Hire Material Selection Designers in United Kingdom

MSc Advanced Materials and Additive Manufacturing (Distinction) BEng Mechanical Engineering For my Masters Thesis project I designed an FDM printer modification, improving machine dynamics. I have... Read more

MSc Advanced Materials and Additive Manufacturing (Distinction) BEng Mechanical Engineering For my Masters Thesis project I designed an FDM printer modification, improving machine dynamics. I have in depth knowledge of the FDM process and how to optimise for: print speed, strength, and quality. Prize winner in many online 3D printing and design competitions, winning approximately £2000 worth of prizes in the past three years: Polymaker ‘3D printed hook tournament: Second place. A combination of mechanical engineering, creative design and DfAM to create the strongest possible 3D printed polymer hook (no closed loop) weighing less than 50g. The final design withstood over a 1 ton load. https://www.thingiverse.com/thing:4682845 https://youtu.be/7JOS1Cv07ts?t=831 Polypanels Design Competition: Second place. https://www.myminifactory.com/object/3d-print-polypanels-shaft-system-93600 https://youtu.be/Hs9tfpPQGmo?t=1989 . E3D Multi-material STL Competition: Second place. Design of a set of compliant pliers intended for multi-material FDM printing: https://www.thingiverse.com/thing:3522722

A Professional Senior New Product Design Engineer. Degree qualified and Certified SolidWorks Professional. Comprehensive experience in material selection, DFM, DFA, DFMEA, 3D modelling, simulation... Read more

A Professional Senior New Product Design Engineer. Degree qualified and Certified SolidWorks Professional. Comprehensive experience in material selection, DFM, DFA, DFMEA, 3D modelling, simulation and precision detailed design.

Mechanical CAD engineer ;) Read more

Mechanical CAD engineer ;)

A master’s graduate with First Class Honours in Advanced Mechanical Engineering from University of Leicester, United Kingdom. During my masters, I had a module based on CAD modelling using Solid... Read more

A master’s graduate with First Class Honours in Advanced Mechanical Engineering from University of Leicester, United Kingdom. During my masters, I had a module based on CAD modelling using Solid Works, where I had successfully submitted a CAD model of an spur gear. Also, had carried out stress analysis on the modelled part. This module has given me an overall proficiency of SolidWorks and capability to work on any task individually. At the same time, I have hands on experience with Matlab. I have successfully presented many Matlab simulated programs using various programming algorithms. For my masters project which was based on ‘Co-deposition of nickel-SiC using Pulse reverse plating techniques to produce nano composites’. Majority of the work was undertaken at the university which made me utilize all the resources and advanced technological equipment like scanning electron microscopy. After course completion, I have worked as a Teaching Assistant in the department of engineering. I have assisted in demonstrating mechanical oriented first year labs concerning flow measurements in pipes, and electrical oriented labs based on circuit design and analysis using P Spice. Also, assisted in second year labs helping students to learn about material selection in devices using CES Edupack software, as well as different engineering materials micro structural properties and processing. Furthermore, I have helped in for fourth year module involving conceptual design process for turbofan engines with improvements in aero engine design configurations. Throughout my educational & professional experiences, I have built a rigorous tendency to achieve the best possible results by approaching them with new innovative ideas.

A Master's Mechanical Engineering Degree. Aiming to achieve innovative designs that take material selection, manufacturability and performance into consideration. Read more

A Master's Mechanical Engineering Degree. Aiming to achieve innovative designs that take material selection, manufacturability and performance into consideration.

As an independent engineering materials consultant, I offer a consultancy service which can range from attendance at a few meetings to longer term contracts attached to your project. I also... Read more

As an independent engineering materials consultant, I offer a consultancy service which can range from attendance at a few meetings to longer term contracts attached to your project. I also offer engineering design CAD services; aimed at SMEs and start-ups who may not have the capability in-house, but need to produce CAD drawings of components and assemblies for manufacture throughout the project life-cycle. With the flexibility that independence offers, my services can be tailored to precisely what you need, and for how long you need them; making it a  cost-effective alternative to hiring specialists or fixed term contractors. I am happy to quote for complete tasks, an hourly rate, or on a "call-off" contract basis against an overall plan and cost limit. Materials Selection Materials selection should be performed in the earliest stages of the design cycle but is often overlooked, causing project delays with associated increased costs later. Selection of the most appropriate material depends on many factors and several outside the usual parameters of strength, toughness, etc. In product design the main goal of material selection is to minimize cost while meeting product performance goals. Systematic selection of the best material for a given application begins with the required properties.  These should be defined in the Product Design Specification (PDS), with no reference to materials at the PDS stage. For example, a thermal blanket must have poor thermal conductivity in order to minimize heat transfer. Systematic selection for applications requiring multiple criteria is more complex. For example, a rod which should be stiff and light requires a material with high Young's modulus and low density. If the rod will be pulled in tension, the specific modulus, or modulus divided by density, [E / ρ], will determine the best material. These properties also have to be ratified against the cost of the material and available production techniques for shaping and forming. A systematic approach to materials selection will be applied to your project, which will ensure that all design parameters are satisfied while minimising costs to the project. CAD CAD has become the "norm" for drafting in the engineering arena. The advantages of using CAD are numerous, but the key advantages are the flexibility and ease at which new designs can be turned into drawings and existing designs can be modified during the design process.  These make CAD an essential tool in the engineers box. In the product development space, the extended features in modern CAD software are also useful visualise a product. Overall, CAD is a tool for increasing productivity, improving quality, and reducing costs. When combined with Computer-Aided Manufacture (CAM) via CNC machining equipment and, more recently, 3D printing technology, CAD can give a company options to send their model data to suppliers to get things made remotely, with just a phone call or two to confirm details, etc.  This advantage is able to reduce costs by allowing suppliers to be situated anywhere in the world. I have three CAD packages that can be deployed on your project, depending on the project budget.  I use AutoCAD and Salome, the latter used to create meshes for later analysis by FEA. So, depending on your needs, whether it is a one-off paper-design-to-CAD exercise or a longer term product development exercise, I have an efficient solution. FEA For engineering designs, Finite Element Analysis (FEA) is a natural follow-on from CAD. FEA allows the design (or modified design) to be analysed against its performance parameters without the expense of producing working test items. Modern FEA software includes a graphical user interface for model creation, meshing and post-processing.  the calculation engine is usually "hidden" from the user and will require very little interaction, save to check the model parameters and solution accuracy. Load cases can be applied to the design and the response of the component analysed. These analyses can be fed back into the design, which can be modified accordingly. The design - analysis cycle can then be repeated as often as necessary before a working test device or prototype is made. The use of modern CAD and FEA tools makes it very quick and cost-effective to iterate design modifications and analyse them. For FEA, I use "Code-Aster" on a 64-bit Linux platform.  Code Aster is an FEA tool developed and used by French energy company EDF.  It is highly versatile and is capable of numerous post-processing options to allow detailed analysis of your design.

Hi, I'm a Design Engineer based in the UK, highly trained & experienced in mechanical & electrical systems. My degree was in BSc Hons Design Engineering- I studied for three years achieving 2:1. I... Read more

Hi, I'm a Design Engineer based in the UK, highly trained & experienced in mechanical & electrical systems. My degree was in BSc Hons Design Engineering- I studied for three years achieving 2:1. I am currently working in the audio field; designing products such as HiFi amplifiers & speakers. Most of my studies were based in the mechanical design of automotive systems & parts verified with technical reports. I have used CAD for 8 years, 6 years professionally. - 2 years experience as a CAD & project design engineer for an leading audio equipment manufacturer - 3 years experience as a design engineer for an MRI manufacturer - 1 year experience as a draughtsman for 2D site plans. I have a diverse skillset in a range of CAD programs; using Inventor, AutoCAD, Solidworks & SolidEdge to conduct and produce highly accurate assembly designs & drawings. I like to be thorough, yet concise in my drawings to achieve accurate & cost effective manufacturing results. In addition to CAD services, I can assist with product design & planning including and not limited to: -Concept planning -Assembly & Part modelling -Design validation with CAE -Material selection & Manufacturing process guidance -Technical & financial analysis I can also assist with electrical schematics, rendering, file conversion, file / database organisation & more!

I am an accomplished Product Design Engineer with a robust background in mechanical engineering, specializing in CAD design, 3D modeling, and prototyping. My expertise lies in transforming concepts... Read more

I am an accomplished Product Design Engineer with a robust background in mechanical engineering, specializing in CAD design, 3D modeling, and prototyping. My expertise lies in transforming concepts into tangible, high-quality products that meet stringent industry standards and exceed client expectations. With years of hands-on experience, I have honed my skills in creating detailed engineering drawings, developing innovative designs, and optimizing products for manufacturing, particularly in the realm of sheet metal fabrication. Strengths and Skillsets: 1. CAD Design and 3D Modeling: I have a deep proficiency in using advanced CAD software, such as SolidWorks, AutoCAD, and Fusion 360, to create precise and detailed 3D models. My designs are not just visually accurate but are also optimized for functionality and manufacturability. I can take your ideas and concepts and turn them into fully functional designs that are ready for prototyping and production. 2. Product Development: My experience spans the entire product development lifecycle, from initial concept design to final production. I excel in taking a product idea from the drawing board through to completion, ensuring that each stage is meticulously planned and executed. I work closely with clients to understand their needs and translate them into practical, efficient designs that meet all specified requirements. 3. Prototyping and Testing: I utilize 3D printing and other rapid prototyping techniques to create physical models of designs, allowing for thorough testing and iteration. This approach ensures that potential issues are identified and addressed early in the development process, resulting in a final product that is both high-quality and reliable. 4. Sheet Metal Design: My specialized knowledge in sheet metal design allows me to create parts and assemblies that are not only functional but also cost-effective and easy to manufacture. I am experienced in designing for various fabrication techniques, including bending, cutting, and welding, ensuring that the final product is robust and meets all necessary specifications. 5. Engineering Drawings and DXF Files: I produce detailed engineering drawings and DXF files that are essential for the manufacturing process. These documents are created with precision, ensuring that all necessary details are clearly communicated to the fabrication team. My drawings are compliant with industry standards and include all relevant information, such as dimensions, tolerances, and material specifications. 6. Design for Manufacturing (DFM): One of my key strengths is my ability to design products with manufacturability in mind. I focus on creating designs that are not only functional and aesthetically pleasing but also optimized for efficient manufacturing. This involves considering factors such as material selection, ease of assembly, and cost-effectiveness from the very beginning of the design process. Accomplishments: 1. Successful Product Launches: Throughout my career, I have successfully led multiple product development projects from concept to market launch. One of my notable achievements includes the development of a cutting-edge machine for Keencut, where I integrated the latest technological advancements to improve performance and user experience. This product received excellent feedback and contributed to the company's reputation for innovation. 2. Design Optimization: I have a proven track record of optimizing existing designs to enhance their performance and efficiency. For example, I redesigned a key component in an industrial machine, reducing its manufacturing cost by 15% while improving its durability and ease of assembly. This redesign was implemented across the product line, leading to significant cost savings for the company. 3. Prototyping and Testing: In one of my recent projects, I used 3D printing to prototype a complex assembly for a new product. This approach allowed for rapid testing and iteration, ultimately leading to a final design that met all functional requirements and could be produced within budget and on schedule. The successful prototyping phase was a critical factor in the project’s overall success. 4. Collaboration and Teamwork: I have worked collaboratively with cross-functional teams, including manufacturing engineers, marketing teams, and quality assurance professionals, to bring products from concept to reality. My ability to communicate effectively with different stakeholders has been instrumental in ensuring that projects are completed on time and within scope. Education and Professional Development: I hold a Bachelor's degree in Mechanical Engineering, which provided me with a solid foundation in the principles of design, mechanics, and materials science. I have continued to build on this foundation through ongoing professional development, including