The Directorate of Student Affairs hosted a wonderful Valedictory Ceremony on May 15, 2024, marking a momentous occasion as the university bid farewell to the outgoing Student Council and welcomed the new core team.

The campus bid adieu to Preetam Vallabhaneni, Niruktha Vadlamudi, Sanjana Maini, and Laxman Bankupalle, the charismatic heads of the previous Student Council and applauded them for their phenomenal leadership. Their dedication to managing student needs, organising fests, and ensuring a vibrant campus life has set an incredible standard.

The baton has now been passed to a dynamic new team: Laxman Bankupalle, Nivedha Sriram, Ankith Reddy, and Rishabh Ranjan Ishwar, who will serve as the President, Vice President, General Secretary and Treasurer of Student Council 2024-25. The vibrant team is ready to take the reins and elevate the student experience even further. “With their remarkable capabilities, we are confident that they will continue to strengthen the bridge between the student community and university management”, stated Vice Chancellor Prof. Manoj Arora, as he welcomed the new student leaders. Associate Director-Student Affairs, Ms Revathi B exclaimed, “A new team brings in new energy, a new chapter”, as she perfectly captured the spirit of this transition.

The ceremony also recognised the outstanding contributions of all clubs, societies and committee members, SC members, NSS, CESR (Corporate Engagement and Social Responsibilities), sports teams, and volunteers. The event was graced by the presence of our esteemed Registrar, Dr R Premkumar, CFAO Ms Suma Nulu, Deans, Directors, Faculty and Students of the varsity.

Continue reading →

Andhra Patrika

Andhra Prabha

Prajasakthi

Tehelka Power

Telugu Patrika

Vartha

Visalaandhra

Continue reading →

Times of India

Continue reading →

Eenadu

Andhra Prabha

Andhra Patrika

Tehelka Power

Continue reading →

In a significant advancement for sustainable energy technology, the Indian Patent Office Journal has officially granted a patent for the “Mini magnetically levitated wind turbine system for power generation.” This groundbreaking invention, bearing Application Number: 202241051560, is the brainchild of Dr Goutam Rana, Assistant Professor in the Department of Electronics and Communication Engineering.

Dr Rana, along with his dedicated team of B. Tech ECE students—Mr Vybagula Sai Vamsi, Mr Moparthi Teja, Mr Indrakanty Satwik, and Mr Pidikiti Venkata Abhinash have developed a system that promises to revolutionise how we harness wind energy. The turbine’s miniaturised and magnetically levitated design allows for efficient power generation with minimal mechanical friction, leading to a longer lifespan and reduced maintenance costs.
The team’s innovation aligns with global efforts to transition to renewable energy sources and showcases the potential of academic research in contributing to real-world challenges. The patent grant not only recognises the technical ingenuity of the invention but also underscores the collaborative spirit of the students and faculty at the institution.

Abstract:

Due to the increasing demand and supply gap, in the electrical energy system, wind energy is coming out as an alternative form of clean-with zero-carbon footprint renewable energy sources for power generation. The same is true for hydrocarbon-based fuels whose resources are limited and the contribution of vehicular pollution is also raising concerns in every-degrading the air quality index (AQI) of Indian cities. The electric and hybrid vehicles thus emerging fast as an alternative but often being hindered by the unavailability of proper charging infrastructures on roads.

The current invention is aimed to enable the use of wind turbines for harnessing wind energy and utilize the same to charge batteries of electrical vehicles or hybrid vehicles. The major challenges that have prevented the use so far are mainly two viz. low air flow and larger air drag. To address low airflow in normal road conditions in congested city alleys, we demonstrated the use of magnetically levitated Vertical-axis turbines instead of conventional ball-baring-based Horizontal-axis wind turbines. To reduce the air drag the use of vertical axis magnetically levitated wind turbines is a good option since the air drag experienced in the blade unit is not exactly in contact with the car body.

To improve on the drag further we have introduced an array of mini turbine units instead of one big unit which helps in distributing the total drag over a large area and since air can pass easily through small units overall drag experienced will be small. Also, to keep the levitation small, the rotating unit is made lighter with 3D printing perforated PLA material.
The rest of the operation of the system is similar to any wind turbine system i.e. with the help of permanent magnet and coil arrangement we will convert the wind energy (rotor movement) into electrical energy (e.m.f.). Only here instead of one single source, we will generate multiple small sources of induced electrical energy which can then be coupled together and used for charging the battery.

Since the invention uses magnetic levitation, friction is minimal. This helps the rotor to become independent of natural wind flow and use the movement of the vehicle to generate the required torque for the rotor movement. Our invention can be installed in the rooftop space of any vehicle and since it is divided into an array of smaller units, allows the optimum use of available space of the used vehicle. Overall cost and weight are also very minimal. Here, the most practical use case can be the widespread E-rickshaws in India. The choice of the use case is based on the fact of their large presence, longer run hours, and limited speed for the runs.

Explanation of the Invention in Layperson’s Terms:
The invention will act as a source of energy and can be used to charge batteries of electric vehicles or hybrid vehicles. The device converts wind energy to electrical energy through mini wind turbine arrays which can be placed on top of the rooftop of the vehicles. The rotor is kept suspended from the stator unit using magnets to eliminate friction. This helps to operate the device without the presence of strong natural wind, it utilizes the movement of the vehicle to generate the necessary rotation. The mini turbine arrays and magnetic suspension help to reduce the effect of wind drag (extra wind replaced by the turbine unit).

Practical Implementation or the Social Implications Associated
The invention is intended to solve a few on-road challenges of Electric Vehicles (EVs). The current invention is:
1. Low cost and one-time investment with zero maintenance charge for an EV
2. The proposed device can act as a secondary power source for the vehicle
3. The proposed device will convert wind energy, thus completely environment-friendly, and with comes with absolutely zero carbon footprint
4. The proposed device can add some extra mileage to the current battery storage as much as it runs.
5. With other renewable sources together a hybrid vehicle can be built which is free of fossil fuel completely.

Future Research Plans:

The current invention is in just proof of concept stage. We are currently working on the following
1. to improve the overall efficacy of the device such that each unit can harness wind energy to its optimal potential. With this, we will try to ensure that the battery gets charged completely (or at least a significant percentage) during each run during the day.
2. We are also working on the numerical study to calculate the actual wind drag with a more optimal design so that we can estimate how many units a certain vehicle will require and what should be the optimal placement scheme to utilize the maximum wind effect.

Continue reading →

In a significant academic achievement, Dr Anirban Ghosh, Assistant Professor from the Department of Electronics and Communication Engineering along with Mr Naga Srinivasarao Chilamkurthy, PhD Scholar, and Mr Shaik Abdul Hakeem, an undergraduate student, have made a remarkable contribution to the field of communication engineering. Their paper, titled “Optimal Routing Protocol in LPWAN Using SWC: A Novel Reinforcement Learning Framework,” has been published in the esteemed IEEE Sensors Journal, with an impressive impact factor of 4.3.

This publication marks a milestone for the university and highlights the innovative research being conducted by its faculty and students. The paper delves into the development of an optimal routing protocol for Low-Power Wide-Area Network (LPWAN) using State-Wise Communication (SWC), employing a novel reinforcement learning framework to enhance network efficiency and performance.
This work will pave the way for advancements in LPWAN technologies, which are crucial for the Internet of Things (IoT) ecosystem. The university community celebrates this achievement and looks forward to the positive impact it will have on technology and society.

Abstract:
Low Power Wide Area Network (LPWAN) has emerged as a dominating communication technology that offers low-power and wide coverage for the Internet of Things (IoT) applications. However, the direct data transmission approach has a limited network lifetime. Even multi-hop data transmission experiences several difficulties including high data latency, poor bandwidth utilization, and reduced data throughput. To overcome these challenges, in this paper, a recent breakthrough in social networks known as Small-World Characteristics (SWC) is incorporated into LPWANs.

In particular, in this work, Small-World LPWANs (SW-LPWANs) are developed by using the Reinforcement Learning (RL) technique and using different node centrality measures like degree, betweenness, and closeness centrality. Further, the performance of the developed SW-LPWANs is evaluated in terms of energy efficiency (alive/dead devices, and network residual energy) and Quality-of-Service (average data latency, data throughput, and bandwidth utilization), and is compared with that of conventional multi-hop LPWAN. Finally, to validate the simulation results, similar analyses are performed on the real-field LPWAN testbed.

The obtained simulation results confirm that SW-LPWAN developed by the RL method performs better than other techniques, with 11% more alive devices, 5.5% higher residual energy, 2.4% improved data throughput, and 14% efficient bandwidth utilization compared to the next best method. A similar trend is observed with real-field LPWAN testbed data also.

Explanation of the Research in Layperson’s Terms

Social networks primarily revolve around establishing human connections, whereas LPWANs are designed for connecting IoT devices that have limited battery-driven power. In this context, the smart devices must communicate in an IoT setting to conserve the limited energy available to them. To achieve this, the concept at the core of social networking also known as small world characteristic is incorporated into LPWAN using the Q-learning technique.

Practical Implementation or the Social Implications of the Research

IoT applications such as remote healthcare, smart environmental monitoring, asset tracking, and smart traffic systems require low transmission delay and high network lifetime. The proposed research helps in achieving the above parameters.

Collaborations
Dr Om Jee Pandey, Assistant professor Department of Electronics Engineering, Indian Institute of Technology, (BHU), Varanasi. e-mail: omjee.ece@iitbhu.ac.in

Dr Linga Reddy Cenkeramaddi, Professor, Department of Information and Communication Technology, University of Agder, Norway. e-mail:linga.cenkeramaddi@uia.no

Future Research Plan
In the next phase of research, we will be interested in investigating how the energy efficiency and other quality of service of smart devices in an IoT setting can be improved if they are partially or completely mobile.

Link to the Article

Continue reading →

The Department of Computer Science and Engineering is proud to announce that the patent titled “A System and a Method for Assisting Visually Impaired Individuals” has been published by Dr Subhankar Ghatak and Dr Aurobindo Behera, Asst Professors, along with UG students, Mr Samah Maaheen Sayyad, Mr Chinneboena Venkat Tharun, and Ms Rishitha Chowdary Gunnam. Their patent introduces a smart solution to help visually impaired people navigate busy streets more safely. The research team uses cloud technology to turn this visual information into helpful vocal instructions that the users can hear through their mobile phones. These instructions describe things like traffic signals, crosswalks, and obstacles, making it easier for them to move around independently, making way for an inclusive society.

Abstract

This patent proposes a novel solution to ease navigation for visually impaired individuals. It integrates cloud technology, computer vision algorithms, and Deep Learning Algorithms to convert real-time visual data into vocal cues delivered through a mobile app. The system employs wearable cameras to capture visual information, processes it on the cloud, and delivers relevant auditory prompts to aid navigation, enhancing spatial awareness and safety for visually impaired users.

Practical implementation/Social implications of the research

The practical implementation of the research involves several key components.

• Developing or optimising wearable camera devices that are comfortable and subtle for visually impaired individuals. These cameras should be capable of capturing high-quality real-time visual data.
• A robust cloud infrastructure is required to process this data quickly and efficiently using advanced computer vision algorithms and deep learning algorithms.
• Design and develop a user-friendly mobile application that delivers processed visual information as vocal cues in real-time. This application should be intuitive, customisable, and accessible to visually impaired users.

The social implications of implementing this research are significant. We can greatly enhance their independence and quality of life by providing visually impaired individuals with a reliable and efficient navigation aid. Navigating city environments can be challenging and hazardous for the visually impaired, leading to increased dependency and reduced mobility. The research aims to mitigate these challenges by empowering users to navigate confidently and autonomously. This fosters a more inclusive society where individuals with visual impairments can participate actively in urban mobility, employment, and social activities.

In the future, the research cohort plans to further enhance and refine technology to better serve the needs of visually impaired individuals. This includes improving the accuracy and reliability of object recognition and scene understanding algorithms to provide more detailed and contextually relevant vocal cues. Additionally, they aim to explore novel sensor technologies and integration methods to expand the capabilities of our system, such as incorporating haptic feedback for enhanced spatial awareness. Furthermore, we intend to conduct extensive user testing and feedback sessions to iteratively improve the usability and effectiveness of our solution. This user-centric approach will ensure that our technology meets the diverse needs and preferences of visually impaired users in various real-world scenarios.

Moreover, the team is committed to collaborating with stakeholders, including advocacy groups, healthcare professionals, and technology companies, to promote the adoption and dissemination of this technology on a larger scale. By fostering partnerships and engaging with the community, they can maximise the positive impact of their research on the lives of visually impaired individuals worldwide.

Continue reading →

As you navigate through subjects like Biological Psychology, Social Psychology, and Cognitive Psychology, you’ll gain profound insights into the intricacies of the human psyche. But the allure of a BSc in Psychology extends far beyond the classroom.

With the demand for clinical and counselling psychologists projected to surge by 11% by 2032, this degree opens doors to a multitude of fulfilling career pathways. Whether you aspire to guide individuals through life’s challenges as a clinical psychologist or provide empathetic support as a counselling psychologist, the opportunities are boundless.

You can join this extraordinary academic odyssey, where you’ll not only expand your intellectual horizons with BSc Psychology subjects but also embark on a rewarding journey of personal and professional growth.

BSc Psychology Subjects Lists

Here’s a list of common subjects typically included in a BSc Psychology programme:

Introduction to Psychology

Biological Psychology

Cognitive Psychology

Developmental Psychology

Social Psychology

Abnormal Psychology

Personality Psychology

Statistics for Psychology

Research Methods in Psychology

Psychological Testing and Assessment

Clinical Psychology

Counselling Psychology

Industrial-Organisational Psychology

Health Psychology

Forensic Psychology

Cross-Cultural Psychology

Neuropsychology

Educational Psychology

Positive Psychology

Environmental Psychology

Keep in mind that the specific subjects offered may vary depending on the university and the curriculum structure of the BSc Psychology programme.

BSc Psychology Syllabus

Given below is the year-wise subject and syllabus of BSc Psychology:

Graduates with a Materials and Manufacturing MTech degree can access rewarding and well-paying positions in areas such as,

• 1. Aerospace engineering
  2. Automotive engineering
  3. Biomedical engineering

– that require expertise in materials and manufacturing technology.

The practical knowledge gained from Materials and Manufacturing MTech studies can help develop new materials for use in production pipelines or create innovative manufacturing processes that streamline production times whilst improving quality control, making the Materials and Manufacturing MTech degree beneficial to the individual graduate and employers alike.

• Surplus Opportunities to Work on Research Projects

Pursuing an MTech degree provides opportunities to work on research projects, which can create networking opportunities and help you hone your skills.

For example, Thermal MTech students get to explore the fascinating field of Thermal engineering, such as Thermal design and Thermal analysis.

They also get to work on projects related to,

• 1. Thermal energy management
  2. Thermal systems design
  3. Thermal control systems.
• The Bright Side of Thermal Engineering

Working on research projects in Thermal engineering can also give students an edge in the industry as it enhances their understanding of Thermal principles and technologies.

Valuable industry experience and essential connections in the Thermal engineering field through their research work.

All these advantages make pursuing an MTech degree worthwhile for those interested in Thermal engineering.

MTech provides invaluable insight into the latest breakthroughs and technologies in your field, helping you stay ahead of the curve.

Studying for an MTech can provide immense advantages for those in the technological field, particularly IoT technologies. Not only does it offer the opportunity to gain higher qualifications and broaden skills, but it can also provide invaluable insight into the latest IoT breakthroughs and technologies, helping students stay ahead of the curve.

• The Perks of an MTech in VLSI

An MTech in VLSI will allow you to develop advanced knowledge and skills, making a VLSI engineer highly sought after in many industries. As a VLSI engineer, you can work with hardware design, device fabrication, circuit design and debugging, amongst other skills, which will give you a competitive edge over other job applicants.

• Possibilities of the Internet of Things (IoT)

IoT (Internet of Things) related coursework provides students with comprehensive technical and practical insight into IoT systems development. Technical topics like IoT architecture, IoT standards and IoT security are taught in detail, enabling those who complete the program to gain specialised knowledge in the IoT domain.

Furthermore, the programme also typically offers a research-based thesis which enables students to apply their IOT skills to real-world problems. In this way, MTech programmes provide an excellent opportunity for students to understand IoT systems and technologies deeply.

What to Expect From an MTech Degree?

• 1. Opportunity to develop their professional skills through hands-on projects and internships
  2. Opportunity to become experts in Data Science and its associated technologies.
  3. Data Science is a rapidly evolving field, and an MTech will provide the guidance needed to stay current and be at the forefront of Data Science development.
  4. Provides students with the ability to gain a deeper understanding of Data Science and its applications, which can help them get better jobs or progress their careers.

Where Will You Be After graduation?

Upon graduation, MTech graduates are highly sought after in the job market, with many top companies offering competitive salaries for those with an MTech degree.

Furthermore, an MTech degree is a tremendous advantage as Thermal graduates are highly sought after in the job market.

Thermal graduates have specialised knowledge, making them more attractive to companies and often offered competitive salaries.

An MTech degree provides Thermal graduates with unique skills and qualifications that make them stand out in the job market and ensure they have a competitive advantage over other applicants.

Making the Most of Your MTech Degree; Yes That’s What Makes the difference!

With an MTech degree, you can pursue a plethora of career options.

What are the Most Coveted Career Options After MTech?

• • 1. Engineering
    2. Research and development
    3. Data science
    4. Materials and Manufacturing

• The Scope of Materials and Manufacturing

Materials and Manufacturing are two areas often explored in an MTech course.

• • 1. Provide you with knowledge of materials used in industries and hands-on experience working with them.
    2. Access to other related fields, such as chemical engineering and robotics.
    3. Enable you to develop expertise in manufacturing processes, including production planning, cost control and product design.
    4. On completing the degree, you can embark on a career as a Materials and Manufacturing Engineer with high growth prospects.
    5. Exclusive job opportunities in the government sector.

• The Future of MTech in VLSI

MTech in VLSI empowers students to get VLSI-related roles in the government and even industries like Aerospace, Medical electronics, Automotive industry, etc.

VLSI has become a popular technology due to its versatility in processing large amounts of data without lags. With the proper knowledge and specialised skillset gained through the course, you will be able to face the challenges of a competitive job market more confidently.

What is Stopping You From Grabbing That MTech Degree!

Pursuing an MTech degree can be a rewarding experience. It is an opportunity to gain the skills and knowledge needed to pursue specialised careers in your field of study.

With a vast range of opportunities that come with gaining an MTech degree, it is worth considering if you’re looking for specialised training and education.

With hard work and dedication, you can find great success in your chosen career after completing your MTech degree!

You are just a click away from pursuing your dream MTech Degree! Apply Now!

Continue reading →

As you navigate through subjects like Biological Psychology, Social Psychology, and Cognitive Psychology, you’ll gain profound insights into the intricacies of the human psyche. But the allure of a BSc in Psychology extends far beyond the classroom.

With the demand for clinical and counselling psychologists projected to surge by 11% by 2032, this degree opens doors to a multitude of fulfilling career pathways. Whether you aspire to guide individuals through life’s challenges as a clinical psychologist or provide empathetic support as a counselling psychologist, the opportunities are boundless.

You can join this extraordinary academic odyssey, where you’ll not only expand your intellectual horizons with BSc Psychology subjects but also embark on a rewarding journey of personal and professional growth.

BSc Psychology Subjects Lists

Here’s a list of common subjects typically included in a BSc Psychology programme:

Introduction to Psychology

Biological Psychology

Cognitive Psychology

Developmental Psychology

Social Psychology

Abnormal Psychology

Personality Psychology

Statistics for Psychology

Research Methods in Psychology

Psychological Testing and Assessment

Clinical Psychology

Counselling Psychology

Industrial-Organisational Psychology

Health Psychology

Forensic Psychology

Cross-Cultural Psychology

Neuropsychology

Educational Psychology

Positive Psychology

Environmental Psychology

Keep in mind that the specific subjects offered may vary depending on the university and the curriculum structure of the BSc Psychology programme.

BSc Psychology Syllabus

Given below is the year-wise subject and syllabus of BSc Psychology:

Graduates with a Materials and Manufacturing MTech degree can access rewarding and well-paying positions in areas such as,

• 1. Aerospace engineering
  2. Automotive engineering
  3. Biomedical engineering

– that require expertise in materials and manufacturing technology.

The practical knowledge gained from Materials and Manufacturing MTech studies can help develop new materials for use in production pipelines or create innovative manufacturing processes that streamline production times whilst improving quality control, making the Materials and Manufacturing MTech degree beneficial to the individual graduate and employers alike.

• Surplus Opportunities to Work on Research Projects

Pursuing an MTech degree provides opportunities to work on research projects, which can create networking opportunities and help you hone your skills.

For example, Thermal MTech students get to explore the fascinating field of Thermal engineering, such as Thermal design and Thermal analysis.

They also get to work on projects related to,

• 1. Thermal energy management
  2. Thermal systems design
  3. Thermal control systems.
• The Bright Side of Thermal Engineering

Working on research projects in Thermal engineering can also give students an edge in the industry as it enhances their understanding of Thermal principles and technologies.

Valuable industry experience and essential connections in the Thermal engineering field through their research work.

All these advantages make pursuing an MTech degree worthwhile for those interested in Thermal engineering.

MTech provides invaluable insight into the latest breakthroughs and technologies in your field, helping you stay ahead of the curve.

Studying for an MTech can provide immense advantages for those in the technological field, particularly IoT technologies. Not only does it offer the opportunity to gain higher qualifications and broaden skills, but it can also provide invaluable insight into the latest IoT breakthroughs and technologies, helping students stay ahead of the curve.

• The Perks of an MTech in VLSI

An MTech in VLSI will allow you to develop advanced knowledge and skills, making a VLSI engineer highly sought after in many industries. As a VLSI engineer, you can work with hardware design, device fabrication, circuit design and debugging, amongst other skills, which will give you a competitive edge over other job applicants.

• Possibilities of the Internet of Things (IoT)

IoT (Internet of Things) related coursework provides students with comprehensive technical and practical insight into IoT systems development. Technical topics like IoT architecture, IoT standards and IoT security are taught in detail, enabling those who complete the program to gain specialised knowledge in the IoT domain.

Furthermore, the programme also typically offers a research-based thesis which enables students to apply their IOT skills to real-world problems. In this way, MTech programmes provide an excellent opportunity for students to understand IoT systems and technologies deeply.

What to Expect From an MTech Degree?

• 1. Opportunity to develop their professional skills through hands-on projects and internships
  2. Opportunity to become experts in Data Science and its associated technologies.
  3. Data Science is a rapidly evolving field, and an MTech will provide the guidance needed to stay current and be at the forefront of Data Science development.
  4. Provides students with the ability to gain a deeper understanding of Data Science and its applications, which can help them get better jobs or progress their careers.

Where Will You Be After graduation?

Upon graduation, MTech graduates are highly sought after in the job market, with many top companies offering competitive salaries for those with an MTech degree.

Furthermore, an MTech degree is a tremendous advantage as Thermal graduates are highly sought after in the job market.

Thermal graduates have specialised knowledge, making them more attractive to companies and often offered competitive salaries.

An MTech degree provides Thermal graduates with unique skills and qualifications that make them stand out in the job market and ensure they have a competitive advantage over other applicants.

Making the Most of Your MTech Degree; Yes That’s What Makes the difference!

With an MTech degree, you can pursue a plethora of career options.

What are the Most Coveted Career Options After MTech?

• • 1. Engineering
    2. Research and development
    3. Data science
    4. Materials and Manufacturing

• The Scope of Materials and Manufacturing

Materials and Manufacturing are two areas often explored in an MTech course.

• • 1. Provide you with knowledge of materials used in industries and hands-on experience working with them.
    2. Access to other related fields, such as chemical engineering and robotics.
    3. Enable you to develop expertise in manufacturing processes, including production planning, cost control and product design.
    4. On completing the degree, you can embark on a career as a Materials and Manufacturing Engineer with high growth prospects.
    5. Exclusive job opportunities in the government sector.

• The Future of MTech in VLSI

MTech in VLSI empowers students to get VLSI-related roles in the government and even industries like Aerospace, Medical electronics, Automotive industry, etc.

VLSI has become a popular technology due to its versatility in processing large amounts of data without lags. With the proper knowledge and specialised skillset gained through the course, you will be able to face the challenges of a competitive job market more confidently.

What is Stopping You From Grabbing That MTech Degree!

Pursuing an MTech degree can be a rewarding experience. It is an opportunity to gain the skills and knowledge needed to pursue specialised careers in your field of study.

With a vast range of opportunities that come with gaining an MTech degree, it is worth considering if you’re looking for specialised training and education.

With hard work and dedication, you can find great success in your chosen career after completing your MTech degree!

You are just a click away from pursuing your dream MTech Degree! Apply Now!

Continue reading →