3D Model Work platform

Industrial working platform with stairs, developed using the Skeleton Design methodology in Autodesk Inventor. This approach utilizes multiple base sketches distributed across different planes within a

3D Model FlipDigits Frame

individual flip-digits cells for creating dynamic display systems. Developed using the Skeleton Design methodology in Autodesk Inventor, this approach utilizes multiple base sketches distributed across different

3D Model FlipDot Frame

individual flip-dot cells for creating dynamic display systems. Developed using the Skeleton Design methodology in Autodesk Inventor, this approach utilizes multiple base sketches distributed across different

3D Model Filter Box

Air Filter Cabinet with PC Fans, developed using the Skeleton Design methodology in Autodesk Inventor. This approach utilizes multiple base sketches distributed across different planes within a master

3D Model Disc-brake design in Catia

conceptual disc brake design developed in 2017 as part of a design contest. The objective was to understand the fundamentals of braking systems, with a strong focus on mechanical design, geometry, and manufacturability

Designer Kicad_daksh

PCB Design Engineer | Hardware Layout & DFM Optimization Expert

schematic translation, and manufacturing-optimized PCB layout services. Utilizing industry-standard design disciplines (with native proficiency in KiCad), I specialize in transforming conceptual circuit designs

3D PCB LAYOUT Arduino Arduino Expansion Shields Circuit Design Design for Manufacturing Design for Manufacturing (DFM Electrical Circuit Design Services Electrical Engineering Electrical Schematic Drawing Services Electronics Design Service Electronics Engineering Engineering Design Hardware Prototyping KiCad PCB Design PCB Design Services Prototype Design Engineering Prototyping Schematic Capture

3D Model Power Rack

Design and 3D modeling for the manufacturing of a Power Rack for gym applications, developed using the Skeleton Design methodology in Autodesk Inventor. This advanced design approach utilizes multiple

3D Model Hydraulic Four-Spade Claw

digging mechanism designed to create semi-spherical holes in soil, developed using the Skeleton Design methodology in Autodesk Inventor. This approach utilizes multiple base sketches distributed across different

3D Model Flat Bench

Flat Bench is a fundamental strength training equipment piece, developed using the Skeleton Design methodology in Autodesk Inventor. This approach utilizes multiple base sketches distributed across different

3D Model Cotton Candy Rolling

Cotton Candy Rolling and Cutting Machine, developed using the Skeleton Design methodology in Autodesk Inventor. This approach utilizes multiple base sketches distributed across different planes within