I'm a self-taught mechanical designer with a strong passion for turning ideas into practical, manufacturable solutions. Over the years, I’ve built up solid experience in: 3D modeling and mechanical d... Read more

I'm a self-taught mechanical designer with a strong passion for turning ideas into practical, manufacturable solutions. Over the years, I’ve built up solid experience in: 3D modeling and mechanical design (parts, assemblies, mechanisms) CAD software (Fusion 360) Prototyping for 3D printing, CNC, and laser cutting Custom robotics and motion systems (e.g., robotic arms) Reverse engineering from sketches, drawings, or physical parts Creating technical drawings for manufacturing and assembly I approach every project with problem-solving in mind—focusing on functionality, simplicity, and ease of production. My work is clean, detailed, and ready for real-world use.

Qualified Mechanical Engineer. Experienced in product design and prototype manufacture/build. I own a patent for a mechanical steering device for yachts and have been awarded a prize for innovation pr... Read more

Qualified Mechanical Engineer. Experienced in product design and prototype manufacture/build. I own a patent for a mechanical steering device for yachts and have been awarded a prize for innovation presented by Sir Robin Knox-Johnson. I have a broad CAD design experience in both 2D and 3D systems as well as working with 3D printing, and graphic design.

am a 3D visualisation artist with a strong background in construction and materials, giving me a practical understanding of how buildings are designed and built. I specialise in creating high-quality... Read more

am a 3D visualisation artist with a strong background in construction and materials, giving me a practical understanding of how buildings are designed and built. I specialise in creating high-quality architectural renders and visualisations for estate agents, property developers, and architects, helping them showcase projects with clarity and impact. My skillset includes: • Photorealistic exterior and interior CGI • Virtual staging and marketing visuals for property sales • 3D modelling, texturing, and rendering in Blender • Expertise in materials, finishes, and construction details I combine creative design with technical accuracy, ensuring that every project is visually compelling while reflecting real-world buildability. Always developing my skills and keeping up with the latest software and industry advances, I bring a reliable and professional approach to every client project.

I'm a mechatronic engineer with over two years of experience in Production Architecture Design and 3D modeling, turning ideas into precise, functional, and manufacturable solutions.I specialize in cre... Read more

I'm a mechatronic engineer with over two years of experience in Production Architecture Design and 3D modeling, turning ideas into precise, functional, and manufacturable solutions.I specialize in creating precise and functional designs for industries such as automotive, consumer products, and industrial equipment. Proficient in SolidWorks, AutoCAD Inventor, and primarily working with Fusion 360, I ensure that every design is both practical and manufacturable. Let’s bring your vision to life with precision, efficiency, and a passion for great design!

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 e... 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.

Raised in the historical town of Brasov, Romania, my journey into the world of engineering commenced against the backdrop of medieval allure and architectural marvels in 2010. Pursuing a bachelor’s de... Read more

Raised in the historical town of Brasov, Romania, my journey into the world of engineering commenced against the backdrop of medieval allure and architectural marvels in 2010. Pursuing a bachelor’s degree in industrial engineering – Renewable Energy Systems Engineering at Transylvania University in Brasov provided the initial brushstrokes for what would become a dynamic career. ​ In 2014, I entered the professional landscape, contributing to an engineering consultancy company that served a client specialized in heavy industry engines and thermal structures. Precision marked my meticulous design of heat shields, leaving an enduring impact on products crucial to industrial giants. Seeking fresh challenges in 2017, I ventured to the United Kingdom, where I applied my expertise to a prominent manufacturing company. Adapting access platforms for diverse vehicles became my forte, seamlessly blending innovation with practicality across projects ranging from pickup trucks to Unimogs. ​ The next chapter unfolded in 2018, working for a leader in the Access Platforms industry, where I played a pivotal role in developing access platforms on vehicle chassis as a senior design engineer. Proficient in all design aspects and project management, I excelled in generating successful outcomes with each project. ​ In 2021, a new opportunity arose as I joined a leading company specializing in material handling solutions. As a senior design engineer, I crafted intricate conveyor systems, ensuring compliance with the latest safety standards and overseeing projects from design inception to production dispatch, as well as expanding my knowledge for research and development projects. ​ Amidst these experiences, inspiration culminated in the establishment of KRUHN Engineering in 2023. Headquartered in the UK, the name pays homage to my hometown, Brasov, known as Kruhnen. ​ KRUHN Engineering specializes in a wide spectrum of technical services tailored for the engineering landscape. Flexible and adaptable, capable of tailoring skills to meet specific project requirements. Committed to delivering high-quality results while maintaining effective communication and meeting project deadlines, building strong relationships with clients, and working collaboratively to achieve their design objectives. ​ I welcome the opportunity to discuss how KRUHN Engineering can contribute to your organization's success. Feel free to reach out, and let's explore how we can collaborate.

Facade Designer, Architectural Design, Shop/GA drawings, Manufacturing drawings, Rainscreen drawings, Autocad, United Kingdom.

Facade Designer, Architectural Design, Shop/GA drawings, Manufacturing drawings, Rainscreen drawings, Autocad, United Kingdom.

-Bachelors in Mechanical engineering(Beng(hons)) -Target and deadline orientated with professional finish -Experience in Solid works flow simulations - 2D and 3D CAD drawings

-Bachelors in Mechanical engineering(Beng(hons)) -Target and deadline orientated with professional finish -Experience in Solid works flow simulations - 2D and 3D CAD drawings

With over 10 years of experience in the construction and engineering industry, I have worked on many different types of projects varying in size and complexity from extensions to multi storey office b... Read more

With over 10 years of experience in the construction and engineering industry, I have worked on many different types of projects varying in size and complexity from extensions to multi storey office blocks.

The buying and selling of currencies in the foreign exchange market in the UK, often referred to as Forex, with the goal of profiting from fluctuations in exchange rates.

The buying and selling of currencies in the foreign exchange market in the UK, often referred to as Forex, with the goal of profiting from fluctuations in exchange rates.