Tom Tylutki Email & Phone Number

Edison, NJ

• Functioning as the lead technical engineer responsible for the strategic development and commercialization of a novel acellular, adipose-derived tissue graft for use in aesthetic and wound healing applications.
• Directed a business unit consisting of sixteen cross-functional team members in order to optimize revenue and achieve marketing, financial, and corporate growth objectives.
• Developed and implemented a tactical meeting format centered on driving project initiatives associated with key performance indicators. Facilitated the alignment and prioritization of business unit goals with.

Edison, NJ

• Drive continuous improvement initiatives for adipose-derived tissue graft in order to support scale-up activities and forecast growth. Efforts have resulted in a 160% increase in donor tissue eligibility, a 62%.
• Lead an interdepartmental technical team in the conception of project initiatives including continuous improvement activities, line extension opportunities, and new product ideations.
• Design, execute, and report on mechanical and biochemical characterization studies in order to ascertain regulatory classification of an adipose-derived tissue graft via FDA pre-RFD submission.
• Collaborate with CROs and academic laboratories to design and execute dose response and product stability pre-clinical studies for injectable tissue grafts.
• Drive the development and optimization of an injectable adipose-derived tissue graft in order to maximize use of donated tissues and improve clinical outcomes in general and aesthetic surgical applications. Efforts.
• Conduct pilot experiments leading to process improvements for the production of acellular dermal grafts following root cause analysis. Implemented process controls resulted in a 74% reduction in related customer.

Edison, NJ

• Planned and executed design of experiment (DOE) activities to verify product and process specifications.
• Generated technical summary reports from collected data and presented conclusions to project teams, management, and clientele.
• Collaborated with project teams to transfer benchtop products and processes to the manufacturing environment by heading various training, documentation, and validation initiatives.
• Researched and assessed innovative product characterization methods and equipment to improve product performance.
• Contributed to Kaizen Blitz events and CAPA Investigations geared toward facilitating company-wide improvement.

Bridgewater, NJ

• Performed laboratory testing to demonstrate ability of product/device to function as intended (validation and verification of process)
• Monitored the performance of processes and equipment in order to make recommendations for continuing improvement
• Coordinated with in-house manufacturing group to scale up, validate, and transfer the commercial manufacturing process
• Inspected and maintained inventory levels for items and equipment within the laboratory
• Trained to cGDP, cGTP and cGMP as well as aseptic tissue handling and processing

Newark, NJ

• Developed Learning Objects which enabled high school teachers to effectively implement robotically performed mock-medical surgeries into their class curricula.
• Assisted in the adaptation of the aforementioned Learning Objects into various programming and mock-surgery design tutorials which would be integrated into an online, nation-wide database.
• Supervised and assisted the progress of over 50 teachers spanning six states as they advanced through the program.
• Co-Author: Integration of Medicine and Robotics – an online teacher professional development program for STEM education; ASEE Annual Conference & Exposition, 2013

Master Of Business Administration - Mba, Business Administration, Management And Operations

Master Of Science, Biomedical Engineering, 4.0

Bachelor Of Science, Biomedical Engineering, 3.8

Activities and Societies: NJIT BMES, NJIT BMEHS, Tau Beta Pi - NJ Gamma, Delta Epsilon Iota, Phi Eta Sigma, Albert Dorman's Honor College•.

Education record