Applied R&D Mechanical Engineer

Richland Glass Company•Vineland, NJ

About The Position

The Applied Research & Development (R&D) Mechanical Engineer is responsible for driving continuous improvement, cost reduction, and innovation across manufacturing operations. This role focuses on improving processes, developing new glass products and production equipment, and integrating mechanical and electronic systems to enhance productivity, quality, and efficiency. The role collaborates closely with Production, Sales, Quality, and Engineering teams to support product development, process improvements, and the successful launch of new glass products. Responsibilities of the Applied R&D Mechanical Engineer include researching emerging technologies, evaluating potential applications, and implementing solutions that advance manufacturing performance, in addition to prototype fabrication, equipment trials, system integration, and refinement of manufacturing methods to ensure reliable, high-quality production. This position also drives continuous improvement by identifying cost-saving opportunities, optimizing equipment performance, and applying best practices across processes and systems. It supports operational excellence and reinforces a culture of quality, efficiency, and innovation. All work is to be completed in a professional manner consistent with the Mission & Vision Statement/Core Values and company policies.

Requirements

Bachelor’s Degree in Mechanical Engineering or a related engineering discipline required.
3–7 years of experience in mechanical engineering, manufacturing engineering, and/or R&D.
Hands-on experience with product development, equipment design, and prototype fabrication.
Experience working in a manufacturing or industrial environment preferred.
Experience working within the custom glass product related to life sciences and commercial applications.
Exposure to automation, vision systems, and integrated mechanical/electrical systems strongly preferred.
Must be able to read/write/communicate in English.
Strong mechanical design and engineering fundamentals.
Proficiency in AutoCAD for creating detailed product and engineering drawings.
Experience with manufacturing processes, tooling, fixtures, and equipment design.
Working knowledge of automation systems, sensors, vision systems, and basic controls.
Ability to test, troubleshoot, and validate mechanical and electro-mechanical systems.
Familiarity with quality systems, root cause analysis, and continuous improvement methodologies (Lean, Six Sigma, or similar).
Strong analytical skills with the ability to evaluate processes and identify improvement opportunities.
Effective troubleshooting skills in both production and development environments.
Strong verbal and written communication skills.
Ability to collaborate effectively with cross-functional teams including Sales, Production, Quality, and Management.
Capable of translating technical concepts into practical manufacturing solutions.
Self-motivated with a strong sense of ownership and accountability.
Innovative mindset with a passion for continuous improvement and technology advancement.
Ability to manage multiple projects and priorities in a fast-paced environment.
Willingness to learn new technologies and adapt to evolving manufacturing needs.
Demonstrated accountability for safety practices and adherence to OSHA standards (OSHA 10 preferred)
Ability to maintain an organized, clean, and efficient work area.
Exemplifies the Company’s Core Values.
Ability to lift/carry/push/pull up to 15 lbs. consistently.
Ability to lift/carry/push/pull up to 30 lbs. occasionally.
Ability to walk/stand/bend/stoop/kneel/reach and perform repetitive motions consistently throughout the shift.
Ability to visually perform detailed inspections of product quality and machine performance.
Ability to audibly detect machine performance.

Nice To Haves

Experience working in a manufacturing or industrial environment preferred.
Experience working within the custom glass product related to life sciences and commercial applications.
Exposure to automation, vision systems, and integrated mechanical/electrical systems strongly preferred.
Demonstrated accountability for safety practices and adherence to OSHA standards (OSHA 10 preferred)

Responsibilities

Lead initiatives to reduce manufacturing costs through process optimization, improved material utilization, and waste reduction.
Improve job quality, capability, and repeatability by enhancing manufacturing processes and controls.
Increase overall packaging efficiency by reducing cycle time, improving machine speed, and optimizing equipment performance.
Identify and implement best practices to improve manufacturing processes, equipment, systems, and machinery.
Design, develop, test, and validate new products, manufacturing methods, and production equipment.
Research and evaluate new manufacturing technologies, materials, and automation solutions.
Support the development and qualifications of new equipment, tooling, fixtures, and programs.
Fabricate prototypes and conduct trials to validate designs and production methods.
Increase productivity by integrating mechanical and electronic systems to support production and engineering operations.
Design and support systems that may include, but are not limited to: o Computer systems and industrial software o Hardware and controls o Vision systems o Automation and robotics
Monitor emerging technologies, evaluate their application, and effectively implement across manufacturing, R&D, and engineering challenges as appropriate.
Generate detailed AutoCAD drawings for both product designs and engineering/manufacturing applications.
Provide technical input and design support for product development, equipment design, and process improvement projects.
Support engineering activities across design, fabrication, testing, quality, manufacturing, and R&D functions.
Work closely with Sales and Production teams to support new product development and customer requirements.
Assist in technical evaluations, feasibility studies, and development of customer-specific products.
Provide engineering support for technical sales activities when required.
This role may span multiple engineering and operational disciplines, including but not limited to: o Design Engineering o Fabrication and Prototyping o Testing and Validation o Quality and Continuous Improvement o Manufacturing Engineering o Research and Development (R&D) o Technical Sales Support