Mechanical Design Engineer

Avery Dennison•Conway, AR

10h•Onsite

About The Position

Vestcom, an Avery Dennison Company, designs and builds its own converting and robotic equipment that supports the manufacture and production of our high-quality retail labeling and pricing solutions. We are seeking a Mechanical Design Engineer to join our Machine Group in Conway, AR. This role is responsible for the design, improvement, and support of our custom manufacturing and automation systems used across Vestcom’s production network. This position requires demonstrated mechanical engineering expertise and independent judgment in solving moderately to highly complex design and process challenges. The individual in this role will collaborate closely with cross-functional teams in engineering, manufacturing/production, and maintenance to optimize performance, ensure safety compliance, and enable scalability in production.

Requirements

Bachelor’s degree in Mechanical Engineering or a closely related engineering discipline.
3+ years of engineering experience in mechanical system design, robotics, or automation in a manufacturing or R&D setting, with a background in machining highly preferred.
Proficiency in CAD and mechanical design tools (such as Inventor and AutoCAD) along with strong hands-on mechanical ability and analytical skills.
Deep understanding of mechanical engineering principles, systems, components, and familiarity with continuous improvement methodologies (Lean, Six Sigma, or equivalent).
Strong written and verbal communication skills for technical documentation, combined with demonstrated curiosity, active listening, and a willingness to ask questions.

Nice To Haves

background in machining highly preferred

Responsibilities

Designing new devices, components, and custom automated systems from concept to working prototype using CAD software (Inventor, AutoCAD), and managing the full product lifecycle.
Overseeing the installation, testing, and commissioning of mechanical systems and proprietary equipment designs to ensure compliance with safety standards and regulations across multiple production networks.
Developing and testing prototypes to evaluate performance, diagnosing problems with existing equipment, and independently developing targeted R&D solutions.
Collaborating closely with cross-functional shop and production personnel—including manual machining, CNC, and assembly—to brainstorm concepts and establish practical process understanding.
Developing and maintaining detailed engineering documentation, blueprints, technical drawings, test procedures, equipment validation records, and reports for various stakeholders.