer interaction and working under time constraints is a definite plus. Professional work experience reviewing and analyzing prototypes and product modifications is preferred. Anderson Dahlen fosters a manufacturing type environment. This position will primarily involve operating a computer at a desk in an office environment. The Company is an Equal Opportunity Employer and welcomes everyone to apply. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, gender identity, sexual orientation, national origin, or protected veteran status and will not be discriminated against on the basis of disability.