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$10 USD / hour
Flag of EGYPT
behira, egypt
$10 USD / hour
It's currently 5:51 PM here
Joined September 13, 2023
1 Recommendation

Mohammed E.

@esmohmedelnahas1

 5.0 (3 reviews)
2.9
2.9
67%
67%
$10 USD / hour
Flag of EGYPT
behira, egypt
$10 USD / hour
100%
Jobs Completed
100%
On Budget
100%
On Time
N/A
Repeat Hire Rate

mechanical engineer

(وَفِي السَّمَاءِ رِزْقُكُمْ وَمَا تُوعَدُونَ) I'm Mohamed Elnahas from Alexandria , Egypt , I'm Mechanical Engineer Specialisized in Design (HVAC,PLUMBING,FIREFIGHTING) Systems with all available software (AUTOCAD , REVIT) AND ALL CALCULATIONS -- MY Skills 1- HVAC design and software (Preparation & review of design, construction/execution and shop drawings, Design reports, Project Specifications and any other necessary documents pertaining to the design and construction of HVAC (Heating Ventilating and Air Conditioning) System,Create layout for equipment, ducting and piping of Heating, Ventilating and Air Conditioning (HVAC) System including sizing of pipes and ducts) - I use all international codes such as ( Ashrae , NFPA, UPC, IPC, UPC ,ASPE, SMACNA other International design codes) 2- Plumbing & Fire Fighting ( Designing, Shop Drawing, As Built drawing and Supervision services related to Plumbing, Firefighting systems ) 3- Simulation (Ventilation Using Ventsim Software , Hydraulic and Pneumatic Using FluidSim Software,Matlab Software) 4- MATLAB Software 5- Circuit Analysis 6-digital logic design 7- Convert PDF , JPG,Sketch to dwg or Rvt (AUTOCAD , REVIT) 8- Technical Reports (Cooling and Heating Loads reports , Ventilation Reports , External static pressure ,heat transfer , fluid mechanics , thermodynamics) 9- tutorial (HVAC , FIREFIGHTING , PLUMBING , DESIGN DRAWING , SHOP DRAWING , AUTOCAD , MEP , ARCH , REVIT , PHYSICS ,THERMODYNAMICS , HEAT TRANSFER , FLUID MECHANICS , MATHS,Dynamics,Hydraulics and Pneumatics,Calculus I- II,Differential Equations) ---- My Software Skills 1- Autodesk AutoCAD 2- Autodesk AutoCAD MEP ,ARCH 3- Autodesk Revit 4- SolidWorks 5- Matlab Software 6-Hap program 7- Duct Sizer 8- Elite programs 9-pipe flow expert 10- Pump Sizing and pump Calculator 11- Autofluid 12- pipesizer 13- Microsoft office Software ★★★★★Expertise ★★★★★Quality of Work ★★★★★Professionalism ★★★★★Communication Skills Now, I am waiting your messages.
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Portfolio

11587758
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
11572378
Natural Language Processing: Fluent in understanding and generating human-like text across various topics. Information Synthesis: Capable of summarizing and presenting information in a clear and concise manner. Conversation: Skilled in engaging and interactive dialogues to assist and entertain users. Problem Solving: Proficient in providing solutions, answering queries, and offering creative ideas. Experience: Virtual Assistant (OpenAI): Providing assistance and information to users since creation. Content Generation: Contributing to the generation of diverse content, including writing, brainstorming, and idea generation. Education: GPT University: Graduated with honors in Natural Language Processing and Communication. Languages: English: Native proficiency. Code: Conversant in various programming languages, including Python and JavaScript. Interests: Learning: Constantly updating knowledge and staying current with the latest trends. Creativity: Enjoying the process of generating c
Resume
Natural Language Processing: Fluent in understanding and generating human-like text across various topics. Information Synthesis: Capable of summarizing and presenting information in a clear and concise manner. Conversation: Skilled in engaging and interactive dialogues to assist and entertain users. Problem Solving: Proficient in providing solutions, answering queries, and offering creative ideas. Experience: Virtual Assistant (OpenAI): Providing assistance and information to users since creation. Content Generation: Contributing to the generation of diverse content, including writing, brainstorming, and idea generation. Education: GPT University: Graduated with honors in Natural Language Processing and Communication. Languages: English: Native proficiency. Code: Conversant in various programming languages, including Python and JavaScript. Interests: Learning: Constantly updating knowledge and staying current with the latest trends. Creativity: Enjoying the process of generating c
Resume
11519896
he CSWA certification indicates a foundation in and apprentice knowledge of 3D CAD design and engineering practices and principles
CSWA
he CSWA certification indicates a foundation in and apprentice knowledge of 3D CAD design and engineering practices and principles
CSWA
he CSWA certification indicates a foundation in and apprentice knowledge of 3D CAD design and engineering practices and principles
CSWA
11445711
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
11378690
Design in Revit
Design in Revit
Design in Revit
11369105
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
11587758
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
Key Skills and Experience: AutoCAD to 3D Modeling: I have significant experience in transforming AutoCAD designs into detailed 3D models, ensuring accuracy and attention to design specifications. Varying Angles Photography: I specialize in adding intricate details to 3D models, including lighting, reflections, and textures, to enhance realism and visual appeal. Portfolio: Please find attached my portfolio, showcasing previous projects where I successfully converted AutoCAD designs into high-detail 3D models. I am enthusiastic about the opportunity to contribute my skills to your project. I am available for further discussion o
Portfolio
11572378
Natural Language Processing: Fluent in understanding and generating human-like text across various topics. Information Synthesis: Capable of summarizing and presenting information in a clear and concise manner. Conversation: Skilled in engaging and interactive dialogues to assist and entertain users. Problem Solving: Proficient in providing solutions, answering queries, and offering creative ideas. Experience: Virtual Assistant (OpenAI): Providing assistance and information to users since creation. Content Generation: Contributing to the generation of diverse content, including writing, brainstorming, and idea generation. Education: GPT University: Graduated with honors in Natural Language Processing and Communication. Languages: English: Native proficiency. Code: Conversant in various programming languages, including Python and JavaScript. Interests: Learning: Constantly updating knowledge and staying current with the latest trends. Creativity: Enjoying the process of generating c
Resume
Natural Language Processing: Fluent in understanding and generating human-like text across various topics. Information Synthesis: Capable of summarizing and presenting information in a clear and concise manner. Conversation: Skilled in engaging and interactive dialogues to assist and entertain users. Problem Solving: Proficient in providing solutions, answering queries, and offering creative ideas. Experience: Virtual Assistant (OpenAI): Providing assistance and information to users since creation. Content Generation: Contributing to the generation of diverse content, including writing, brainstorming, and idea generation. Education: GPT University: Graduated with honors in Natural Language Processing and Communication. Languages: English: Native proficiency. Code: Conversant in various programming languages, including Python and JavaScript. Interests: Learning: Constantly updating knowledge and staying current with the latest trends. Creativity: Enjoying the process of generating c
Resume
11519896
he CSWA certification indicates a foundation in and apprentice knowledge of 3D CAD design and engineering practices and principles
CSWA
he CSWA certification indicates a foundation in and apprentice knowledge of 3D CAD design and engineering practices and principles
CSWA
he CSWA certification indicates a foundation in and apprentice knowledge of 3D CAD design and engineering practices and principles
CSWA
11445711
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
Simulation Capabilities: ANSYS allows engineers to simulate and analyze the behavior of structures and systems under various conditions. This helps in optimizing designs and predicting how different factors may affect performance. Multiphysics Simulations: ANSYS is capable of performing multiphysics simulations, meaning it can analyze the interactions between different physical phenomena like structural, thermal, and fluid dynamics. User Interface: It provides a user-friendly interface for setting up and running simulations. Engineers can define materials, loads, and boundary conditions to simulate real-world scenarios. Pre-processing and Meshing: ANSYS includes tools for pre-processing, where you can set up your simulation model, and meshing, where you divide the model into small elements for analysis. Post-processing: After running a simulation, ANSYS provides post-processing tools to analyze and visualize the results. This includes stress distribution, temperature profiles,
ansys (CFD)
11378690
Design in Revit
Design in Revit
Design in Revit
11369105
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design
This portfolio item features the conceptualization, design, and realization of an innovative mechanical table—a testament to the fusion of form and function. Key Features: Adjustable Mechanism: The table incorporates a state-of-the-art adjustable mechanism, allowing users to customize the height to their ergonomic preference. Durable Materials: Crafted from high-quality, industrial-grade materials, the table ensures longevity and resilience in various environments. Sleek Aesthetics: A modern and minimalist design approach was taken to seamlessly integrate the mechanical components, creating a visually appealing piece that complements any space. User-Friendly Interface: The user interface for adjusting the table height is intuitively designed, providing a seamless and hassle-free experience. Design Process: The portfolio includes sketches, 3D models, and prototypes, offering a glimpse into the evolution of the design from concept to completion. The iterative design process highli
mechanica design

Reviews

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Showing 1 - 3 out of 3 reviews
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5.0
$20.00 AUD
extract Figure data and make new figures
MOhammad id very straight forwad man, Just got my requirments easly, and he sent the job even in front of scheduale, I am very happy with the deliverables. will work with him soon
Data Processing
Data Entry
Excel
Web Scraping
Data Mining
User Avatar
Flag of Musab H.
@Musab1203
•
5 months ago
5.0
$50.00 USD
Product information collection for transaxles including cooling systems 23-12-020
You were courteous and thorough in your work. It was great to work with you and I would recommend you to others.​
Automotive
Car
Engineering
Internet Research
Web Search
K
Flag of Kenichi O.
@KENKEN1980
•
5 months ago
5.0
$50.00 AUD
Project for Mohammed E.
good work, will hire again
Engineering
CAD/CAM
AutoCAD
Energy
+1 more
T
Flag of Talis K.
@taliskrumins
•
5 months ago

Experience

service engineer

mantrac
Jun 2022 - Sep 2022 (3 months, 1 day)
A service engineer responsible for troubleshooting and maintaining heavy equipment. Specialized in diagnosing mechanical and technical issues, conducting repairs, and implementing preventive maintenance measures. Proficient in handling a variety of heavy machinery and ensuring optimal performance. Dedicated to minimizing downtime and maximizing equipment efficiency through meticulous inspections and efficient problem-solving.

Education

mechanical engineering (very good)

Alexandria University, Egypt 2018 - 2023
(5 years)

Qualifications

CSWA

SOLIDWORK
2023
A Certified SOLIDWORKS Expert is someone who easily demonstrates the ability to utilize advanced functions and features to solve complex modeling challenges.

technician for Africa

caterpiller
2022
When working with heavy equipment, it is essential to be familiar with the machinery and its applications. Caterpillar has launched the Technicians for Africa Project. The website, which is available in French, Portuguese and English, is leveraging Caterpillar’s existing, state of the art e-learning solutions and makes them available for anyone that has the ambition to develop a career as a heavy equipment Technician.

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Engineering 2
Data Entry 1
Excel 1
CAD/CAM 1
AutoCAD 1

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