Hello,
I’m a Robotics Engineer and Lean Systems Thinker based out of Boston, MA. This is my digital CV and portfolio.
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Highlighted Works
This is not a comprehensive portfolio, but a small sample of works that I am allowed to showcase.
Recommendations
“As a result of his hard work and natural ability, I strongly recommend him for a position as a mechanical engineer…
Besides his technical ability and professional demeanor, Clinton was a very personable member of the team with sound written and verbal communication skills. Regardless of the assignment, I could depend on efficient and thoughtful execution of every task I assigned him without the need to check in frequently…
If you are seeking someone with strong engineering skills and a knack for mechanical design, Clinton would certainly be an asset to your organization and I recommend him without hesitation.” (reference)
— Dan Allis, Lead Mechanical Engineer, Insulet Corporation
“Clinton is very intelligent, hard-working, detail-oriented, and a terrific team player with a positive attitude. He is always willing to help and often goes above and beyond his core responsibilities. He is considered a “top talent” at the site and is someone we are actively developing for future leadership opportunities…” (reference) - MSc recommendation letter
— William Faria, Head of Danvers Operations, MilliporeSigma
“Excellent Engineering Skills. Reliable, Intelligent, Diligent and Self-motivated. A great addition to our team!” (reference)
— Tammy Almasian, Principle Engineer, MilliporeSigma
“Clinton provided immediate impact to the business. He quickly became the subject matter expert on several product lines, manufacturing processes and the business’s “go-to guy” for several key engineering functions; process development, process validation, statistical analysis, project management, team leadership…” (reference)
— Kevin Roy, Head of Engineering, MilliporeSigma
Professional
MilliporeSigma
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- Prototype and realize robotic and automation fixturing using DFM and DFA principles for current and future Industry 4.0 manufacturing to speed up manufacturing for rapidly growing consumables business
- Driving manufacturing innovation by autonomously finding vendors with start-of-the-art technologies in thermal bonding and vision systems for increased process and quality control -
- Team lead responsible for designing and implementing lean processes to 2x key product line throughput in order to support COVID-19 vaccination supply chain and other critical therapeutics
- Solely identified low code solutions and built multiple applications to monitor real-time KPIs including job output, live production dashboarding, employee water levels, and equipment downtime to rapidly convert to a data driven organization (leveraging Microsoft software suite including Power Apps and PowerBi) [see portfolio] -
- Led team of 24 Operators manufacturing in a cleanroom, GMP environment to produce single use assemblies for drug manufacturing pharmaceutical to meet customer demand
- Implemented team goals included applying analytical thinking to improve daily performance and productivity by streamlining communication between operational teams -
- Independently designed, prototyped, identified new vendors with unique capabilities, and pitched novel packaging solution using modular design to reduce customer reject rate and standardize packaging footprint to enable automation
- Collaborated with major biopharma customer’s process owners to identify product risk areas at their site and design solutions to reduce defects
- Optimized SKUs by 50% for NPI by utilizing historical customer order data to meet customer requirements and support product line growth of 35% year-on-year
- Achieved savings of $50k+ in packaging improvements, material cost reduction, and efficient processing times
- Proactively identified, vetted, and partnered with new suppliers for innovative technologies, materials, and processes which aided the company to be first to market with patented designs and protected current business- Led injection molding and sonic welding process implementation at vendor for multi-million dollar project line
INSULET
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- Independently designed analytical simulation and testing fixture to quantify efficiency improvements in efforts to reduce cost for next-gen product
- Vetted potential secondary supplier to reduce risk of future supply disruption
- Built Monte Carlo simulation using LabView to determine optimal position and sizing of electromechanical switches
NxStage
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- Autonomously designed analytical simulation and testing fixture to quantify efficiency improvements in efforts to reduce cost for next-gen product
- Performed Gage R&R studies using Minitab on next-generation Cycler to validate volumetric outputs within company specifications and systematically documented results for FDA approval
- Conducted environmental thermal testing on Cycler to remove occlusion errors in response to a CAPA
Education
MSc Robotics & Automation
Worcester Polytechnic Institute
Dec ‘23
BSc Mechanical Engineer
Northeastern University
May ‘15
Current Location