Bena Y. Wong

Permanent Address: **** **th Ave Brooklyn, NY 11214

Temporary Address: 123 Standart St Apt.3 Syracuse, NY 13210

Cell: 646-***-**** ● abm1zc@r.postjobfree.com

Mechanical Engineer

Innovated mechanical design engineer driven by sustainable, environment and economic integrity. Strong

performance during concept development, testing/prototyping and validation. Experienced in analyzing

designs for structural stability and cost-efficiency. Performs calculations and evaluations in the design.

Proficient in completing life cycle assessments and economic analysis on concept development and

processes. Strong teamwork supported by effective communication.

Education:

Syracuse University- L.C. Smith College and Computer Science

Bachelor of Science in Mechanical Engineering in May 2010

Minor in Geography

Related Coursework:

Systems design, Heat and Mass Transfer, Green Technology and Sustainability, Sustainable

Manufacturing, Controls Systems, Engineering Economics and Evaluation

Software Skills: Pro-E, E-Quest, Auto-Cad, SoildWorks, MatLab, Maple, Microsoft Office Programs

Experience:

Soil and Biogeochemistry Lab September 2006- Present

Laboratory Assistant

• Conducting research on the exchangeability of soil with different mineral composition

• Assisted research of the effects of acid rain on forest soil and the remediation process

• General tasks to help the lab run productively

Lockheed Martin May 2007-August 2007

Intern

• Analyzed and organized the procurement procedure for efficiency

• Teamed with Facility Engineers to redesign floor plans using Auto-CAD for 3 buildings in 3

weeks

• Assisted on forming the safety procedure manual

Recent Projects:

Water Transportation System

• Conceived, designed, developed and prototyped a sustainable water transportation system with

filtration system

• Developed Life Cycle Assessment (LCA) for the system

• Design sustainable manufacturing processes

Self-Sustaining Gas Station

• Develop Life Cycle Assessment (LCA) for the station based on material and technology used.

• System integration of various energy generating technologies for a common area.

• Simulate HVAC system loss for the building using E-Quest

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