Eliot Siegel
Lead Mechanical Engineer at Green Canopy NODE- Claim this Profile
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Experience
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Green Canopy NODE
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United States
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Real Estate
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1 - 100 Employee
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Lead Mechanical Engineer
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Jan 2020 - Present
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NODE
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Pakistan
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Software Development
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1 - 100 Employee
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Lead Mechanical Engineer
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Jan 2020 - Nov 2021
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Electroimpact
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United States
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Aviation and Aerospace Component Manufacturing
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300 - 400 Employee
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Project Manager
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2015 - 2018
Managed multiple projects from inception to completion and oversaw sales and customer support for product line. - Managed teams of three to twelve engineers both locally and abroad.- Maintained on-time completion of project milestones and reduced delivery lead time for some projects as much as 25%.- Improved profitability up to 40% with budgets between $3 and $6 million.- Worked with domestic and international customers across four continents.- Continued involvement as both engineer and manager of previous projects.
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Design & Support Engineer
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2010 - 2018
Designed automated machines that manufacture airplanes, resulting in higher output, increased reliability, and improved accuracy.- Increased machine efficiency over 30% with optimizations to factory layout, production flow, and machine processes.- Improved reliability by analyzing root cause failures and applying iterative improvements.- Developed test plans to certify machines for multiple customers.- Ensured maintainability with detailed documentation including 3D models, drawings, BOMs, manuals, and training material.- Improved human-machine interaction with an emphasis on CE and OSHA safety regulations as well as ergonomics.
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Northwestern University
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Philippines
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Higher Education
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1 - 100 Employee
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Biomedical Implant Designer
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2008 - 2009
Designed a medical device that could be surgically attached to a rat’s skull to monitor electrical signals of four individual neurons. - Optimized for manufacturing in-house and created detailed instructions such that lab technicians could build units on their own. - Reduced cost to 10% of similar commercial products. - Increased implant success rate by 20% with new surgery tools for gas anesthesia. Designed a medical device that could be surgically attached to a rat’s skull to monitor electrical signals of four individual neurons. - Optimized for manufacturing in-house and created detailed instructions such that lab technicians could build units on their own. - Reduced cost to 10% of similar commercial products. - Increased implant success rate by 20% with new surgery tools for gas anesthesia.
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President & Engineer
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2006 - 2009
Designed and built an off-road vehicle that competed in multiple competitions. - Completed the first novel vehicle to race in six years with a 40% weight reduction. - Placed 48th out of 112 in dynamic events with improved suspension and drivetrain. - Revitalized team after all members graduated three months after joining. - Expanded team to eight engineers and budget from $6k to over $15k. Designed and built an off-road vehicle that competed in multiple competitions. - Completed the first novel vehicle to race in six years with a 40% weight reduction. - Placed 48th out of 112 in dynamic events with improved suspension and drivetrain. - Revitalized team after all members graduated three months after joining. - Expanded team to eight engineers and budget from $6k to over $15k.
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Education
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Northwestern University
Bachelor of Science, Mechanical Engineering