The document is a resume for Daniel Jason, who has a M.S. in Mechanical Engineering and B.S. in Mechanical and Aerospace Engineering. He has over 10 years of experience as a Product Support Engineer and Maintenance Engineer working on aircraft components. His skills include fluid dynamics, heat transfer, CAD, CFD simulation, and project engineering. He is seeking a mid-level engineering position utilizing his education and experience.

1. DanielJason- M.S.MechanicalEngineer
Address: 23723 W. 58th
St
Shawnee, KS 66226
Phone: 585/ 519-9450
E-mail: djjason18@gmail.com
Objective
Seeking a challenging and fulfilling mid-level career position that will allow me to use my mechanical and aerospace engineering training,
knowledge, and experience.
Education
University at Buffalo, The State University of New York 2007 – 2009
Master of Science, Mechanical Engineering (Concentration: Fluid Dynamics and Heat Transfer)
GPA 3.6/4.0
University at Buffalo, The State University of New York 2004 - 2007
Bachelor of Science, Mechanical and Aerospace Engineering (Dual Major)
GPA 3.4/4.0
Work Experience
Product Support Engineer - B/E Aerospace 2012 - 2015
- Project Engineering Lead for Boeing 777x passenger oxygen system
- Project Engineering Lead for Boeing 787 crew oxygen system
- Operate in a team environment with other functional areas providing input to design solutions and participate in design reviews.
- Involved in the creation of qualification documentation, engineering testing reports, and technical reports.
- Provides technical leadership to a group of assigned engineers and technicians.
- Ensures successful completion of the assigned project phase within the budgeted time and cost constraints.
- Participates in defining engineering approaches, and in planning and scheduling work.
- Perform engineering calculations to determine the size and strength of components. Solve design problems and check computations contributing to
analytical designs.
-Working under International Traffic in Arms Regulations (ITAR) on components that are used in Airbus A400M, Lockheed Martin C130J, Boeing
AEWCS and Hawker Beechcraft T-6 JPAT aircraft.
- Evaluate materials and parts for use in new designs including communicating with current and new suppliers.
- Determines content of items required in support of costing estimates for proposals. Including developing bills of materials, engineering hours,
proto-type requirements, tooling requirements, non-recurring engineering, qualification and certification action requirements.
Product Support Engineer - B/E Aerospace 2012 - 2015
- Lead cross functional teams to solve challenges with products, suppliers and component drawings.
-Research, develop and perform engineering testing on high pressure oxygen cylinders, Crew/passenger oxygen masks and chemical oxygen
generators used on aircraft. Finalize testing and report findings to the FAA/customers.
-Support the Low Cost Country initiative and participate in transiting suppliers using PPAP and engineering testing to foreign suppliers.
-Working under International Traffic in Arms Regulations (ITAR) on components that are used in Airbus A400M, Lockheed Martin C130J, Boeing
AEWCS and Hawker Beechcraft T-6 JPAT aircraft.
-Modify/update/create component drawings, work instructions, notification of change reports (NOC), equipment definition evolution sheets (EDES),
test plans and engineering testing reports.
-Participate in DFM and DFA (Design for Manufacturing and Assembly), process and design FMEA, practical problem solving techniques (root
cause analysis, engineering evaluation, FBDs, flow charts, pareto, standard work, etc...) and implementation thereof.
-Understand and participate in PMA and TSO review for FFA review board and design approval holders.
-Lead 5S teams in the engineering areas
Maintenance Engineer - Schlumberger Artificial Lift Division 2009 – 2012
-LEAN Champion of Rocky Mountain Artificial Lift Division. Identified and captured opportunities for improvement in process maintainability,
maintenance and reliability through LEAN projects
- Lead the loss prevention team and identified health, safety and environmental opportunities for improvement for the Rocky Mountain Region
- Lead in technical audits and took part in Quality Compliance Audits. Followed up on maintenance related remedial action plan closures.
- Assisted in the building of submersible pumps, motors, intakes, gas separators and protectors.
Research Consultant – Buffalo-Bioblower Inc. 2008 – 2009
-Performed research simulating fluid dynamics and bio-aerosol effects (CFD/ 3D modeling research) using ANSYS-CFX
-Monitored company meetings and provided fluid dynamic technical advice to employees.
Research Assistant – University at Buffalo 2008
-Explored jet engine flame holder technology
-Developed and assembled pyrolysis experiments and from scratch with materials and machining tools located in the machine shop.
-Preformed experimental methods such as hotwire, Schlieren, thermocouples and PIV

2. Teacher Assistant – University at Buffalo 2007 – 2008
-Taught two classes per week in Fluids / Heat Transfer Lab (Fall) and Materials Lab (Spring)
-Set up the experiments, briefed students how to perform the experiments, supervised the students, and graded lab reports.
-Delivered lecture at the beginning of class to explain to the students the purpose of performing the experiment and the science behind engineering
materials.
Graduate Student Senator –University at Buffalo 2008-2009
-Elected to represent the engineering student body
-Decided upon financial funding within the university; planned and coordinated department activities
Master’s Thesis
Bio-Aerosol Tracking and Fluid Dynamic Study Using Eulerian and Lagrangian Methods in a CFD environment using ANSYS-CFX
Technological Skills
TeamCenter LabView Solidworks ANSYS –CFX
Lotus Notes AutoCAD 2006 C++ Matlab
JDE Maple Fortran Pro Engineering 2001 (ProE)
Microsoft Word Microsoft Powerpoint Microsoft Outlook Snagit
Relevant Graduate Level Coursework
Advanced Material Science | Heat Transfer | Fire Science and Safety Engineering | Combustion | Computational Fluid Dynamics | Computer
Modeling of Fluid and Heat Transfer Systems | Smart Materials | Principles of Engineering Management