ADRIAN SERRANO

ac142z@r.postjobfree.com 347-***-**** www.linkedin.com/in/adrian-serrano-3a1950129 OBJECTIVE

Dedicated and motivated engineer, ready to use my passion, energy, and knowledge and contribute towards continuous improvement of my company.

EDUCATION

Bachelor in Engineering, Mechanical Engineering June 2017 The Groove School of Engineering at City College, New York Associate in Science, Mechanical Engineering June 2013 LaGuardia Community College, New York

KEY SKILLS

Engineering Software & Simulation: Solid works, FEA, AutoCAD, SAP2000, Engine Analyzer Pro, JD EDWARDS E-1 Continuous Improvement: Six Sigma, 5S, TPM, SMED, Root cause analysis, 5WHY’S, Ishikawa diagram Office application: Microsoft Word, Excel, and PowerPoint Manufacturing/ Sheetmetal: Horizontal and vertical milling machine, drill press, grinder, shear, break press Additional skills: Team player, Competitive, Time Management, Multitasking EXPERIENCE

Project Engineer (Internship)

MANA Products, Long Island City, NY June 2017 - August 2017

Utilized lean & six sigma methodologies & increased production efficiency of cartoning & vials department by 46%

Conducted SMED Kaizen and reduced the changeover time in cartoning production by 74%

Deployed Start-up & Shut-down Checklists increased Power hour in cartoning production by 28%

Conducted weekly KPI meetings and identified areas of improvement in both the cartoning and vials production

Audited Inventory of tools and components based on customer requirements and improved accuracy of spare parts

Implemented Preventive Maintenance techniques resulting in decreased of MTBF by 22%

Recommend automation and design changes to standardize the setup and equipment in cartoning production area Mechanical Engineer (Internship)

ISAAR, Hollis, NY January 2014 - March 2014

Manufactured customized Arduino enclosures using various advanced manufacturing techniques

Designed components and assemblies on Solidworks utilizing sheet metal design and weldments

Performed fatigue simulation on assemblies using FEA

Conducted Node Analysis to predict heat expansion in a heat sink

Generated manufacturing BOM to accurately analyze cost and material usage PROJECTS

FEM Modeling Project: Evaluation of a steel pulley and shaft design March 2016 - May 2016

Performed FEM analysis techniques using Solid works to understand failure and redesign of a pulley and shaft design

Conducted a sensitivity test and several fillet radiuses were study and visualize which radius will the reduce stress

Stress was reduced by 37% on maximum stress concentration areas. Convergence test was used to validate the results HVAC design for the ASHRAE Competition January 2015

Designed an HVAC system for a two-story college building, we had to select the HVAC units by calculating cooling and heating loads and the air duct system design using HVAC principles such as infiltration methods, psychometric charts, Equal Friction method and E-Quest software.

AWARDS & PROFESSIONAL AFFILIATIONS

Jack and Shelly Feinstein Best 2017 Spring Senior Design Project, Department of Mechanical Engineering, CUNY, NY

American Society of Heating, Refrigerating & Air Conditioning Engineers (ASHRAE).

American Institute of Aeronautics and Astronautics (AIAA). References provided upon request

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