Eric Stultz Email & Phone Number

Wilmington, MA, US

Melbourne, Florida, US

• Opto-Mechanical Engineering Lead and Integrated Product Team Lead (IPTL/CAM) responsible for development and delivery of a space based optical system to meet technical specifications, schedule, and budget of +$2M labor.
• Design lead for a multidisciplinary team of 5 engineers across optical, design, analysis, and manufacturing engineering disciplines, ensuring on-orbit optical performance against thermal, optical, and dynamic.
• Successfully led team through Systems Requirement Review (SRR), Preliminary Design Review (PDR), Critical Design Review (CDR), and transition to Manufacturing Readiness Review (MRR)
• Technical point of contact for the customer, managing mechanical/optical interfaces, system specifications, Risk Management, and Change Management processes, maintaining our relationship and ensuring alignment with.
• Technical and schedule point of contact for suppliers, managing long lead and critical path materials

Melbourne, Florida, US

The Engineering Leadership Development Program is a three year long rotational program run by L3Harris to foster the next generation of engineering leadership. In this program I will rotate to three different positions with the objective of gaining experiences to become a better engineer and leader. The conferences, mentors, and connections I have made.

Melbourne, Florida, US

See above role "Specialist Mechanical Engineer (Level 3)"

Melbourne, Florida, US

• Coordinated design across multiple disciplines modifying a +$50M aircraft including heavy structure, fairings, radomes, and internal racks
• Conducted engineering trade studies for mission system radar placement and fairing design to optimize system performance
• Gained experience in every stage of development from IRAD, design finalization, aircraft delivery, and fleet support
• Engineering liaison for production efforts alongside aircraft in hanger for delivery, and fleet support for deployed aircraft

Melbourne, Florida, US

• Assembled optical and laser system engineering builds, and compiled lessons learned for Lead Mechanical and Optical Engineers
• Floor plan and fixturing/tooling design of $2.5M of equipment for a new $2.7B production line to reach a ramp of 700 units a month
• Programmed and Validated 6-axis robotic arm to automate an ergonomic risk, and time-consuming task ($836K annual savings)
• Task lead for revamping final assembly of production line utilizing augmented reality to reduce rework ($391K annual savings)
• Worked with operators and eliminated high ergonomic risk operations using automated torque drivers ($132K annual savings)
• Mentored and lead a team of four interns working across multiple projects and production lines

Melbourne, Florida, US

• Created a manufacturing forecast and line balancing model from the ground up to calculate the staffing and equipment requirements for a planned production ramp up using TAKT times and operation time studies
• Individually assigned to assist a legacy line and implemented inventory management improvements
• Conducted weekly root cause analysis on low yield operations to determine cause of failures and action points to improve yields

St Kilda, Victoria, AU

• Working abroad with EcoCentre as part of my universities junior year abroad program
• Designed a system and procedure to collect and quantify microplastic pollution in waterways leading into Port Phillip Bay
• Close communication with stake holders in Australia to ensure our product met their needs and requirements
• Link to our project's page https://web.wpi.edu/Pubs/E-project/Available/E-project-121019-232121/

Falls Church, Virginia, US

• Updated and modified test equipment to make them more user friendly and reduce downtime for a wide range of applications including Vibration, Thermal Shock, and Radio Frequency testing
• Worked closely with other engineers and gained invaluable experience on design and project management for defense and aerospace applications
• Designed various fixture and adapter prototypes using Creo Parametric 4.0 and Allegro PCB Designer for testing applications

Bedford, NH, US

• Medical device development and testing including Water Ingress Testing: IPX 2.2 and Thermal Analysis
• Employed CAD, and additive (3D Printing) / subtractive manufacturing for rapid prototyping
• Gained experience in presenting to both senior management and engineering leadership

Master'S Degree, Systems Engineering

Bachelor'S Degree, Mechanical Engineering (Business Minor)

Education record