H26 Mechanical Design; 1st Shift

Job Description Summary Job Description

Mechanical Design

• Responsible for devising, developing, and recommending innovative new designs or modifications to existing designs to meet manufacturing, engineering, or customer requirements. This includes conducting feasibility studies to assess design viability, performing detailed design analysis using advanced simulation tools, and ensuring compliance with technical specifications, industry standards, and regulatory requirements.
• Actively involved in brainstorming sessions to generate creative solutions for complex engineering challenges.
• Accountable for the design and development of complex test equipment, dies, tools, jigs, fixtures, and gauges, ensuring precision, reliability, and functionality to support production and testing processes. This involves collaborating with cross‑functional teams to identify design requirements, optimize performance, and implement cost‑effective solutions.
• Proficient in using CAD and simulation software to create detailed models and validate designs before production.
• Regularly collaborating with all levels of the workforce, including manufacturing managers, engineers, technicians, and quality assurance teams, to ensure alignment on project goals, address challenges, and drive continuous improvement initiatives.
• Effective communication is maintained through regular meetings, progress updates, and technical presentations to facilitate knowledge sharing and foster a collaborative work environment.
• Performing advanced mathematical calculations using algebra, geometry, and trigonometry to support design, fabrication, and inspection processes.
• Applies mathematical principles to solve complex engineering problems and ensure precision in manufacturing.
• Expert in reading and interpreting mechanical blueprints, sketches, engineering specifications, and technical drawings to plan and execute job assignments.
• Ensures designs are accurately translated into physical components while adhering to dimensional and functional requirements.
• Foster a collaborative work environment by actively participating in cross‑training initiatives and promoting teamwork to enhance overall team performance and flexibility.
• Perform related duties in environmental, health, safety, maintenance, quality, production flow and continuous improvement to support plant machinery, equipment, and manufacturing‑related initiatives and programs.
• Strong commitment to safety, quality, and continuous improvement in all operations.
• Attend shift crossover and other business required meetings when applicable.
• Participate in training duties as required.

Minimum Qualifications

• High School Diploma/GED with a minimum of 4 years experience in Design Applications in the fields of mechanical drafting and/or tool design in creating manufacturing machine tools OR
• Associate’s Degree or Bachelors Degree in a technically related field such as manufacturing, fabrication, or mechanical engineering with 2 years experience.

Desirable Qualifications

• Possess a technical certification in a relevant field (i.e. aerospace engineering, mechanical systems, etc.) that demonstrated specialized knowledge and proficiency in industry‑standard tools, technologies or methodologies.
• Comprehensive working knowledge of machine tool manufacturing processes, equipment, and tools, including their application in precision machining and production environments.
• Proven proficiency in utilizing advanced design software such as Unigraphics, Solid Works, CAD, and other related applications to create detailed models, drawings, and engineering designs that meet project specifications.
• Skilled in reading and interpreting mechanical blueprints, engineering specifications, geometric dimensioning and tolerancing (GD&T), and technical drawings to ensure accurate implementation of designs and adherence to quality standards.
• Experienced in performing advanced mathematical calculations, including trigonometry, algebra, and statistical analysis, to support engineering and manufacturing processes.
• Demonstrated analytical skills in problem‑solving, data interpretation, and process optimization to drive continuous improvement and achieve…