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విజ్ఞాన శాస్త్ర సాంకేతిక పరిశోధనా సంస్థ / विज्ञान शास्त्र प्रौद्योगिकी और परिशोधन संगठन
Empowering Industries with Intelligent Automation
At the forefront of innovation, our research team focuses on developing advanced mechanical solutions that cater to modern engineering challenges. We specialize in Composite’s, Thermal Engineering, Smart Material and Additive Manufacturing, Autonomous robotics, including Drones and Quadrupeds, designed to enhance agricultural and industrial efficiency. By integrating cutting-edge technologies like ROS, AI and IIoT, we pioneer sustainable solutions that elevate productivity and reduce environmental impact. Our multidisciplinary approach drives us to push the boundaries in fields such as fluid dynamics, structural integrity and control systems, with the goal of creating a smarter, more resilient future for industries worldwide.

Through research projects, students gain invaluable experience working with state-of-the-art facilities and technologies in the areas viz. Autonomous Robotics, Additive Manufacturing for Prototyping, Computer Aided Engineering for Simulations. This hands-on involvement not only deepens their understanding but also encourages innovation in areas such as . Automotives, IIOT and . Smart Manufacturing, where students contribute to emerging trends and technological advancements.

Collaboration with . industry leaders and successful . consultancy projects, such as those with . ABB, Robocoupler Pvt. Ltd., Think 3D, SEC Industries, Nucon Aerospace, RigiBetel Labs, ARDL etc., further enhance the practical applicability of research findings. Moreover, the research conducted within these clusters is aligned with . industry needs, which ensures that students work on problems of real-world significance. This integration of . research and innovation fosters students to become global professionals, ready to dive in to the technological advancements accelerating their careers in both academic and industrial sectors.
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Thrust Areas
Robotics & Autonomous Systems
  • Industrial robotics, mobile robots, humanoids, autonomous vehicles, and AI-driven automation
Composites & Smart Materials
  • Lightweight and high-strength materials, bio-composites, self-healing materials, shape memory alloys, and nanomaterial applications.
Advanced Manufacturing & Industry 4.0
  • Additive manufacturing (3D printing), smart factories, digital twins, CNC automation and IoT-enabled production systems.
Computational Mechanics & AI-Driven Simulation
  • FEM, CFD, AI-based predictive modeling, and multi-physics simulations for structural and fluid systems
Center for Robotics Lab
Development of advanced locomotion strategies for legged robots on deformable terrain.

Machine Tools Research Center
Development of advanced CNC machining techniques for high-precision manufacturing
Composites lab Research Center
Development of advanced composite materials for aerospace, automotive, and structural applications
Bio-Fuel Preparation & Testing Research Center
Development of sustainable biofuels from agricultural and industrial waste
Research Centers
Mechanical Engineering department is equipped with cutting-edge research facilities that support a wide range of innovative projects. Key labs include the Robotics and Automation Lab, Advanced Manufacturing Lab, Fluid Mechanics and Hydraulic Machines Lab, Strength of Materials Lab and the Fuels and IC Engines Lab, all designed to foster hands-on learning and advanced research. These facilities enable groundbreaking work in areas like energy systems, robotics and materials science. Our high-performance computing resources also support complex simulations in Computational Fluid Dynamics, Robot Operating System (ROS) and other areas of Mechanical Engineering. Together, these resources empower students and faculty to push the boundaries of technology and engineering.
Overview
05
No.of Consultancy Projects
44/32
No.of PhD Scholars/
No.of PhD Awarded
112
Conferences
50+
Patents Published/
Patents Granted
500
Journals
80+
Book Chapters
692+
Total Publications
Research Projects
The research projects at Vignan in the Mechanical and Robotics domains cover a broad spectrum of advanced engineering applications. Faculty and students collaborate on innovative studies addressing real-world challenges such as autonomous mobile robots, industrial automation, advanced manufacturing, intelligent control systems, bio-inspired robotics and energy-efficient mechanisms. Key research areas include MIG welding robots, drone technology for precision agriculture and aquaculture, human-robot interaction, soft robotics, additive manufacturing, and AI-driven predictive maintenance. With a strong focus on sustainability and emerging technologies, these projects contribute to industrial advancements and societal progress. The university’s commitment to research excellence fosters creativity, critical thinking, and technological breakthroughs in mechanical and robotic systems.
Dr. K. Venkat Rao
Vibration Measurement and Analysis
Dr. D Vinay Kumar
Technology for Solar Based Clean Water and sewage treatment in Veldurthy Village of Guntur Dt, A,P.
Mr. T. Ch. Anil Kumar
Cost Effective Automated Additive Manufacturing Hub for Sustainability of MSMEs
Dr. MD. Faiyaz Ahmed
Autonomous Systems
Clusters
Robotics & Autonomous Systems
Name: Dr. K. Venkat Rao
Specilaization: Vibration analysis using AI/ML
Name: Dr. G. Suresh
Specilaization: Product Development, Biomechanics, Machine Dynamics
Dr. T. Ch. Anil Kumar
Specilaization: Condition Monitoring, IIoT, Robotics, Image Processing
Name: Dr. MD. Faiyaz Ahmed
Specilaization: Robotics, Drone development and image processing



Name: Dr. K. BalaKrishna
Specilaization: IIoT, Mechatronics




Composites & Smart Materials
Name: Dr. P.M.V. Rao
Specilaization: Composite Mechanics, Machine Design
Name: Dr. M. Ramakrishna
Specilaization: Natural/Polymer composites
Name: Dr. N. Narayan Rao
Specilaization: Composite Mechanics, Machine Dynamics, Numerical Methods
Name: 6. Dr. Y. Jyothi
Specilaization: Natural/Polymer Composites



Name: Mr. N. B. Prakash T
Specilaization: Material Science and Metallurgy, Metal Matrix Composites




Thermal & Renewable Energy Systems

Name: Dr. B. Nageswara Rao
Specilaization: : Nano Fluid - Heat Transfer & Heat Exchangers
Name: Dr. Sk. Farooq
Specilaization: Nano Fluids, CFD, Heat Transfer
Name: Dr. Sanjay Kumar Gupta
Specilaization: Thin Films, Heat Exchangers, CFD
Name: Dr. Ajoy Kumar Nandy
Specilaization: CFD, Jets & Propulsions
Name: Dr. P. Satish
Specilaization: Nano Technology, Heat Transfer




Computational Mechanics & AI-Driven Simulation
Name: Dr. P.M.V. Rao
Specilaization: : Computational Mechanics & AI-Driven Simulation
Name: Dr. N. Narayan Rao
Specilaization: Computational Mechanics & AI-Driven Simulation
Name: Dr. Sk. Farooq
Specilaization: Computational Mechanics & AI-Driven Simulation
Name: Dr. T. Ch. Anil Kumar
Specilaization: Computational Mechanics & AI-Driven Simulation
Name: Dr. MD. Faiyaz Ahmed
Specilaization: Computational Mechanics & AI-Driven Simulation
Name: Dr. Sanjay Kumar Gupta
Specilaization: Computational Mechanics & AI-Driven Simulation


Name: Dr. Ajoy Kumar Nandy
Specilaization: Material Science and Metallurgy, Metal Matrix Composites


Faculty Appreciations
Dr. K Venkata Rao
Receiving Research Appreciation for being Top 2% Scientist for 3 years.
Dr NARAYAN RAO
Receiving Research Appreciation for publishing Research papers for 2023-24.
Dr. M Rama Krishna
Receiving Research Appreciation for publishing Research papers for 2023-24.
Dr. T Ch Anil Kumar
Receiving Research Appreciation for publishing highest Research papers and Patents in University for 2024-25
Student Publications

Student Journals
12
No. of Student Journals
MECH department
Conferences
28
No. of Conferences
MECH department
Total
40
Total No. of Publications
MECH department
MoUs
Ananth Technologies, Hyderabad
23rd January 25
Robocoupler Pvt. Ltd., Visakhapatnam, 2024
23rd January 25
C-DAC, Bangalore
23rd January 25

What People Say

Avatar

The Mechanical Engineering department at VFSTR provides an exceptional environment for research and collaboration. The state-of-the-art facilities and commitment to innovation have been key in advancing my research in Robotics and MIG Welding applications. I’m proud to be part of a department that nurtures groundbreaking work in engineering.

Dr. K. Balakrishna Reddy
Post Doctorate Fellow
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At VFSTR, Faculty are given excellent opportunities to develop and advance their research through initiatives like the VFSTR Faculty Seed Grant Projects. These grants, along with additional research funding, allow us to explore new ideas, collaborate across disciplines and contribute to advancements in Mechanical Engineering and Robotics. It’s a great environment for fostering both academic growth and real-world innovation.

Dr. MD. FAIYAZ AHMED
Faculty
Avatar

The Robotics and Automation Engineering program at VFSTR has been an incredible experience. From engaging in advanced research projects to gaining practical skills in the lab, I’ve grown tremendously as an engineer. The department’s supportive community and access to cutting-edge resources have shaped my academic and professional journey.

B. SAI TEJASWINI RAO
Student

What People Say

Testimonial author Kunita Rao

The Mechanical Engineering department at VFSTR provides an exceptional environment for research and collaboration. The state-of-the-art facilities and commitment to innovation have been key in advancing my research in Robotics and MIG Welding applications. I’m proud to be part of a department that nurtures groundbreaking work in engineering.

Dr. K. Balakrishna Reddy

Testimonial author Kunita Rao

At VFSTR, Faculty are given excellent opportunities to develop and advance their research through initiatives like the VFSTR Faculty Seed Grant Projects. These grants, along with additional research funding, allow us to explore new ideas, collaborate across disciplines and contribute to advancements in Mechanical Engineering and Robotics. It’s a great environment for fostering both academic growth and real-world innovation.

Dr. MD. FAIYAZ AHMED

Testimonial author Kunita Rao

The Robotics and Automation Engineering program at VFSTR has been an incredible experience. From engaging in advanced research projects to gaining practical skills in the lab, I’ve grown tremendously as an engineer. The department’s supportive community and access to cutting-edge resources have shaped my academic and professional journey.

B. SAI TEJASWINI RAO

Frequently Asked Questions
Advancements include robotics (autonomous systems and cobots), additive manufacturing (3D printing), AI integration in predictive maintenance, and renewable energy technologies like advanced wind turbines and solar systems.
It focuses on creating energy-efficient systems, developing sustainable materials, enhancing renewable energy technologies, and optimizing manufacturing processes to minimize waste and energy use.
Define objectives and hypotheses clearly, control variables, use accurate measurement tools, apply thorough data analysis, document the process comprehensively, and conduct preliminary tests for reliability.
Collaboration involves clear communication, defined roles, regular updates, shared tools, and an understanding of each discipline’s methodologies to integrate diverse expertise effectively.
Funding sources include government grants, industry partnerships, academic fellowships, and international agencies. Staying updated on calls and aligning proposals with funding priorities is crucial.
Contact Us
Vignan's Foundation for Science, Technology and Research
(Deemed to be University), Vadlamudi, Guntur-522213
info@vignan.ac.in
0863-2344700 / 701
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