Tom Bacon Design Portfolio
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This document contains contact and biographical information for Tom Bacon, an aeronautical engineer. It summarizes his educational background, work experience at various aerospace companies, professional skills, and interests in design, engineering, and adventure.
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This document lists the titles of photo projects by Erik Johansson from 2015 back to 2008, along with the camera equipment, software, and links to YouTube videos he has used. It includes titles of eight photo projects from "The Architect" in 2015 to "Iron Man" in 2008, and lists his camera, lenses, computer, monitor, and photo editing software. Two broken YouTube links are noted at the end.
MAHENDRA CHAVHAN Resume
Mahindra Chavhan is applying for the position of CAD & CAM Engineer. He has over 10 years of experience in CAD design and CAM programming using software like DELCAM PowerMILL and PowerSHAPE. He has expertise in machining special types of dies, molds, and automotive parts on CNC machines. Chavhan holds a Bachelor's degree from Nagpur University and has completed various CAD/CAM and CNC training courses. He is looking for a new opportunity where he can utilize his skills in tool path generation and workflow planning at the shop floor level.
mutlaq
Mutlaq Mohammed Alqahtani is seeking a full-time position in manufacturing or industrial engineering with a Bachelor's degree in manufacturing engineering from Robert Morris University. He has experience designing an elderly shoe to prevent accidents and laying out a 3D printing plant. His skills include AutoCAD, SolidWorks, MasterCam, C++, Minitab, Microsoft Office, communication, and fluency in Arabic and English.
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Shaikh Mazher Ahemd is a senior site engineer based in Dubai, UAE seeking a long-term position where he can contribute his qualifications, skills, and experience. He has over 10 years of experience in civil engineering and construction project management in India and the UAE. Currently, he is the senior site engineer for an ongoing sports residence project in Dubai Sports City. He holds a bachelor's degree in civil engineering from Dr. Babasaheb Ambedkar University and has managed projects of various types including villas, commercial buildings, and multi-story residential buildings.
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Zou Qian is seeking a position as a Design Engineer where he can utilize his skills in CAD software such as SolidWorks, Autodesk Inventor, AutoCAD, and MasterCAM. He has experience operating CNC machines and programming them using G-codes and M-codes. Zou Qian has a diploma in CNC Programming from Metro College of Technology where he studied CAD, CAM, metrology, and other relevant subjects. He also has a Master's degree in Aerospace Materials from Carleton University.
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This document contains contact and personal skills information for Ahmed Khaled Zahran, an Industrial Designer from Egypt. It includes his educational background, a BA in Industrial Design from Damitta University, as well as his professional experience including positions as a Quality Assurance Engineer, Graphic Designer, Industrial Designer Trainee, Teaching Assistant and more. It also lists his technical skills such as 3D modeling, illustration, CAD, and video/graphic software.
Eng Hisham N
Hisham Mahmoud kamel is an Egyptian civil engineer seeking new opportunities. He has a Bachelor's degree in building and construction engineering from Mansoura University with a specialization in construction management. His previous work experience includes three roles as a site engineer for various construction companies in Egypt. He has strong computer skills including AutoCAD, structural analysis programs, and project scheduling software. References are available upon request.
Mohamed Ali
Mohamed Mahmoud Ali is a sales engineer seeking a challenging opportunity in international sales. He has a BSc in civil engineering from Zagazig University in Egypt. His experience includes working as a sales engineer for International Cables Company and Nexans in the petroleum sector. He is proficient in English, Arabic, and basic German and has technical skills in programs like AutoCAD, SAP, Revit, Primavera, and SewerCAD. His interests include computers, sports, and driving.
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This document lists the titles of photo projects by Erik Johansson from 2015 back to 2008, along with the camera equipment, software, and links to YouTube videos he has used. It includes titles of eight photo projects from "The Architect" in 2015 to "Iron Man" in 2008, and lists his camera, lenses, computer, monitor, and photo editing software. Two broken YouTube links are noted at the end.
MAHENDRA CHAVHAN Resume
Mahindra Chavhan is applying for the position of CAD & CAM Engineer. He has over 10 years of experience in CAD design and CAM programming using software like DELCAM PowerMILL and PowerSHAPE. He has expertise in machining special types of dies, molds, and automotive parts on CNC machines. Chavhan holds a Bachelor's degree from Nagpur University and has completed various CAD/CAM and CNC training courses. He is looking for a new opportunity where he can utilize his skills in tool path generation and workflow planning at the shop floor level.
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Mutlaq Mohammed Alqahtani is seeking a full-time position in manufacturing or industrial engineering with a Bachelor's degree in manufacturing engineering from Robert Morris University. He has experience designing an elderly shoe to prevent accidents and laying out a 3D printing plant. His skills include AutoCAD, SolidWorks, MasterCam, C++, Minitab, Microsoft Office, communication, and fluency in Arabic and English.
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Shaikh Mazher Ahemd is a senior site engineer based in Dubai, UAE seeking a long-term position where he can contribute his qualifications, skills, and experience. He has over 10 years of experience in civil engineering and construction project management in India and the UAE. Currently, he is the senior site engineer for an ongoing sports residence project in Dubai Sports City. He holds a bachelor's degree in civil engineering from Dr. Babasaheb Ambedkar University and has managed projects of various types including villas, commercial buildings, and multi-story residential buildings.
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Zou Qian is seeking a position as a Design Engineer where he can utilize his skills in CAD software such as SolidWorks, Autodesk Inventor, AutoCAD, and MasterCAM. He has experience operating CNC machines and programming them using G-codes and M-codes. Zou Qian has a diploma in CNC Programming from Metro College of Technology where he studied CAD, CAM, metrology, and other relevant subjects. He also has a Master's degree in Aerospace Materials from Carleton University.
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Hisham Mahmoud kamel is an Egyptian civil engineer seeking new opportunities. He has a Bachelor's degree in building and construction engineering from Mansoura University with a specialization in construction management. His previous work experience includes three roles as a site engineer for various construction companies in Egypt. He has strong computer skills including AutoCAD, structural analysis programs, and project scheduling software. References are available upon request.
Mohamed Ali
Mohamed Mahmoud Ali is a sales engineer seeking a challenging opportunity in international sales. He has a BSc in civil engineering from Zagazig University in Egypt. His experience includes working as a sales engineer for International Cables Company and Nexans in the petroleum sector. He is proficient in English, Arabic, and basic German and has technical skills in programs like AutoCAD, SAP, Revit, Primavera, and SewerCAD. His interests include computers, sports, and driving.
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The document discusses properties of normal distributions and the standard normal distribution. It provides examples of finding probabilities and values associated with normal distributions. The key points are:
- Normal distributions are continuous and bell-shaped. The mean, median and mode are equal.
- The standard normal distribution has a mean of 0 and standard deviation of 1.
- Probabilities under the normal curve can be found using z-scores and the standard normal table.
- Values like z-scores can be determined by finding the corresponding cumulative area in the standard normal table.
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The document provides an outline and explanation of key concepts related to the normal distribution. It begins with an introduction to probability distributions for continuous random variables and the definition of a density curve. It then defines terms and symbols used in the normal distribution, including mean, standard deviation, and z-scores. The document explains the characteristics of the normal distribution graphically and provides examples of finding areas under the normal curve using z-tables. It concludes with examples of finding unknown z-values and calculating probabilities for specific scenarios involving the normal distribution.
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Normal distribution
The document discusses the normal distribution and its key properties: bell-shaped and symmetrical around the mean, extending from negative to positive infinity with an area under the curve of 1. Approximately 95% and 99.9% of the distribution lies within 2 and 3 standard deviations of the mean, respectively. It also discusses how to calculate probabilities using the standard normal distribution where the mean is 0 and standard deviation is 1, and how to standardize other normal distributions.
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- Rules for connecting the symbols
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It provides an example of drawing a context diagram and level-0 DFD for an order system.
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Data Flow Diagram Example
The document provides steps and an example for creating data flow diagrams (DFDs). It explains that DFDs are constructed at multiple levels, starting with the context level diagram identifying external entities and processes. Then a level 0 diagram identifies sub-processes, and lower level diagrams show actual data flows and data stores. The example demonstrates creating DFDs to model the processes of a lemonade stand at different levels of detail.
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This document provides an overview of data flow diagrams (DFDs). It describes the key components of DFDs, including processes, flows, stores, and terminators. Processes represent transformations of inputs to outputs, flows represent movement of data, stores represent collections of resting data, and terminators represent external entities. The document distinguishes between physical and logical DFDs, where physical DFDs specify who carries out processes and logical DFDs specify logical activities. It notes that DFDs can be used to provide a context diagram overview of a system and then expanded through leveling to show more detail.
Statistical Quality Control.
Statistical quality control (SQC) uses statistical tools to monitor and improve production processes. Walter Shewhart pioneered control charts in the 1920s to distinguish normal variation from problems. W. Edwards Deming helped spread SQC in the US and Japan. Descriptive statistics describe quality characteristics, while control charts monitor processes over time. Variables charts like X-bar and R charts monitor measurable attributes, while P and C charts monitor discrete attributes like defects. Process capability evaluates a process's ability to meet specifications by comparing variability to tolerance limits. Key metrics include Cp, Cpk, and process centering.
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Portfolio vincent elmerich
I’m a French designer with a wide international background experience in Canada. For the past 10 years I have been designing and developing products within the outdoor sports industry. I spent 4 years designing and living in Canada and gained incredible amount of experience. I have a very strong background in designing a wide range of product categories. With a balance of creative and product development skills and experience working with large sku counts. Very organized and detail oriented with a proactive approach to problem solving. I’m an energetic, passionate and outgoing team player. I strive to learn and grow from others in having an open mind and constantly seeking to improve my skills. In my free time I enjoy surfing, skateboarding, snowboarding, mountain biking, camping and traveling.
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1) Statistical significance is determined by factors like sample size, sample design, population size, standard deviation, and significance level.
2) Margin of error calculations for the TRI*M Index are based on its normal distribution, infinite population, and significance levels of 95%, 90%, and 80%.
3) Standard deviations are calculated from over 17,000 TRI*M studies involving more than 15 million interviews, in order to determine appropriate error rates. It is important to keep the sample design consistent over time.
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The document describes a post graduate diploma program in Pharmaceutical Quality Assurance and Quality Control offered by the Institute of Good Manufacturing Practices India (IGMPI). The 12-month program covers topics like quality assurance, quality control, validation, documentation, and case studies. It aims to provide knowledge on quality issues, industry needs, and techniques. Graduates can work as QA/QC managers or officers in pharmaceutical and healthcare industries. IGMPI also offers other programs in areas like GMP, regulatory affairs, and clinical research.
Industry Program In Pharma Quality Assurance And Quality Control
The document describes an industry program in pharmaceutical quality assurance and quality control offered through distance learning. The 12-month program aims to enhance knowledge of quality professionals and provide in-depth training in areas like GMP, quality assurance, regulation, and statistics. Participants can pursue careers in quality assurance, control, engineering, and management and work for major pharmaceutical companies upon completion.
How to Develop Product Specifications for Fashion Design.
Slide show presentation of how to Develop Product Specifications for Fashion Design.
Session 1 - task 1 and 2
Includes:
resources
assessment tasks (introduction)
key features
top, middle and bottom of sample specification
'graded spec'
task 1
measuring a garment (introduction)
crtical points
Basic Statistical Process Control
This presentation gives a basic overview of statistical process control with emphasis on the sections of a chart and interpretation of charts
Normal distribution stat
1) The document discusses the characteristics and properties of the normal distribution, including that it is bell-shaped and symmetrical about the mean.
2) It defines z-values as a way to standardize normal distributions by transforming data values into standard scores based on the mean and standard deviation.
3) Examples are provided to demonstrate calculating probabilities using the standard normal distribution, such as finding the percentage of observations that fall within a certain number of standard deviations from the mean.
Example of dfd with answer
The document describes Precision Tools' order management system. When customers place orders on the company's website, the system checks inventory, issues an order status, and sends the order to the warehouse for fulfillment. Once shipped, the customer is billed. The system also generates various reports.
Normal Probability Distribution
The document discusses properties of normal distributions and the standard normal distribution. It provides examples of finding probabilities and values associated with normal distributions. The key points are:
- Normal distributions are continuous and bell-shaped. The mean, median and mode are equal.
- The standard normal distribution has a mean of 0 and standard deviation of 1.
- Probabilities under the normal curve can be found using z-scores and the standard normal table.
- Values like z-scores can be determined by finding the corresponding cumulative area in the standard normal table.
STATISTICS: Normal Distribution
The document provides an outline and explanation of key concepts related to the normal distribution. It begins with an introduction to probability distributions for continuous random variables and the definition of a density curve. It then defines terms and symbols used in the normal distribution, including mean, standard deviation, and z-scores. The document explains the characteristics of the normal distribution graphically and provides examples of finding areas under the normal curve using z-tables. It concludes with examples of finding unknown z-values and calculating probabilities for specific scenarios involving the normal distribution.
1. STUDY ON QUALITY ASSURANCE AND QUALITY CONTROL MANAGEMENT SYSTEM IN 20 STO...
This document outlines Ma Nan Thazin Wint Aung's M.E thesis proposal on quality assurance and quality control management systems for a 20-story RC building construction project. The proposal discusses quality management planning, requirements, procedures, assurance, and costs. It aims to develop building strength quality, satisfy stakeholders, understand quality control procedures, determine suitable methods, gain assurance knowledge, and achieve quality in design, construction, and operation. The study will examine quality management system planning effects, control procedure effects, control method effectiveness, and solve quality problems to determine a suitable management procedure for the project.
Normal distribution
The document discusses the normal distribution and its key properties: bell-shaped and symmetrical around the mean, extending from negative to positive infinity with an area under the curve of 1. Approximately 95% and 99.9% of the distribution lies within 2 and 3 standard deviations of the mean, respectively. It also discusses how to calculate probabilities using the standard normal distribution where the mean is 0 and standard deviation is 1, and how to standardize other normal distributions.
Quality control and inspection
This document discusses quality control and inspection. It defines quality as fitness for use and outlines why quality control is important. Quality control involves verifying that products meet requirements through planned and systematic actions. Key aspects of quality control covered include pre-production inspection of materials, in-process inspection during production, and final inspection of finished products. Statistical quality control techniques like control charts and acceptance sampling are also summarized. The document emphasizes that quality control is essential throughout the production system from raw materials to final outputs.
Quality assurance
The document discusses quality assurance in healthcare. It defines quality assurance as ongoing evaluation of patient care to ensure all necessary care was provided. Quality assurance aims to achieve desired outcomes and continual improvement. It involves measuring current practices against standards, analyzing discrepancies, and implementing actions to resolve issues and reward strengths. Factors that can impact quality include lack of resources, training, and incident review procedures. The goal of quality assurance is to continually assess and improve care.
Statistical Process Control
This document provides an overview of statistical process control and related quality control techniques. It discusses descriptive statistics, statistical process control methods including the seven basic quality tools, and acceptance sampling. Statistical process control is identified as the most important statistical quality control tool because it can identify changes or variations in quality during the production process using methods like control charts. Control charts, check sheets, Pareto charts, flow charts and other tools are explained as part of statistical process control. Acceptance sampling procedures and how they manage producer and consumer risks are also summarized.
Data Flow Diagram
The document discusses data flow diagrams (DFDs) including:
- DFD symbols such as processes, data flows, data stores, and external entities
- Rules for connecting the symbols
- How to create context diagrams and level-0 DFDs to break down a system
- Strategies for developing DFDs such as top-down and bottom-up
It provides an example of drawing a context diagram and level-0 DFD for an order system.
Quality Control
This document discusses quality control procedures for evaluating a project. It outlines several ways to assess quality, including submitting progress reports, conducting pre-and post-tests, providing a warranty, and acknowledging limitations. Quality control focuses on controlling elements of production, ensuring competence, and addressing soft elements like culture. It emphasizes testing products for defects and reporting issues to management.
Data Flow Diagram Example
The document provides steps and an example for creating data flow diagrams (DFDs). It explains that DFDs are constructed at multiple levels, starting with the context level diagram identifying external entities and processes. Then a level 0 diagram identifies sub-processes, and lower level diagrams show actual data flows and data stores. The example demonstrates creating DFDs to model the processes of a lemonade stand at different levels of detail.
Data Flow Diagrams
This document provides an overview of data flow diagrams (DFDs). It describes the key components of DFDs, including processes, flows, stores, and terminators. Processes represent transformations of inputs to outputs, flows represent movement of data, stores represent collections of resting data, and terminators represent external entities. The document distinguishes between physical and logical DFDs, where physical DFDs specify who carries out processes and logical DFDs specify logical activities. It notes that DFDs can be used to provide a context diagram overview of a system and then expanded through leveling to show more detail.
Statistical Quality Control.
Statistical quality control (SQC) uses statistical tools to monitor and improve production processes. Walter Shewhart pioneered control charts in the 1920s to distinguish normal variation from problems. W. Edwards Deming helped spread SQC in the US and Japan. Descriptive statistics describe quality characteristics, while control charts monitor processes over time. Variables charts like X-bar and R charts monitor measurable attributes, while P and C charts monitor discrete attributes like defects. Process capability evaluates a process's ability to meet specifications by comparing variability to tolerance limits. Key metrics include Cp, Cpk, and process centering.
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How to Develop Product Specifications for Fashion Design.
How to Develop Product Specifications for Fashion Design.
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Here are some projects ideas for mechanical and mechatronics students to work on. You can use IOT to make it more successful project. By incorporating IoT technologies into these project ideas, students can showcase their ability to develop innovative, interconnected, and data-driven solutions that address real-world challenges in various domains. This not only enhances the project's functionality and impact but also demonstrates the students' understanding of emerging technologies and their application in the field of mechanical and mechatronics engineering.
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Mechanical Design Engineer
A mechanical design engineer position is available in Slinfold, West Sussex with a salary of £30-35k for a leading manufacturer of force and torque testing equipment. Responsibilities include researching, developing, and designing mechanical components and systems, developing new products from concept to production, and providing technical support. The ideal candidate has a mechanical engineering degree, proven design experience developing products using 3D CAD systems, analytical problem-solving skills, and project management experience.
Jagdeep Resume 03 16
Jagdeep Singh is a mechanical design engineer with over 9 years of experience in product design and development. He has expertise in areas such as industrial product design, heavy industrial equipment design, sheet metal and plastic part design, and 3D modeling. Currently employed as a Mechanical Design Engineer at Pentair Water Pvt. Limited since 2010, his responsibilities include layout design, 3D modeling, sheet metal design, prototype development, and coordination with quality and production teams. He previously worked as a Design Engineer at AXIS IT & T Limited from 2008-2010 and as an Engineer (Projects) at Roll Form Equipments Pvt. Limited from 2004-2008. Jagdeep Singh holds a Post Graduate Diploma in Business
Design and Development of FDM 3D Printer Machine.pptx
The document summarizes a student project to design and develop a low-cost FDM 3D printer. It includes sections on the project details, objectives, methodology, manufacturing details, results and discussion, conclusions, and future scope. The students' objectives were to make an affordable and portable 3D printer to address issues like bed leveling and reduce costs compared to existing printers. Their methodology involved selecting the FDM process and designing mechanisms for the x, y, and z axes along with integrating electronics and software. The project aims to improve accessibility of 3D printing technology.
Manu_C.V
This document contains Manu M.N's resume. It summarizes his career objective, professional experience, technical skills, work experience, projects handled and academic qualifications. Manu has over 3 years of experience in product design and reverse engineering. He is proficient in CAD tools like Creo, SolidWorks and Geomagic Design X. Some of the projects he has worked on include designing a manual assembly workbench for Bosch Rexorth and benchmarking an engine cylinder head for Harita Fehrer. Manu holds a B.E in Mechanical Engineering and is currently working as a Mechanical Design Engineer at MEC Concept India Pvt. Ltd.
Garrison strand Visual Resume
Garrison Strand is a mechanical engineering student at Michigan Tech pursuing a bachelor's degree. His interests include mountain biking, fishing, skiing, and camping. His mission is to preserve natural resources through sustainable living and engineering. He has project experience designing parts for supermileage vehicles and holds leadership positions in student organizations.
Amol Moghe Resume
Moghe Amol Sukumar is a senior design engineer with over 5 years of experience in the railway and automobile domains. He has extensive experience using CATIA V5 for part, sheet metal, and assembly design. Some of his responsibilities include designing rail components, sheet metal forming and joining processes, application of GD&T, and creating documentation like drawings and bills of materials. He has worked on projects for Bombardier Transportation in Canada involving the design of sidewalls, interior linings, and undercarriage components for monorail vehicles. He is proficient in CAD tools like CATIA V5 and PDM/PLM systems like Enovia 3D COM.
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Tom Bacon Design Portfolio
- 1. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ TOM Aeronautical BACON engineer Systems & design specialist Aerospace & defence professional
- 2. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ i’m a product design b.sc. (hons.) sussex university graduate. i’m currently employed at Kdc. Kdc has trained me in systems & design engineering. Kdc contracted me to airbus to work in the fuel test function. I am now a systems engineer at Cobham.
- 3. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ My Aerospace & defence Public relations Industry Systems engineering research experience: Industrial design sales An aeronautical engineer with design and product related interests in adventure, infrastructure, transportation and man’s connection with machine.
- 4. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Analytical, methodical, Professional systematic, creative, traits: innovative, technical Art, design, technology, engineering Inventions, innovations, developments pursuits: Transportation & infrastructure Adventure, endurance, challenges Health & fitness
- 5. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Creative:
- 6. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Creative:
- 7. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Dodge Challenger 2007 designed on Autodesk:
- 8. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Pro Engineer Wildfire 5: air compressor
- 9. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Smart watch designs:
- 10. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Smart watch Development:
- 11. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Desk light design development:
- 12. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Desk light prototype:
- 13. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Interior design with itv:
- 14. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Interior design with itv:
- 15. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Furniture design:
- 16. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Multifunctional table design:
- 17. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Table development & prototype:
- 18. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ Ready for action:
- 19. M: 07930189318 www.linkedin.com/in/probacon @: bacontb@gmail.com www.friedmind.wordpress.com/ enjoy life: