NMDC is equipped with licensed software such as COVENTOR MEMS+, Intellisuite and COMSOL (a Class kit of 30 licenses) under National Program on Micro and Smart Systems (NPMASS). The Centre motivates the research activity in the field of MEMS by proper utilization of the facilities provided by NPMASS from design to fabrication of prototype MEMS products and specific field applications. SVEC facilitates external researchers from other institutes (academic / National labs) to use the design tools.
In this centre all the departments share the simulation facility supported by NPMASS. The center is promoting MEMS research through independent courses at department level involving students and faculty. The Centre focuses on design, model and characterization of the MEMS devices, and forwarded for fabrication to INUP, IISc, Bangalore, and IIT Bombay, as fabrication facility unavailable
To be the pioneer in coordinating and facilitating strategic collaboration between various research centers, educational institutions, industrial sectors by undergoing application oriented research in the area of MEMS/NEMS.
Encourage the faculty, students and other researchers about research opportunities in MEMS/NEMS.
Furnish resources for translating ideas into concrete research activities.
Identify potential Academia & Industry partners for commercialization of research done at the centre.
Become a leading transformational hub for innovative and collaborative research for advanced sensing and micro/nano technology aiming at diversified applications.
To conduct research in MEMS technology and its applications in the field of Surface Acoustics, Gas Sensors for Environmental Monitoring.
To undertake funded research projects in the field of Hydrogen Leakage Monitoring.
To develop Sensors for Robotic – Exoskeleton application.
To conduct research in the field of MEMS technology for Biomedical Applications.
To transfer technology from research and development among Academic Communities and Industries.
Centre for Energy at Sree Vidyanikethan Engineering College, under the departments of Electrical and Electronics Engineering and Mechanical Engineering was established for conducting, developing and promoting interdisciplinary research work in the field of renewable energy. Looking into the potential and application of different energy resources, it is emphasized that the centre gives priority to activities in the field of bio-energy, alternative fuels, clean coal technology, combustion and energy efficiency of systems, power quality, renewable energy and power electronic converters etc.
Members of Faculty from Electrical and Electronics Engineering and Mechanical Engineering are presently associated with the centre for the promotion of interdisciplinary research for sustainable energy. Faculty and student development programs are also organized for capacity building.
To become a Regional centre of excellence in the field of Energy Research.
Developing new technologies and innovations for increasing energy needs
Conducting high quality multi-disciplinary research for energy efficiency, economy and environmental protection.
Designing and developing energy efficient devices in compliance to the environment and standards.
To design and develop new efficient energy storage systems.
To identify and assess uncertainties in the field of energy management and possible solutions.
To innovate green technologies for harnessing energy from natural resources and waste.
To develop futuristic, efficient power electronic converters for energy systems.
Bio-Signal Research Centre at Sree Vidyanikethan Engineering College was inaugurated on 19th March 2018 by Sri.Manoj Kumar Manchu, Film Artist. The Research lab was established with a motive of augmenting research activities in the field of Biomedical Engineering. In this regard, state-of-the-arts facilities are being provided at the laboratory for the benefit of the researchers. Many members of faculty have chosen topics of their specialization and their work is under progress. In the Institution we have organized training programs on Bio-Signal Analysis & Latest Developments and Challenging Issues in Medical field. Many members of faculty attended various related conferences/workshops/training programs.
To engage in constructive research that eventually benefits human health sector and wellbeing.
Through accomplished and self-sustaining researchers with statistical analysis acquiring scientific independence in projects considering the needs of health sectors.
To educate/motivate the students to be significant contributors in health care, research and development of biomedical instrumentation.
To motivate members of faculty to carry out research in the field of biomedical instrumentation /Signal processing.
To promote interdisciplinary research.
To contribute the society by improving the health standards of the public.
Name of the Equipment
ECG System(Real Time)
EEG System(Real Time)
EMG System(Real Time)
BP Calibration & Measurement System
EPR System with simulator
Electrical Safety Analyzer
Center for Applied Sciences
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Center for VLSI & Embedded Systems
About the Center
The VLSI and Embedded Systems based design are gaining momentum in all application areas. As a result, an exclusive center was established to design and develop solutions for the day-to-day problems. Research Centre creates a platform to conduct extensive research in the area of VLSI and Embedded Systems. The Research Centre focuses the faculties, researchers, and students to the latest Research works and technologies by involving them in projects, and collaborates them with industries. At present 14 Faculty members are working in the area of Low Power CMOS VLSI Design, Circuit and device modeling in VLSI Applications, Network on Chip, Energy harvesting Applications, Wearable devices, Sensors in Medical and Environmental Applications, Error Mitigation in High Density Memories, Remote Sensing, and IoT Applications.
To Create a Centre of Excellence in the field of VLSI & Embedded System for Research Applications
Facilities are being created with cutting edge Technology in VLSI & Embedded domains.
Empowering Faculty and students to conduct research effectively.
Carrying out collaborative research with industry and Academia.
To interpret industry requirements and inculcate the skills of 3D IC and IoT Technology among professionals.
To Optimize the mixed signal circuit modeling for developing advanced wireless communication systems
To Develop power and area efficient layouts for low power clocking systems
To design and develop low power CMOS devices in Energy harvesting Applications.
ilinx ISE 10.1i
igital Schematic and Microwind
ode Composer Studio Version-6/9
Spartan 3E Kits
Supporting Booster Pads
WiFi Boost Pad
Data Analytics Research Center
About the Center
Data Analytics Research Center, SVEC was started for the benefit of UG, PG students, Research scholars and faculty members. The Centre motivates the research activity in the fields of cloud computing and data science.The data analytics center is all equipped to create innovative solutions that influence the lives of people in positive ways. The center build systems and algorithms to extract knowledge, find patterns, generate insights, predict and visualize diverse data for healthcare and agricultural applications through cloud based services such as Meghdoot cloud by C-DAC, Chennai. The center is equipped with Data Analytics and cloud computing software such as Python, R Studio, Weka, Spark, Hadoop, RapidMiner, MATLAB and Meghdoot cloud.
To emerge as a nationally recognized research center in cloud Computing and data analytics through research and consultancy.
Supporting interdisciplinary research using cloud and data analytics tools on real-time problems.
Motivating students for innovations indata analyticsthrough training in emerging tools and techniques.
Collaborating with premier institutions and research centers to develop novel solutions in cloud &data analytics.
To predict high risk conditions in chronic diseases such as diabetes, cancerand heart-attacks using data analytics tools.
To conduct advanced studies in data science and cloud computing to solve the issues of social networks and agriculture.
To conduct research on multi-criteria based decision making for cloud services.
To develop software based on big data for societal missions such as orphanages, old-age homes, differently-abled persons and welfare associations.
The Micromachining research centre in the Department of Mechanical Engineering at Sree Vidyanikethan Engineering College, Tirupati draws upon expertise from academic faculty and interdisciplinary collaborative research and development group. Wide range of state-of-art high technology equipment and support by specialist technicians/faculty of the department provide a unique opportunity to carry out activities from concept generation, simulation, micromachining extended to industrial applications and students/faculty research. The micromachining research centre facilities are continuously being enhanced to cater the ever expanding academic and research needs.
There has been a rapid growth in the development of harder and difficult-to-machine metals, composites and alloys during the last two decades. Conventional edged tool machining to micro level is uneconomical for such materials and degree of accuracy, surface finish attainable is poor. The micro scale manufacturing possesses unique challenges with respect to machine tool design, development and the process dynamics. Micro systems find wide applications in bio-medical electronics, optics, micro-mechanics, micro fluidics, dies, moulds etc. Component parts used in these systems have feature dimensions in micrometers and part volumes less than 1mm3. Manufacture of these miniature components with high accuracy is a challenge. Further, Micromachining is defined as:
Material removal at Micro/Nano level with no constraint on the size of the component being machined.
Creating micro features or surface characteristics (especially surface finish) in the Micro/Nano level.
Removal of material in the form of chips or debris having the size in the range of microns.
To foster new knowledge and achieve leadership in Micromachining research and cater the ever-expanding academic and research needs.
To develop knowledge driven micromachining and create high value products, materials, methods and processes.
To identify the gap and perform a feasibility study of modeling and simulation of micro-machining for various applications.
To develop and design special attachments to existing conventional machines to achieve surface finish at Micro/Meso levels.
To connect industry with academic world for collaboration with faculty, students and industry.
To apply critical thinking skills and knowledge of engineering and technology to identify, analyze, and solve problems during the design, development, implementation and improvement phases of research projects.
To perform feasibility study of modeling material removal processes (machining) at the micro level and to explore diverse areas of micro technology with the aim of identifying potential applications of interest.
To machine alloys, composites at micron level surface finish on Wire Cut EDM.
To provide solutions and technology transfer to support manufacturing industries.
To design and implement a complete solution for an inline topography measurement and analysis for monitoring before, during and after the micro machining
The major equipment includes:
1. Micro wire EDM, Make: CONCORD
2. FLEX TURN: Micro turning machining, Make: MTAB
3. JV55: Vertical machining centre, Make: Lakshmi Machine Works Limited
4. SMART TURN: CNC Lathe, Make: Lakshmi Machine Works Limited
5. RS400: Manual metal arc welding, Make: ESAB
6. TRANSWELD 400: Manual metal arc welding, Make: ESAB
7. EASY WELD SSR 400T: Manual metal arc welding, Make: ESAB
8. EASY WELD SSR 400T: TIG welding, Make: ESAB
9. AUTO K400: MIG/MAG welding, Make: ESAB
10. MACK 250: MIG/MAG welding, Make: ESAB
11. Gas cutting and welding equipment
12. High end metallurgical microscopes( 50x - 1000x)
Geotechnical Engineering Research Centre (GTERC) facilitates research in the major research areas of geotechnical engineering such as expansive soils, reinforced earth, soil dynamics, environmental geotechniques, pavement geotechnics, foundation engineering and field investigation of soils to a reasonable extent. In addition, the centre will cater the needs of major consultancy and testing services in and around Tirupati. Based on the recommendations of the Geotechnical Engineering Research Group of Department of Civil Engineering, the Institution has sanctioned an amount of Rs. 20 lakhs.
To be the research centre of excellence in the field of Geotechnical Engineering in general and Ground Improvement and Foundation Engineering in particular.
Create suitable environment for conducting research
Inspire students to pursue research
Conduct internationally acceptable quality research
Write proposals for external funding and apply for patents
Carryout industrial consultancy and testing services
To cater the needs of geotechnical engineering research in general and Ground Improvement and Foundation Engineering in particular
To facilitate faculty and students to realize research in the field of geotechnical engineering
To motivate faculty and students to contribute to research
To create research atmosphere in the department
To become the centre of excellence in the field of geotechnical engineering for research and consultancy
The Centre for Communication and Signal Processing promotes research culture and engage projects in domain independently or in collaboration with researchers and academic scholars. The Centre intends to connect the faculty members with the leading research experts in the fields of Communication & Signal Processing to enhance the research capacity, foster a research culture, and promote research activities.
To Develop a National Centre of Research in the fields of Signal & Image processing, Antennas & Wireless Technology
Learning, Implementing & Applying advanced signal processing algorithms relevant to current industrial practices.
Creating new knowledge in antennas research by attracting students & faculty that will enable new application domains and support industry, and research centers.
The Centre is planning to develop a world class wireless communications research facility.
To design & simulate compact and efficient antennas for Wireless applications.
To encourage faculty & students to develop projects in the domain of Antennas, Signal Processing & wireless technologies.
To interact with industry for developing protocols in the field of wireless Technology.
EMI/EMC Setup (Hardware Equipment) for Characterization
Feko Suite Simulation Software
Cyber Security & Cryptography Research Center
About the Center
An increasing proportion of the world’s population is migrating to cyberspace to communicate, enjoy, learn, and to conduct commerce. It has also created new vulnerabilities and opportunities for disruption.The threat from professional criminals and state sponsored saboteurs in cyber space is growing and continue to become more sophisticated.
Therefore there is a great demand for Cyber Security professionals and hence Center for Computer Networks and Cyber Security at SVEC was established to empower the students and faculty.
This Center enables both UG, PG students and faculty to gain practical experience on current cyber security solutions and technologies. The major areas of research are IoT security, Cyber Physical System Security, Computer network security, Network monitoring and forensics, Vulnerability remediation and Assurance, Cloud computing and Software defined Networks. The objective of the center is to create an environment that allows students and faculty to get hands-on experience with the available technical solutions and to conduct basic and applied research to solve real life problems.
To be an excellent and prominent Computer Networks and Cyber Security Centre in India to carry out the Research and Development
Identifying and addressing the grand challenges in cyber security and privacy.
Training the Faculty and students in Computer Networks and Cyber Security related issues through research and adequate learning programs.
Engage the industry to solve applied problems which can provide real benefit to the industry and community.
To conduct basic research in Computer Networks and Cloud Computing.
To Analyze, Design and Development of new cryptosystems.
To create awareness on cyber threats and educate the users to safe guards their infrastructure.
To conduct research on Intrusion Detection and Prevention.
To carry out consultancy on Malware Analysis, Vulnerability Assessment and Penetration Testing.
Name of the Lab:
Computer Networks and Cyber Security Lab
Nping, Wireshark 3.4.0,Ns3.30
Lenovo Desktop E73 Intel i5 @ 3.70 GHz processor
RAM -16 GB
HDD- 500 GB
Monitor – 19 “ LED
Lenovo Desktop E73 Intel i3 @ 3.70 GHz processor
RAM -8 GB
HDD- 500 GB
Monitor – 19 “ LED
Sonicwall T2170 firewall
Cisco Layer 2/3 switches
Center for Intelligent Computing
The Intelligent Computing Research Centre is focused on conducting outcome driven as well as theoretical research in the areas of complex intelligent systems and algorithms. A particular focus is on applied technologies relating to Computer Vision, Image/Speech/Video Processing, Medical Image Processing, Natural language Processing and Smart applications, etc., The Research Centre has essential infrastructure to conduct independent and interdisciplinary Research. A team of researchers are working on various real-time problems including satellite image processing, weather and climate analytics, computer aided diagnosis of diseases, emotion recognition, and pathological speech analysis.
To establish as a national center for Research in Intelligent Computing Systems for resolving the real-world problems using Smart applications.
Disseminate knowledge on concepts of machine learning and computational intelligence among young researchers and expose them to emerging technologies.
Encourage and Facilitate faculty researchers and students to carry out cutting-edge research in the area of Artificial Intelligence, Machine Learning, Digital Image Processing, Pattern Recognition, Soft Computing, Robotics, Human Computer Interaction and Computer Vision.
Collaborate with Industries, Institutions and Research & Development organizations for carrying Interdisciplinary Research works.
To develop computationally efficient algorithms for Object detection/ recognition/ segmentation with the help of Machine Learning techniques or Deep learning techniques for applications such as Image Retrieval, Surveillance, and Advanced Driver Assistance Systems.
To apply Soft-Computing techniques for optimizing the performance of Smart applications.
To construct reliable and robust support systems for medical practitioners in diagnosing diseases.
To build real time image/ video processing algorithms for large scale video analytics.
To Provide Security solutions for huge data transactions and analytics.
To transfer technologies developed for commercialization and entrepreneurship.
Name of equipment
Make and model
Cost in Rs.
Dell Power Edge R740
2 X Intel Xeon Silver 4212 2.2Ghtz,
8 x 32 GB RDIMM, 2 x 1.2 TB 10K RPM SAS
Water and Environment Research Centre (WERC) facilitates research in the major research areas of Hydraulic Engineering such as surface and groundwater quantity, modelling and simulation; Environmental Engineering such as water and wastewater quality analysis and treatment, solid waste management and air quality analysis and treatment; Weathering monitoring and analysis of the data. In addition, the centre caters the needs of consultancy and testing services in and around Tirupati. Based on the recommendations of the Water and Environmental Research Centre of Department of Civil Engineering, the Institution has sanctioned an amount of Rs. 20 lakhs for procurement of necessary equipment.
To become a center of excellence in research and consultancy on water and environment areas and providing solutions to the industry and societal issues.
Provide suitable platform for conducting research on water, wastewater, solid waste, air and noise pollution, and weather monitoring and analysis of data
Involve students and faculty members in research and outreach activities on the above said areas
Carryout projects in the water and environment areas
Provide consultancy services in the areas of Hydraulics and Environmental Engineering to the industries
To carry out research on quality of water, wastewater, solid waste, air and noise
To offer consultancy services on availability of ground water and its quality, modelling and simulation
To offer consultancy services for various industries on water and wastewater analysis; treatment of effluents, solid waste and air pollution.
To carry out research on reusability and recycling studies on industrial wastewaters and solid wastes.
To carry out research on renewable energy like biogas generation by using different biomasses and their combinations