Hi, I'm Vineeth Kumar 👋
Design Engineer | CAD & CAE Specialist
Design Engineer | CAD & CAE Specialist
I am a dedicated Mechanical Engineering Master's student at IIT Tirupati with a specialization in Design and Manufacturing. My passion lies in engineering design, simulation, and innovation-driven development.
Currently, I am engaged in the development of an indigenous piezoelectric accelerometer sensor, tailored for applications in machine dynamics. I bring concepts to life using a versatile toolkit that includes CREO, ANSYS, MATLAB, Simulink, and Arduino.
My approach blends technical depth with creative problem-solving to achieve practical and high-performance engineering solutions. I'm particularly interested in the intersection of mechanical design and Man technology.
Indian Institute of Technology Tirupati | 2024 – 2026
CGPA: 8.23
Key Courses:
JNTUH University College of Engineering Sultanpur | 2021 – 2024
CGPA: 7.48 | Top 1% of the class 2024
Key Courses:
Jawaharlal Nehru Government Polytechnic | 2018 – 2021
CGPA: 9.71 | Top 3% of the class 2021
Key Courses:
Vidyaranya Model School | 2018
CGPA: 9.7 | 1st rank in class 2018
Key Courses:
Duration: 12 months | Supervisor: Dr. Govind N Sahu
Currently working on the design of a piezoelectric accelerometer for vibration measurement in dynamic systems. Focused on material selection, sensitivity optimization, and frequency response analysis through simulation models. Intended for application in machine dynamics with an emphasis on low-cost, high-sensitivity sensor design.
Tools Used: COMSOL Multiphysics, MATLAB, Ansys Workbench, Arduino IDE
Duration: 6 months
Developed novel vented and slotted rotor profiles and compared them against conventional designs to assess performance under braking conditions. Conducted structural and thermal simulations using finite element analysis to evaluate stress, temperature distribution, and deformation. Results showed that the new profiles offered improved heat dissipation and reduced thermal distortion, leading to enhanced braking efficiency and durability.
Tools Used: PTC Creo, Ansys Workbench
Duration: 2 months
Designed a multi-terrain mechanical rover and performed structural and stability optimization for enhanced durability and performance. Modeled 3D geometry in Creo and carried out static and dynamic analysis in ANSYS.
Tools Used: PTC Creo, Ansys Workbench
Duration: 6 months
Developed a solar-powered hacksaw using a DC motor and crank-slider mechanism for light-duty metal cutting. Modeled components in SolidWorks and integrated solar panels with battery storage for sustainable operation.
Tools Used: SolidWorks
Phone
+91 807422087