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3D Modelling AutoCAD Mechanical Engineering Product Design Solidworks
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Shivam J.

@svmjha

monthly-level-two.svg
4.7
34

6.0

6.0

89%

Top Rated!! Mechanical Design Engineer!!

$15 USD / Hour

・

Flag of

India (6:23 PM)

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Joined on June 25, 2019

・

2 Recommendations

$15 USD / Hour

・

I’m mechanical engineer having total 6+ years of experience in design and manufacturing industries. I have experience in product design, machine design, design for manufacturing, design for presentation, sheet metal design, design of mold, design for 3D printing, etc. SOFTWARE I have experience of working on different CAD software. But I have good hands on Solidworks. See the list of software I knows: • Dassault Solidworks • Autodesk Fusion 360 • Autodesk Inventor • Autodesk Autocad • KeyShot • Ultimaker Cura Skills • Machine design for manufacturing • Product design for manufacturing • Design for 3D printing • Design of die and mold • Design of sheet metal parts • Design of welding gigs and fixture • Simulation and motion video • Rendering and design for presentation • Finite element analysis (FEA) • Computational fluid dynamics (CFD) WORK EXPERIANCE: List of industries I have worked for: • Soap and detergent • Packaging industry • Medical industry • Agriculture & Polutary feeding industry • Film & cinema industry • Product and Electronic enclosure design • Education industry • Robotics and drone • And many more.... Also, I can help you with prototyping and manufacturing using 3D printing, mold manufacturing and sheet metal manufacturing. Trust me once to check services. You must love to work with me. Thanks and Regards Shivam Jha

Verifications

On time

85%

On budget

92%

Accept rate

100%

Repeat hire rate

11%

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Portfolio

Portfolio

13046173
These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

13032789
Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

13034383
Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

13032806
Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

13032769
Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

13032745
SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

13046173
These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

These images showcases the fully developed prototype, engineered from concept to completion. Designed with precision and built for functionality, it highlights my expertise in mechanical design, material selection, and prototyping. The final product reflects a seamless integration of form and function, bringing the virtual model to life through practical manufacturing.

3D Printing and prototyping

13032789
Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

Industrial engines and motors are power-generating machines used to drive equipment and machinery in various industrial applications. Engines typically run on fuels like diesel or gas, while motors operate using electrical energy. They are essential for powering pumps, conveyors, compressors, generators, and other mechanical systems, offering reliable and efficient performance in demanding environments.

Industrial Engine, Motors and Pumps

13034383
Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

Electronics Product and Enclosure Design involves the development of functional electronic devices along with custom-designed housings that protect internal components and ensure user-friendly interaction. This includes PCB design, component selection, thermal and EMI considerations, as well as 3D modeling of enclosures for aesthetics, durability, manufacturability (e.g., injection molding, 3D printing), and compliance with industry standards.

Electronics product and enclosure

13032806
Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

Printing and packaging machines are specialized equipment used to print, label, wrap, seal, and pack products efficiently. These machines support industries like food, pharmaceuticals, cosmetics, and consumer goods by ensuring high-speed, accurate, and consistent packaging. They enhance product presentation, protection, and branding, playing a key role in modern manufacturing and distribution.

Printing and packaging machine

13032769
Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

Medical devices and machinery are specialized tools and equipment used in healthcare for diagnosis, treatment, monitoring, and rehabilitation of patients. This includes devices like scanners, surgical instruments, patient monitors, and lab equipment. Designed with a focus on precision, safety, and hygiene, these products play a vital role in improving medical outcomes and supporting clinical practices.

Medical device and machinery

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SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

SPM (Special Purpose Machines) are custom-designed machines built for performing specific tasks or operations that are not feasible with standard machinery. Commonly used in mass production and automation, SPMs are tailored to improve efficiency, precision, and productivity in processes like assembly, inspection, machining, and packaging across various industries.

Special Purpose Machine (SPM)

4.7 · 34 Reviews
34 Reviews
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Priyank P.

0.0

₹9,000 INR

3 months ago

Design of foldable box

The project is not completed according to the dispute

Solidworks
Mechanical Engineering
Product Design
3D Modelling

+1 more

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Utkarsh G.

4.8

₹5,000 INR

5 months ago

Expert Designer for coffee machine designing

shivam is a great guy

3D Rendering
Solidworks
Manufacturing Design
Product Design
3D Modelling

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Sajag G.

5.0

₹20,000 INR

9 months ago

Spiral Conveyor for Frozen Foods -- 2

Working with Shivam was seamless and very professional.

CAD/CAM
3D Rendering
Solidworks
Manufacturing Design
Product Design

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Javed Akhtar M.

5.0

₹4,500 INR

1 year ago

FreeCAD Design for Pushbutton Set

Delivered work with perfection as per expectation

CAD/CAM
Solidworks
Manufacturing Design
Product Design

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Prashant S.

5.0

₹10,000 INR

1 year ago

SolidWorks Truck Design

Very prompt and open to change Loved working with Shivam

CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
Product Design

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Experience

CEO, Mechanical Design Engineer

Jan, 2021 - Present

•

5 years, 5 months

SaGkalpanA

Jan, 2021 - Present

•

5 years, 5 months

I'm the founder of this company. We generally deals with product and machine design for manufacturing. Apart from this we do functional prototyping and helps clients across the world in design and manufacturing.

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Kanpur, India

Jan, 2021 - Present

•

5 years, 5 months

Mechanical design engineer

Jul, 2019 - Dec, 2020

•

1 year, 5 months

My Stem 3D

Jul, 2019 - Dec, 2020

•

1 year, 5 months

Here I worked as mechanical design engineer and basically deals with design and assembly of 3D printer and 3D printed prototype.

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Delhi, India

Jul, 2019 - Dec, 2020

•

1 year, 5 months

Mechanical Design Engineer

Jun, 2018 - Jun, 2019

•

1 year

Naph Graphic PVT LTD

Jun, 2018 - Jun, 2019

•

1 year

I have worked here as mechanical design engineer and deal with designing of offset printers and packaging machines

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Noida, India

Jun, 2018 - Jun, 2019

•

1 year

Education

Uttar Pradesh Technical University

2014 - 2018

•

4 years

B Tech (Mechanical engineering)

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India

2014 - 2018

•

4 years

Certifications

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