· Successfully replaced reactor dust collector ductwork with correct grade of stainless steel to prevent future corrosion issues during production which has affected product quality· Commissioned a vibratory screener beneath a ribbon blender within a 2-week period to perform trials for a customer who wanted samples provided in a short period of time · Re-designed a mixing tote which takes water and powder inputs to create a rubber release agent. Customer trialed unit and product which worked as intended. Potential orders in the $100K’s magnitude generated as a result of this success.· Developed a re-design of a dust collection system for a reactor which consists of a demister and NFPA dust collection system which should improve operational safety· Developed a screw conveying concept to transfer processed powders to supersacks and small bags to free up vacuum baggers for other reactors to improve overall efficiency and throughput throughout the plant· Automated Chicago plant raw material unloading process to eliminate manual operation, operator errors and accidents that have occurred in the past

• Commissioned with the team a new steam boiler pressure vessel and recovered massive steam losses within the plant resulting in 300K worth of savings in unused steam• Conducted project design, risk benefit analysis and procured material cost for a potentially new oxidizer at our plant valuing $2 million• Supervised contractors and internal maintenance department during annual plant shutdown to conduct routine PM’s, troubleshooting and plant level repairs• Modified plant automation PLC logic for dust collection system to bypass unwanted interlocking between dust transfer blower and filler unloading blower which resulted in improved dust collection efficiency• Identified severe structural and biological deficiencies regarding the plant’s cooling tower impacting production efficiency and safety. Discovery led to the commissioning and start-up of a new cooling tower • Discovered a compromised structural base of an asphalt saturant tank now under consideration for base repair or a complete overhaul evading massive safety and revenue repercussions which would exceed costs of repair• Maintain plant wastewater and emissions treatment process within environmental standards. Currently pursuing improvements to wastewater treatment efficacy with the addition of chemistry for potential annual cost savings of at least 500K • Prevented major downtime with the installation of a thermal heating blanket around a catalyst storage tank to evade catalyst precipitation hindering the oxidation process• Sized plant softening system for water spray nozzles and retrofitting all black steel pipping with stainless steel and PVC to eliminate major downtime caused by plugged spray nozzles due to rust and scale accumulation• Resolved multiple compressed air leaks and automated diaphragm sump pumps reducing plant compressed air consumption by 20 % from previous year• Repaired multiple building envelope and landscape deficiencies to maintain longevity of plant

Canroof Corporation Inc.• Analyze trends daily and help troubleshoot process related issues as they arise • Decreased low line speed above 10 minutes by 20% through consistent data analysis and reporting • Installed air knife on overhead belt pulley which eliminated buildup and reduce jam up percentage• Working alongside a third-party company to redesign and optimize baghouse system performance to improve air quality within the plant and keep within environmental emissions standards • Running trials on different engineered materials and technology for a shingles stacking application to reduce replacement frequency and changeover time to potentially save about $40K annually • Developed P&ID drawings and undergoing HAZOP analysis on the future redesign of a ferrous chloride pumping system. Sourced and validated compatibility of pump, piping and valves • Investigating start-ups to formulate a comprehensive start-up procedure to minimize downtime

• Generated process related trends by compilation of real time raw data to analyze the behaviour of key operating equipment within the plant after making set point changes to the process control systems • Identified and helped troubleshoot a common motor issue seen in all cement mills in the plant which is currently under on-going investigation• Proposed the addition of a plug chute detector in order to mitigate feed chute plugging realized in most mills, which will be considered based on a cost benefit analysis• Performed field measurements of static/dynamic pressure, temperature and flow at different points in the process, as well as identify visual wear and tear of equipment as it can develop into process related issues• Consulted with the sir. electrical engineer on the type of descaler agent that should be used for a gasket heat exchanger to remove foulant hindering optimal heat transfer• Supervised and ensured workers performed their duties within confined spaces safely while monitoring air quality

• Worked in an accredited ISO 17025 laboratory focusing on automotive-grade unfilled, filled and reinforced polymer material characterization and validation• Optimized a variety of environmental, mechanical and physical tests such as UV weathering, Tensile testing and Thermomechanical Analysis in accordance to ISO/ASTM specifications for more accurate results• Increased workflow in the lab to meet tight deadlines more quickly by innovative use of lab equipment which led to monthly revenues in the range of $50-$100K• Implemented and revised standardized operating procedures (SOP) for lab equipment to promote effective handling and mitigate any future safety hazards• Trained 3 lab engineering interns on how to operate equipment and handle day to day tasks within the lab

• Scheduled several work orders that needed to be accomplished in the short and long-term, improving efficiency in the plant• Trained 5 supervisors and 10 other workers on how to use Megamation software in order to generate, track and complete work orders to further promote efficiency and organization• Troubleshooted a surging problem exhibited by one of the extruders in the plant which led to a solution • Conducted a trend analysis of key parameters of all machinery in the plant to ensure steady state operations and optimal production

• Assisted in designing technical drawings of plastic cups and lids using Inventor software which helped speed up the overall production process• Oversaw inspection of precision parts by interpretation of technical drawings decreasing production downtime during changeovers• Slashed costs of producing defective products in the plant through a variety of quality tests

• Cashed out customers quickly and efficiently reducing wait time during the busier hours of the day• Portrayed excellent interpersonal skills when answering to customer inquires as it pertains to the grocery store

• Completed 10-20 tax returns per day• Answered ingoing and outgoing inquires