Veda Vardhan Reddy Mittapally

Detail-oriented and technically proficient CAD Design Engineer with hands-on experience in designing magnetic work holding devices and magnetic lifter beams for industrial applications. Currently employed at Magnet Revolution Pvt. Ltd., with a proven track record of delivering customized, high-performance magnetic solutions aligned with client specifications and engineering standards. Skilled in 3D modeling, mechanical drafting, and design optimization using tools such as SolidWorks and AutoCAD. Adept at collaborating cross-functionally with production, R&D, and customer teams to ensure functional, cost-effective, and manufacturable designs. Committed to innovation, precision, and continuous improvement in product development.

• Date of Birth: 08/24/2000
• Gender: Male
• Nationality: Indian

Manufacture and Design of semi-automatic injection Mould tool (07/2018 – 06/2019)
Objective: To Manufacture an Injection Mold Tool to produce an Ice cube tray.
Softwares used: Unigraphics (NX10) for designing Mould, Component Ice cube tray, and CNC programming for the
machining process.
The Methodology used: Conventional and Non-Conventional Machines involved with different machining techniques
such as Milling machine, lathe machine, grinding machine, cylindrical grinding machine, CNC milling, EDM machine,
and Wire EDM were used to manufacture mold.

Surface structure and Mechanical properties of Friction Stir Welded AA7075 with Nano particulates (01/2023 – 06/2023)
Objective: To present the feasibility of joining two similar composite plates by Friction Stir Welding (FSW) which is
reinforced by Titanium carbide, Aluminium oxide, and Boron carbide nanopowders and base metal formed by the Stir
casting method. The surface structure and mechanical properties of Friction Stir Welded (FSW) AA7075 reinforced with
Nanopowders and without Nano powers are compared.
Softwares used: Creo for Designing Friction Stir Welding Tool, Ansys For Thermal analysis
The methodology used: Stir Casting machine, Mould, Milling machine, Friction Stir Welding Machine

Investigation of Stresses During Contact of Cutting Tool and Various Specimens on Lathe Machine, Journal of Xidian University

Abstract:
Contact stress between the contact parts may not be significant at the time of design in comparison to other parameters but it is very important to consider while designing the product. Contact stresses can be occurred between sphere and sphere, cylinder and cylinder, cylinder and sphere etc. In this paper presented the contact stress analysis for cutting tool of lathe machine
with various materials such as Al 7075-T6, Brass and Mild steel. The contact stress analysis was studied in simulation
and observed the contact stress during the impact and shear stresses in the each body. The contact force was calculated
experimentally by using
lathe dynamo meter.
Journal of Xidian University

ADVANCED MECHANICAL CAD/CAM

• Silver Medal In Karate, 6th INTERNATIONAL GOJU-RYU KARATE CHAMPIONSHIP, 04/25/14
• Bronze Medal in Aero Kick Boxing, 5th A.P State Kick Boxing Championship, 03/08/14

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