Justin Hamley Email & Phone Number

Atlanta, Georgia, United States

• Product Innovation: Leading product development as Engineering Lead on the Elmer's Activity Team through a high profile OEM project, expected to deliver $10M in net sales, driving incremental sales within the Activity space. Leveraging a cross-functional team to 50+ members to design, build, and launch product in 2025.• Rapid Prototyping & Creativity: Consistently tinkering with new ideas and expanding past the barriers of the standard children's activity space. Quickly and… Show more • Product Innovation: Leading product development as Engineering Lead on the Elmer's Activity Team through a high profile OEM project, expected to deliver $10M in net sales, driving incremental sales within the Activity space. Leveraging a cross-functional team to 50+ members to design, build, and launch product in 2025.• Rapid Prototyping & Creativity: Consistently tinkering with new ideas and expanding past the barriers of the standard children's activity space. Quickly and efficiently mocks up several unique designs from sketch to physical model for cross-functional review and vetting. Proficient in 3D printing for iterative processing of concepts.• Project Management: Tracks project logistics and costing, delivering technical project updates and presentations for Executive Leadership, while collaborating with Quality Team, Product Safety, Regulations, and Compliance Team ,and a global Test Engineering Team, to ensure product safety and compliance are met through validation testing and CTQ evaluation. Show less

Atlanta, Georgia, United States

• Project Management: Collaborated with cross-functional team members to launch product on Paper Mate and worked on recognizable writing brands such as Sharpie and more. Diligently tracked project costs, manufacturability, and assembly, and communicated project updates to leadership.• Product Development: Worked closely with the manufacturing team to test and develop various plastic components and vessels related to writing instruments. Applied design engineering skills to create and… Show more • Project Management: Collaborated with cross-functional team members to launch product on Paper Mate and worked on recognizable writing brands such as Sharpie and more. Diligently tracked project costs, manufacturability, and assembly, and communicated project updates to leadership.• Product Development: Worked closely with the manufacturing team to test and develop various plastic components and vessels related to writing instruments. Applied design engineering skills to create and print 3D models of pen and marker components, for use with tolerancing and design checks.• Product Testing Management: Coordinated detailed test plans and partnered with the Test Engineering Team to execute a robust analysis of product performance and specifications, utilizing a DVP&R and competitive benchmarking. Show less

Decatur, Georgia

• Packaging Machinery Design and System Layout: Collaborated closely with customers to understand their plant requirements and generate tailored packaging systems. Determined project costs and created system layouts according to customer specifications.• Workflow Process Improvements: Developed internal tools to significantly reduce the time spent on generating system layouts, cost estimates, and proposal documentation.• Sustainment of Customer Installations: Traveled to… Show more • Packaging Machinery Design and System Layout: Collaborated closely with customers to understand their plant requirements and generate tailored packaging systems. Determined project costs and created system layouts according to customer specifications.• Workflow Process Improvements: Developed internal tools to significantly reduce the time spent on generating system layouts, cost estimates, and proposal documentation.• Sustainment of Customer Installations: Traveled to customer sites to enhance packaging output rate, efficiency, and quality. Interfaced with customers in real-time to answer technical questions and mitigate production issues, while implementing improvements for increased productivity and efficiency. Show less

Tallassee, Alabama

• New Product Development: Developed a next-generation wireless handheld device, enabling customers to reprogram meters in the field efficiently. Designed injection-molded parts with a focus on water and impact resistance for rigorous field use. Collaborated with mold designers and manufacturers to ensure the plastic parts were manufacturable. Utilized rapid prototyping methods to test and evaluate fit, form, and function.• Sustainment of Current and Legacy Products: Applied root cause… Show more • New Product Development: Developed a next-generation wireless handheld device, enabling customers to reprogram meters in the field efficiently. Designed injection-molded parts with a focus on water and impact resistance for rigorous field use. Collaborated with mold designers and manufacturers to ensure the plastic parts were manufacturable. Utilized rapid prototyping methods to test and evaluate fit, form, and function.• Sustainment of Current and Legacy Products: Applied root cause analysis techniques to develop cost-effective, quickly deployable solutions for issues with high-volume production meters and registers.Designed and conducted engineering studies on mechanical systems to enhance understanding of the long-term performance of various products.• Manufacturing Support: Participated in Value Stream Mapping to meticulously study production lines, aiming to improve efficiency and safety. Contributed to Kata Teams, where engineering and manufacturing collaboratively addressed high-stakes manufacturing issues. Show less

Rosharon, Texas

• Design and Development of Subsea Test Tree Equipment: Applied advanced engineering processes to design equipment enabling offshore rigs to safely connect, test, and disconnect with wellheads. Interfaced with third-party BOPs to maintain well control, ensuring reliability for high-stakes operations where potential rig downtime could exceed $1,000,000 per day.• Engineering Package Development: Managed CAD design team members, created comprehensive test procedures, and conducted… Show more • Design and Development of Subsea Test Tree Equipment: Applied advanced engineering processes to design equipment enabling offshore rigs to safely connect, test, and disconnect with wellheads. Interfaced with third-party BOPs to maintain well control, ensuring reliability for high-stakes operations where potential rig downtime could exceed $1,000,000 per day.• Engineering Package Development: Managed CAD design team members, created comprehensive test procedures, and conducted DNV-verified calculations (both analytical and FEA) for new and existing equipment.• Process Improvement Collaboration: Worked with the engineering team to analyze and enhance design processes. Revised the design book for Ported Slick Joints by integrating new practices based on industry standards and field use, resulting in reduced design time, machining costs, and assembly time.• Quality Steering Committee Member: Reviewed quality incidents to identify root causes and contributed to the development of effective solutions, enhancing overall product quality and reliability. Show less

Stone Mountain, Ga

• Applied Design Processes: Developed innovative solutions to address product failures, including designing a field service bracket to eliminate condenser tubing vibrations and significantly reduce failure rates.• Project Management: Led a project to enhance condenser capacity by 30-40%, involving the selection and sizing of a new fan and motor, resulting in improved operational efficiency.• Capacity Simulation: Conducted simulations for condensing units by integrating new… Show more • Applied Design Processes: Developed innovative solutions to address product failures, including designing a field service bracket to eliminate condenser tubing vibrations and significantly reduce failure rates.• Project Management: Led a project to enhance condenser capacity by 30-40%, involving the selection and sizing of a new fan and motor, resulting in improved operational efficiency.• Capacity Simulation: Conducted simulations for condensing units by integrating new compressors with existing condenser coils, accurately calculating theoretical capacity and achieving significant cost savings with our compressor vendor.• Lab Work: Collaborated with lab technicians to install thermocouples on evaporators for temperature monitoring during operation. Assisted in acoustic testing for newly released evaporators to ensure optimal performance. Show less

Bachelor’S Degree, Mechanical Engineering, 3.56

• Best Mechanical Engineering Project: Georgia Tech Capstone Design Expo • Leslie U. Hammack and Ola Ryle Hammack Memorial Fund Recipient.

Mechanical Engineering, 4.0

• Auburn University Dean’s List: Fall 2008, Spring 2009, Fall 2009, and Spring 2010