BinKen Pang
Junior Level Industrial Engineer
Multilingual industrial engineer experienced with process improvement and statistical analysis, which concentrate but not limited on six sigma, lean, and quality assurance.
Resume/CV
BinKen Pang
Jellick Ave, Rowland Heights,
Los Angeles, CA,91748.
E-mail: binkenpa@buffalo.edu
Phone: (716)498-6052

Professional info
I am a passionate and inquisitive team player with great initiative and a willing learner. My strong academic performance will show that I am a quick learner with good time management skills. My involvement in extracurricular activities, including multiple leadership roles show that I am a sociable person and well-rounded individual
Programming Language
HTML/CSS
C++
Professional Work Experience
Software
Junior Level Industrial Engineer
Zodiac Aerospace
March, 2016 - Present
Company Background:
Since 1896, Zodiac Aerospace has been contributing to the development of aeronautics. Following their pioneering spirit, Zodiac continues to advance in aerospace equipment and systems. Zodiac continues to support the needs of our clients through innovation and responsiveness to market challenges. Zodiac Cabin and Structures is the world's leading provider of integrated cabin interiors. Their mission is to design, certify, manufacture, and support the world's most innovative aircraft interiors and composite structures.
Responsibility:
- Plan, organize and manage industrial engineering projects & programs
- Develop and review work methods to improve efficiency and safety, determine appropriate layout for new equipment & machinery
- Analyze and recommend methods to improve worker comfort
- Establish and update equipment maintenance standards in accordance with ISO requirements
- Prepare and review product design and coordinate activities to transfer to productions
Supply Chain Analyst Intern
Dispensing Dynamics International
Supervised by: Miguel Cabrera October, 2015 - February, 2016
Company Background:
Dispensing Dynamics is a vertically integrated global enterprise with in-house design and engineering, prototyping, electronics design and manufacturing, mold making, manufacturing, and support infrastructure around the globe.
Responsibility:
- Ensure right materials are available for production and products by using MRP
- Successfully sourced and ordered goods and services such as raw materials, direct production components, and tooling.
- Plan delivery schedules and purchasing activities as well as maintain lowest possible material in warehouse
- Spearheaded the development of an electronic/web-based format to manage pricing data; efforts improved the accuracy of pricing records.
Industrial Engineer Internship
Center for Engineering Design and Applied Simulation
Supervised by: Kevin F. Hulme, Ph.D. February, 2015 - May, 2015
Company Background:
Motion Simulation Lab located in Furnas Hall location on UB's North Campus. The facility includes a 6 degree-of-freedom motion platform with vehicle buck and surround screens. In addition, a zero degree-of-freedom simulator is available for mixed-fidelity applications. The facility has been used for studies on driver behavior and as part of driver-training initiatives. The facility can be contracted by industry and academic groups for numerous uses.
Objective:
Expand the potential outreach in three major categories of collaborations in industrial, academic, and government sector so that company can obtain conceivable impact through collaborations.
Result:
1) Successfully identified 54 companies can be outreached potentially in New York State in different sectors, which including gaming company, transportation company, driving schools company, and other.
2) Determine total number of 105 faculties can be outreached potentially in different education institutions in New York State.
3) Distinguished 5 government sector collaborations and 10 non-government sector collaborations.
Skills applied: Data collection, Time management, Critical thinking, Analytical skills
Six Sigma Internship
SUNY Campus Living, University at Buffalo
Supervised by: Brian J. Haggerty, Ph.D. August, 2014 - December, 2014
Company Background:
This comapny is located in Buffalo, New York. They have university apartments and townhouses which are an exciting option for students. The complexes offer close convenient living for today's busy student.
Objective:
Examine and make possible improvements to the package delivery system at UB.
Result:
1) Using six sigma theory, DMAIC to approach the problem and came out with four possible new layout.
2) Use of improved layout designs helped reduce average student wait times to improve satisfaction for the students and the workers.
Skills applied: Six sigma, DMAIC, Quality control, Minitab, Teamwork
Industrial Engineer Internship
Applied Medical Coatings, LLC (AMC)
Supervised by: Edward Robb February, 2014 - December, 2014
Company Background:
AMC's facility is based in Lockport, New York. AMC' specializes in finding coating solution to meet customers' medical performance needs. Customers' products can be coated with different kinds of chemical coating. These coatings are used for surgical instruments, electrosurgical devices,hospital and lab equipment, and others.
Objective:
The present facility is up for relocation due to the various issues faced presently. The advancement in technology has brought about the induction of many new and better performing machines. As a result the dependency of machines has changed too. This has caused an alteration in process flow of the product. As with any manufacturing or production based organization, Quality Control is of utmost importance, therefore adjacency for different departmental areas and processes flows have to be carefully and optimally addressed.
1) To relocate facilities from old warehouse to new warehouse.
2) To optimize the process of production and production activity.
3) To minimize the amount of cluttering.
4) To ensure compliance with department restrictions.
Result:
1) Adjacency of restricted department is minimized by 15%, which able to avoid work-in- process product mix with final product.
2) The cluttered layout is avoided, which able to save labor work and time by 15%.
3) Traveled time from one department to another is reduce from 6.15min to approximately 5.22min.
Skills applied: Data collection, AutoCAD, Facility planning
Microsoft Suite, NodeXL, R Statistical Computing, StOCNET, UCINET,SPSS, Matlab, Precision Tools Suite, AutoCAD, MINITAB, PTC Creo, ARENA simulation software, Mitsubishi PLC Training Program
Language
English
Chinese
Malay




Education
State University of New York, Buffalo
Bachelor of Science in Industrial and Systems Engineering
Cumulative GPA: 3.761 (Summa Cum Laude) May, 2011 - May, 2015
Achievement:
SUNY Buffalo Dean’s List
1st prize for The Silent Hoist and Crane Materials Handling Paper Competition 2015
Bloomsbury Honors Society – Highest Honor Full Member
Omega Rho Honors Society
Australian Mathematics Competition – Distinction
Skills Keywords
Six Sigma, SOP, Lean Manufacturing, DMAIC, Gage R&R, FMEA, Value Stream Mapping, MRP, Cost Analysis, Operations Research, ISO, Quality Assurance, SPC, Human Factor, Kaizen, Time Study, RULA, Overall Equipment Efficiency, FMA, 5S, D.O.E, Cause & Effect diagram, Weibull analysis
Relevant Coursework
Six Sigma, Computer Integrated Manufacturing, Decision Analysis, Ergonomics, Lean Manufacturing, Planning for Production, Operations Research, Social Network Behaviour Models, Digital Simulation, Quality Assurance, Human Factor in Safety, Statistics for Engineering