1. Myles T. Greenough greenough.myles@gmail.com | Cell: (508) 523-8795 |PO Box 747 Boylston, MA
PROFESSIONAL SUMMARY
Driven mechanical engineer with the passion for developing technology for clean, renewable energy. Has worked in cross
disciplinary environments in large corporate companies and startups. Proven ability in fundamental practices of mechanical
engineering while possessing a strong desire to grow further and expand expertise. Graduated early with honors, and with an
award for the capstone project. Possesses a talent for quick learning and good communication in the work environment with
management, colleagues, and across departments.
EDUCATION
Northeastern University, Boston, MA (Early Graduate) September 2011-December 2015
Bachelor of Science in Mechanical Engineering
Honors: Dean’s List, Honors College, Cum Laude
GPA: 3.53
Courses: Mechanical Engineering Design Electrical Engineering, Systems Analysis and Control, Dynamics and Vibrations,
Mechanical Engineering Computation and Design, Thermal Systems Analysis and Design, Fluid Mechanics,
Thermodynamics, Sustainable Development, Engineering Mechanics and Design, Differential Equations
Capstone Project:
Cold spray blister test fixture for measuring adhesion energy and identifying failure modes
o Utilized FEA modeling in Solidworks to analyze test fixture failure modes
o Aided in sensor software design and machining test fixture to accommodate sensors
o Worked with 4 other members independently from advising staff for the majority of the project
CO-OP EXPERIENCE
Dynamo Micropower | Energy Efficiency Startup January-June 2015
Design and Testing of Starter Mechanism for PowerCore generator unit
o Integratedthe new starter motor and mount to the engine
o Designed test, as well as initial test rig for the starter mechanism, and compiled the data from testing
o Contributed to the mount design of the optimized starter mechanism
Testing and Lab setup for PowerCore Generator and TurboCore Heater units
o Tested heater unit to determine efficiency after modifications
o Operated PowerCore unit while changing water content and fuel concentrations for fuel flexibility proof
o Wired and tested load bank to replace the previous model
Technical Reporting and Data Analysis
o Compiled white paper report for consumers and investors based on fuel flexibility testing
o Analyzed data from fuel flexibility and general efficiency testing for meetings, reports, and design decisions
EURO-PRO | R&D: Consumer Vacuum Division January‐ June 2014
Design and Prototyping
o Designed accessories and gathered information with Solidworks and Creo Parametric
o Assembled prototypes in the machine shop using previous or competitor products
Testing and Quality Assurance
o Designed and completed various tests to find desired aspects of the products for assessment
o Participated in design meetings post-testing to address issues and brainstorm improvements
Boston Scientific | R&D: Stent Division January-June 2013
Laboratory Testing and Manufacturing
o Braided esophageal stents using braiding apparatus’ and joined free ends of filament with laser welders
o Utilized test fixtures such as axial fatigue machines, radial force fixtures, and Smartscope measurement tools
o Operated fume hoods, vacuum chambers, silicone dipping machines, and high temperature ovens
PROJECTS
Engineers for the Greater Good: Floating garden mechanism for combating flooding during monsoon season in India
o Modeled fixture using CAD software
o Worked alongside business, engineering, and other cross-disciplinary students to complete projects