CHARLY BANINGIME
7 Fisher Close, Wigan, WN3 5UT
(M): 07415314549
(E): chabani89@hotmail.com
PROFILE
A creative, driven and flexible mechanical engineer with excellent problem solving skills, time management and careful attention to
detail. I am a recent graduate with a 2:2 Honours (Lower Second Class Division) bachelor of Mechanical Engineering degree from
the University of Leicester. Currently seeking a challenging graduate engineering role where I can apply my competence and utilise
the extensive theoretical and practical skills acquired from within academia and industry work.
I thrive on overcoming challenges using my forward-thinking approach, natural ingenuity and pragmatism to quickly analyse the
nature of the problem and think creatively. I am self-motivated and possess demonstrable communication skills along with the
ability to work as part of a team and individually and to organise work activities to meet deadlines. I am able to concentrate for a
long period of time in order to achieve the standard required in today’s competitive workplace.
I have extensive experience of process improvement, production control and the utilisation of hand and power tools.
With articulate communication skills, and significant practical knowledge of developing and implementing processes through lean
manufacturing and driving continuous improvement projects, I possess a keen interest in polythene industry, aerospace
engineering principles and practices that surround the mechanical, oil and gas industries as well as rail sector. I would welcome the
opportunity to add value to a business operating in these areas.
KEY ACHIEVEMENTS
• I played a major role in a continuous improvement project that effectively reduced waste and was cost effective. The
project met customers’ satisfactions and addressed inefficiency by reducing setup times and arrears and maximising
efficiency.
• I implemented best practices and standard operating procedures including 5S and HSE to ensure everyone was working
to the same standard and was compliant with the company policy. This helped improve efficiency and productivity.
• During my second year degree project based on UAVs, I was appointed head of all mechanical aspects. The project
encompassed the design and build of an unmanned aerial vehicle and subsequent control of its flight. As head of
mechanical engineering I was responsible for increasing the UAV stability working on AutoCAD and LabVIEW and using
strategic aerodynamic methods. These methods resulted in higher performance, lower power consumption and an overall
20% cost reduction during the assembly stage.
EDUCATION
BEng Mechanical Engineering (2:2 – achieved) September 2010 – June 2013
University of Leicester
Modules include:
Dynamics of Mechanical Systems Electrical and Electronics Engineering Heat and Fluid Flow
Failure Mechanisms and Tribology Thermodynamics and Fluid Dynamics Systems Engineering
Processing of Engineering Materials Properties of Materials Computer Aided Design
Mechanics of Structures Components Signal and System Control Business Management
Electrical and Electronics Engineering
Final year project and research interests:
I selected a project on sintering process of ceramics due to my interest in the practical applications of materials and
engineering software to improve the performance and understanding of materials and engineering programming. The main
areas of researched encompassed: background of ceramics, sintering process, mechanisms and driving force of sintering
processes, methodology of modelling sintering and the use of Fortran PC (software). The project result was satisfactory as
I achieved 67%.
1
National Diploma in Mechanical Engineering September 2008 – June 2010
(DMM)
Wigan and Leigh College
18 modules including:
Advanced Mathematics, Mechanical Structures, Principles & Applications of Fluid Mechanics, Manufacturing of
Engineering Components, Engineering Materials, Measurement and Inspection Techniques, Electro Pneumatic and
Hydraulic Systems, CNC and CAD. Making good use of engineering machinery and working on the engineering project
was key parts of the course.
.
National Diploma in Biochemistry September 2000 – June 2006
Institut Scientifique de Bumbu
8 GCSEs (equivalent) grades A-C including Mathematics, English language, and Science.
CAREER HISTORY & PROFESSIONAL EXPERIENCE
Magellan Aerospace, Blackpool August 2014 – Present
PROCESS IMPROVEMENT ENGINEER
• Identifying opportunities for improvement and implementing best practices utilising lean manufacturing and continuous
improvement methodology to help reduce waste, quality losses, energy usage, manufacturing costs, and increase
efficiency, performance and process safety.
• Interacting with machinists and liaising with production manager to improve performance and troubleshoot as well as
developing solutions to eradicate problems.
• Progressing and working on continuous improvement projects and deliver information on TPM and asset management.
• Ensuring that company processes and equipment are used properly and consistently and is procured on time within
budget.
• Monitoring KPI and, where appropriate, setting up action plans and using them to generate/measure improvement and
presenting proposals to address inefficiencies and bring improvements and productivity.
• Auditing and assessing items on the shop floor and offices ensuring that they are compliant with 5s and health and safety
and environment criteria. Audits include verifying tools and measuring equipment are within range of calibration and areas
are safe and regular risk assessments are taking place.
Magellan Aerospace, Blackpool February 2014 – August 2014
CUSTOMER ACCOUNT COORDINATOR & PRODUCTION CONTROLLER
• Management and maintenance of the customer interface for both new and existing customers.
• Responsible for ensuring that the organisation and supply chain are focused on meeting customer expectations of delivery
and quality.
• Working with the planning team analysing data integrity and issuing work to lists to the shop floor machinists.
• Responsible for mentoring work in progress, ensuring planned time is achieved and by ensuring there is enough material
to keep machines running as well as analysing and reporting capacity issues on the shop floor.
KEY SKILLS
IT:
• SolidWorks.
• LabVIEW (P-spice).
• MatLab.
• Fortran PC
• AutoCAD Mechanical 2010.
• Expert user of all Microsoft Office applications.
Technical:
• Familiar with drilling and milling machines.
• Able to cut / mould metals to precision; threading and drilling holes as required.
LANGUAGES
• English • French (my mother tongue).
2
REFERENCES - Available upon request.
3

Charly CV - 2015

  • 1.
    CHARLY BANINGIME 7 FisherClose, Wigan, WN3 5UT (M): 07415314549 (E): chabani89@hotmail.com PROFILE A creative, driven and flexible mechanical engineer with excellent problem solving skills, time management and careful attention to detail. I am a recent graduate with a 2:2 Honours (Lower Second Class Division) bachelor of Mechanical Engineering degree from the University of Leicester. Currently seeking a challenging graduate engineering role where I can apply my competence and utilise the extensive theoretical and practical skills acquired from within academia and industry work. I thrive on overcoming challenges using my forward-thinking approach, natural ingenuity and pragmatism to quickly analyse the nature of the problem and think creatively. I am self-motivated and possess demonstrable communication skills along with the ability to work as part of a team and individually and to organise work activities to meet deadlines. I am able to concentrate for a long period of time in order to achieve the standard required in today’s competitive workplace. I have extensive experience of process improvement, production control and the utilisation of hand and power tools. With articulate communication skills, and significant practical knowledge of developing and implementing processes through lean manufacturing and driving continuous improvement projects, I possess a keen interest in polythene industry, aerospace engineering principles and practices that surround the mechanical, oil and gas industries as well as rail sector. I would welcome the opportunity to add value to a business operating in these areas. KEY ACHIEVEMENTS • I played a major role in a continuous improvement project that effectively reduced waste and was cost effective. The project met customers’ satisfactions and addressed inefficiency by reducing setup times and arrears and maximising efficiency. • I implemented best practices and standard operating procedures including 5S and HSE to ensure everyone was working to the same standard and was compliant with the company policy. This helped improve efficiency and productivity. • During my second year degree project based on UAVs, I was appointed head of all mechanical aspects. The project encompassed the design and build of an unmanned aerial vehicle and subsequent control of its flight. As head of mechanical engineering I was responsible for increasing the UAV stability working on AutoCAD and LabVIEW and using strategic aerodynamic methods. These methods resulted in higher performance, lower power consumption and an overall 20% cost reduction during the assembly stage. EDUCATION BEng Mechanical Engineering (2:2 – achieved) September 2010 – June 2013 University of Leicester Modules include: Dynamics of Mechanical Systems Electrical and Electronics Engineering Heat and Fluid Flow Failure Mechanisms and Tribology Thermodynamics and Fluid Dynamics Systems Engineering Processing of Engineering Materials Properties of Materials Computer Aided Design Mechanics of Structures Components Signal and System Control Business Management Electrical and Electronics Engineering Final year project and research interests: I selected a project on sintering process of ceramics due to my interest in the practical applications of materials and engineering software to improve the performance and understanding of materials and engineering programming. The main areas of researched encompassed: background of ceramics, sintering process, mechanisms and driving force of sintering processes, methodology of modelling sintering and the use of Fortran PC (software). The project result was satisfactory as I achieved 67%. 1
  • 2.
    National Diploma inMechanical Engineering September 2008 – June 2010 (DMM) Wigan and Leigh College 18 modules including: Advanced Mathematics, Mechanical Structures, Principles & Applications of Fluid Mechanics, Manufacturing of Engineering Components, Engineering Materials, Measurement and Inspection Techniques, Electro Pneumatic and Hydraulic Systems, CNC and CAD. Making good use of engineering machinery and working on the engineering project was key parts of the course. . National Diploma in Biochemistry September 2000 – June 2006 Institut Scientifique de Bumbu 8 GCSEs (equivalent) grades A-C including Mathematics, English language, and Science. CAREER HISTORY & PROFESSIONAL EXPERIENCE Magellan Aerospace, Blackpool August 2014 – Present PROCESS IMPROVEMENT ENGINEER • Identifying opportunities for improvement and implementing best practices utilising lean manufacturing and continuous improvement methodology to help reduce waste, quality losses, energy usage, manufacturing costs, and increase efficiency, performance and process safety. • Interacting with machinists and liaising with production manager to improve performance and troubleshoot as well as developing solutions to eradicate problems. • Progressing and working on continuous improvement projects and deliver information on TPM and asset management. • Ensuring that company processes and equipment are used properly and consistently and is procured on time within budget. • Monitoring KPI and, where appropriate, setting up action plans and using them to generate/measure improvement and presenting proposals to address inefficiencies and bring improvements and productivity. • Auditing and assessing items on the shop floor and offices ensuring that they are compliant with 5s and health and safety and environment criteria. Audits include verifying tools and measuring equipment are within range of calibration and areas are safe and regular risk assessments are taking place. Magellan Aerospace, Blackpool February 2014 – August 2014 CUSTOMER ACCOUNT COORDINATOR & PRODUCTION CONTROLLER • Management and maintenance of the customer interface for both new and existing customers. • Responsible for ensuring that the organisation and supply chain are focused on meeting customer expectations of delivery and quality. • Working with the planning team analysing data integrity and issuing work to lists to the shop floor machinists. • Responsible for mentoring work in progress, ensuring planned time is achieved and by ensuring there is enough material to keep machines running as well as analysing and reporting capacity issues on the shop floor. KEY SKILLS IT: • SolidWorks. • LabVIEW (P-spice). • MatLab. • Fortran PC • AutoCAD Mechanical 2010. • Expert user of all Microsoft Office applications. Technical: • Familiar with drilling and milling machines. • Able to cut / mould metals to precision; threading and drilling holes as required. LANGUAGES • English • French (my mother tongue). 2
  • 3.
    REFERENCES - Availableupon request. 3