Ninad Sanjay Salunkhe CV + Workportfolio (1)_compressed.pdf

[Virtual Presenter] Welcome everyone, to our presentation today, we will be exploring some exciting projects and designs from my work experience as a mechanical design engineer. Let's dive right into it..

[Audio] In this project, I assembled approximately 131 parts to form the completed device. Additionally, I created subassemblies for the handle, plunger, yoke, and hydraulic controls..

[Audio] I studied the working principle, mechanism, and applications of the Holmatro spreader. I also developed components of the Holmatro, which is a leading company in the production of hydraulic equipment and systems for industrial applications and emergency services..

[Audio] As part of the Pick & Place project, I studied the fundamental principles, mechanisms, and uses of Pick & Place technology. I also developed key components of the design, including sub-assemblies for the base platform, grabber holder, gripper, slider, table, work station, X-axis assembly, and Y-axis assembly..

[Audio] The Pick & Place Project involves the development of over one hundred components and eight sub-assemblies. Our team has successfully simulated, animated, and rendered the final assembly of this project..

[Audio] Excavators have been studied with regards to their working principle, mechanism, and applications. They are primarily utilized for tasks such as digging holes, mining, and river dredging..

[Audio] Excavator machines consist of multiple components, which work together to perform their intended functions. In this project, we simulated, animated, and rendered the final assembly of an excavator machine, comprising approximately 17 components..

[Audio] The waving Indian flag was designed using SolidWorks, a computer-aided design software. A piston mechanism was employed to create the waviness in the flag. The flag was designed as an internal part within an assembly, which was then merged with the top surfaces of the piston..

[Audio] The Newton's Cradle project, also known as Newton's pendulum, showcases the principles of energy and momentum conservation. With thirteen components, this device demonstrates the transfer of forces between moving spheres, ultimately leading to the conservation of momentum and energy. When one sphere is lifted and released, it strikes the stationary spheres, initiating a chain reaction that repeats itself in the opposite direction..

[Audio] The Tractor Project is a comprehensive design consisting of 47 parts. Its primary function is to serve various agricultural purposes. To enhance realism, different materials and visual effects were incorporated into the design..

[Audio] The Crane Wheel Loader project involves designing the tyre road subassembly, which comprises a total of 49 components and one subassembly. All these components were created using SolidWorks and visualized with SolidWorks Visualize..

[Audio] The Jeep project consisted of twenty-one components, including the main body, chassis, dashboard, and seat. Additional parts included wind shield, steering wheel, tyre, rim, head light, and axle rod. To create a realistic view, various materials and appearances were applied to the design. All parts were designed using Catia, and rendering of the parts and assembly was done using SolidWorks Visualize..

[Audio] Drones have been designed with multiple components, consisting of 19 parts. To enhance accuracy, various appearances and materials were incorporated into the design. As the term suggests, drones refer to unmanned aerial vehicles, which can travel different heights and distances..

[Audio] A V6 engine is a type of internal combustion engine with six cylinders, sharing a common crankshaft and arranged in a V configuration. With a total of 190 parts, this design showcases the complexity and intricacy of mechanical engineering..

[Audio] The Six Cylinder Radial Engine design comprises 127 individual components and two sub-assemblies. Its unique configuration features cylinders arranged around a central crankshaft, similar to the spokes on a wheel. All parts were created using Catia software, while rendering of parts and assembly was accomplished through SolidWorks Visualize. To enhance realism, various materials and appearances were incorporated into the design..

[Audio] A four-stroke engine is an internal combustion engine where the piston completes four distinct strokes while rotating the crankshaft. This design comprises a total of 15 components..

[Audio] Atharva Phand, a mechanical design engineer, designed a chess game using Catia software. He separated all parts of the game and then assembled them together. To demonstrate the movements of the game, he utilized the Exploded View command..

[Audio] This twisted lamp design demonstrates the flexibility of SolidWorks software, enabling designers to craft complex forms effortlessly. By employing various commands including Extrude Thin, Boss Extrude, Fillet, and Circular pattern, intricate designs like this twisted lamp can be achieved. The rendering process using SolidWorks Visualize also amplifies the visual appeal of the design..

[Audio] The design consists of a single part featuring twisted rings intended for decorative purposes. Various SolidWorks commands like Revolve, Surface Sweep, Sweep, and Circular Pattern were employed to achieve the desired shape. The part was created within SolidWorks software and visually represented through rendering with SolidWorks Visualize..

[Audio] The Interlinked Star Design presents a distinctive decorative item produced through diverse CAD commands. A solitary part forms the basis of this creation, meticulously fashioned with exactness and meticulousness. Employing Surface Trim, Fillet, Combine, and Circular Pattern commands, the creator has skillfully brought this intricate design into existence. The finished product was visualized using SolidWorks Visualize, enabling a visually striking portrayal of the design..

[Audio] The Text Illusion Design uses words to create visual illusions. Three words - Dassault Systèmes, Mechanical Engineering, and CadInfield - are presented in a unique manner. The design was created using SolidWorks and rendered with SolidWorks Visualize. This showcases the ability to think creatively and apply technical skills to produce innovative results..

[Audio] In this project, Atharva Phand participated in a CAD competition organized by IIT Hyderabad and achieved a second-place ranking. The challenge was to design a gaming mouse within specific dimensions, matching those of a standard mouse. The design had to incorporate either a USB cable or a battery slot. This experience demonstrates Atharva's ability to work under pressure and meet tight deadlines..

[Audio] The shock absorber is designed to absorb the compression and rebound of the springs and suspension, reducing the impact of traveling over rough ground. This results in improved ride quality and vehicle handling. With only four parts, this design demonstrates efficiency and simplicity..

[Audio] The AWM Gun is a single-part design renowned for its presence in popular games such as PUBG and BGMI. To create this design, a reference image from the internet was used to outline the gun's features..

[Audio] BLDC motors offer several benefits, including better speed-torque characteristics, high efficiency, noiseless operation, and higher speed ranges. However, they also have some drawbacks, such as complex management systems and higher prices due to expensive components..

[Audio] The components of a Brushless DC motor include electrical winding, rotor cover, mounting, stator, shaft, magnetic block, nut, and rotor stopper screw. These components work together to provide efficient and reliable operation of the motor..

[Audio] DC motors operate on a direct current power supply without the need for a control mechanism. This makes them simple and easy to use. However, they do require regular maintenance to ensure optimal performance..

[Audio] The components of a DC motor include the rotor cover, end contact, housing, magnet, bushing, spacer, and spur gear, which work together to convert electrical energy into mechanical energy..

[Audio] The Apple iPhone design presented here is a single-part design created using Catia software. The rendering was accomplished with SolidWorks Visualize, providing a lifelike representation of the iPhone. To achieve a more realistic appearance, decals were applied..

[Audio] The Jig Handle Design comprises twenty-one distinct components, each meticulously created utilizing various SolidWorks commands including Extruded Boss/Base, Extruded Cut, Revolved Base, Chamfer, and Appearance. These components were designed within SolidWorks and subsequently rendered using SolidWorks Visualize to generate a visually striking representation of the design..

[Audio] The Ring design is a single-component design created using SolidWorks software. The rendering was accomplished through SolidWorks Visualize. The design process involved the use of various commands, including Curve, Sweep, Mirror, Loft, and Revolve..

[Audio] This chain ring design is a single-part creation, intended for decorative purposes. It was developed using various SolidWorks commands, including Boss Extrude, Fillet, Reference Axis, Cut Extrude, Circular Pattern, Linear Pattern, and Flex & Combine. The design was created within SolidWorks and visualized using SolidWorks Visualize..

[Audio] The speaker designed by Atharva Phand assumes dimensions, featuring a separate charging port. The design was created using Catia software, and its rendering was achieved through SolidWorks Visualize. Various appearances and materials were added to the design to obtain a more accurate representation..

[Audio] Ball bearings have a crucial role in decreasing rotational friction and sustaining both radial and axial loads. The design comprises twenty components, demonstrating the intricacy and functionality of these mechanical parts. Created in Catia and visualized using SolidWorks Visualize, this depiction offers a comprehensive comprehension of the ball bearing's internal mechanisms..

[Audio] If you were given a PokeBall, which would be your first Pokémon? The PokeBall design consists of four components, all designed in Catia and rendered using SolidWorks Visualize. We can imagine a unique and fascinating Pokémon emerging from these components. Perhaps it would be a creature with the ability to adapt to different environments, much like the components working together seamlessly. Or maybe it would have a special power, like the ability to change its shape or form, reflecting the versatility of the design process. Whatever the case may be, it's exciting to think about what kind of Pokémon could emerge from this innovative design..

[Audio] The Root Blower design consists of 23 individual components, each carefully crafted using Catia software. The entire assembly was then visualized using SolidWorks Visualize, allowing for a detailed understanding of its functionality. Roots blowers play a crucial role in generating consistent airflow, unaffected by changes in discharge pressure conditions..