B.Tech*/M.Tech programs in flexible time shifts** (2023 Batch) | *For lateral entry only.|Last Date of Registration 25th Sep. 2023

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B.Tech & M.Tech Programs in flexible time shifts**

School of Engineering and Technology

The knowledge landscape of the world is experiencing swift transformations. The emergence of various groundbreaking scientific and technological innovations has the potential to displace untrained jobs globally. On the other hand, the demand for proficient workers with expertise in mathematics, computer science, and data science, as well as a diverse skill set encompassing various disciplines across the sciences, social sciences, and humanities, is expected to escalate significantly.

In light of these changes, education must shift its focus away from rote memorization of content and towards teaching critical thinking and problem-solving skills, fostering creativity and multidisciplinary thinking, and developing the ability to innovate, adapt, and learn new information in constantly evolving fields. To achieve this, pedagogy needs to evolve towards a more experiential, holistic, integrated, inquiry-driven, discovery-oriented, learner-centred, discussion-based, flexible, and enjoyable approach.

To bridge the gap between academia and industry needs, engineering education through University-Industry collaborations is the only way forward. The new education policy announced by MOE strongly advocates for designing learning pedagogies for School Of Engineering in collaboration with industry, which must be work-integrated so that students are prepared for employment upon completion of their program.

Shri Venkateshwara University has recently launched the engineering courses which allows working professionals to continue their education in engineering along with their job through flexible time shifts engineering programs. These programs have been thoughtfully developed to emphasise industry practices and incorporate work requirements, allowing learners to apply theoretical concepts to real-life situations in their workplace. By integrating theory with practice, learners are provided with unique opportunities to enhance their skills and knowledge.

The programs offered by the School of Engineering (SOE) at Shri Venkateshwara University are tailored to meet the upskilling needs of industry professionals. These programmes not only allow students to connect with local industries but also offer opportunities to engage with industry mentors. Such interactions enable students to enhance their academic preparation while gaining valuable exposure to industry practices.

20+

Years of Educating Engineering Professionals

20,000+

Working Professionals
Graduated

25+

SOE Disciplines

1000+

World-Class Faculty & Industry Experts

30+

Industry Tie-ups

Significance of the Engineering Programmes

In recent times, higher education institutions have placed greater emphasis on ensuring the quality of teaching and learning, with a strong commitment to providing students with exceptional educational experiences across diverse learning environments.
The courses in flexible time shifts under SOE are thoughtfully designed to bring benefits not only to the students but also to the academic institutions, the host institutions/employers, and the community as a whole.
Programs offered by the School of Engineering (SOE) enable students to contribute new and innovative ideas to various sectors such as industry, government, and community organisations. This provides an opportunity for students to apply their academic knowledge and practical skills in a real-world setting, while bringing a fresh perspective to organisations.
Colleges and universities are increasingly acknowledging the educational benefits of School Of Engineering now leading to its growing popularity in higher education settings. This approach allows students to continue studying to earn higher qualifications in the prestigious field of engineering and provides students with valuable hands-on experience and allows them to apply their academic knowledge in real-world contexts. As a result, students gain practical skills and become better prepared to enter the workforce, while institutions strengthen their connections with industry partners and the wider community.
Programmes under SOE provide ample opportunities across a wide range of disciplinary areas, from social sciences and humanities to environmental, physical, health and applied sciences, fine arts, business, and vocational training. This approach allows students from different fields to gain hands-on experience in their respective areas of study, providing them with a unique opportunity to apply their theoretical knowledge to practical situations.

When implemented effectively, providing opportunities for students to learn in a work environment outside of the classroom can complement their academic learning and help develop work-ready graduates. By applying theoretical concepts to practical situations, students can gain valuable experience and develop practical skills that are highly sought after by employers. School of Engineering (SOE) allows professionals to pursue higher level engineering degree courses which provides students with an opportunity to gain a deeper understanding of their field of study, become more confident in their abilities, and enhance their employability.
Educational partnerships between academic institutions and workplaces facilitate the integration of theoretical concepts and practical experience within and between academic and workplace environments. Such partnerships allow academic institutions to gain insight into industry practices, while workplaces benefit from the academic knowledge and skills of students. By working collaboratively, the two environments can provide a holistic learning experience for students that helps to bridge the gap between theory and practice.
The engineering programmes in flexible time shifts provide students with practical skills and technical expertise and simultaneously,contribute to their personal and professional growth, enriching their overall higher education experience. Students who participate in this engineering program gain confidence, become better problem-solvers, and develop a deeper understanding of their field of study. They also have the opportunity to network with professionals in their industry of interest and build valuable connections that can help with future career prospects.

Programme Highlights

The engineering courses offered by the School of Engineering (SOE) are designed to provide students with a broad intellectual foundation in contemporary technologies, with a focus on relevant engineering fundamentals and related field applications. By integrating theoretical concepts with practical experience, SOE programs aim to provide students with the knowledge and skills necessary to succeed in their chosen field of engineering. These courses are designed to provide students with a comprehensive understanding of the field and its applications, while also ensuring that they are work-ready upon graduation.
To be eligible to pursue an engineering course in flexible time shifts offered by the School of Engineering (SOE), a student is typically required to have a minimum of two years of full-time work experience in a registered firm, company, industry, educational or government organisation in the relevant field in which they are seeking admission.
The engineering courses in flexible time shifts are in accordance with the norms specified by the All India Council for Technical Education (AICTE) as outlined in the Approval Process Handbook, which is released periodically.
Live and interactive classes are conducted during weekdays (in the evening time), on weekends, and holidays in the flexible time shifts. After the completion of classes, recorded lectures are accessible through the Learning Management System (LMS) for unlimited viewing. Labs are conducted every Saturday at the campus, and alternatively, virtual simulations are conducted and can be accessed through virtual and remote modes with the help of simulations..
In addition to the physical laboratory sessions held at the campus on Saturday,students can also access virtual and remote labs, which are available 24/7. These labs use simulations to replicate real-time experiences, allowing students to gain practical experience and assess their skills at any time.

The performance of students is continuously monitored and accessed through a range of learning activities, including sessional examinations, quizzes, assignments, practicals, and semester examinations. This comprehensive assessment approach ensures that students are evaluated on their performance throughout the duration of the program, allowing them to identify areas where they need to improve and take corrective action.
This is specifically designed to foster and enhance the technical skills and knowledge required in the modern engineering world. It aims to ignite and cultivate the technical temperament of students by providing them with a comprehensive understanding of contemporary technologies, relevant engineering fundamentals, and their practical applications in various fields.
The SOE e-learning studio has been designed with an innovative approach to facilitate an interactive learning experience for students. The learning methodology is based on the implementation of creative solutions to enhance the learning process.

Learning Methodology

Live Interactive Classes

Having expert faculty members teach live classes using an interactive approach is a great way to ensure that the students are getting the best education possible. Additionally, the ability to attend the lectures remotely using a computer makes it more convenient for students who may not be able to attend in-person classes. The interactive approach and real-life teaching from faculty's industry exposure and technical expertise can help students learn more effectively and better prepare them for their future careers.

Classes in flexible time shifts**

The study materials in the SOE are carefully crafted to ensure that the students can comprehend the concepts and their relevance to the current work environment. The classes are scheduled during evenings, weekends, and holidays, after the students' work schedule, to allow working professionals to participate without compromising their work responsibilities.

Theoretical and Practical Sessions

The course structure incorporates theoretical and practical sessions, with a focus on accessing various labs through virtual and remote modes. The use of simulations can make the presentation more concise and effective in enhancing the learning experience.

The practical sessions are conducted every Saturday, giving students ample opportunity to apply what they have learned in a real-world setting. The state-of-the-art lab facility is also a valuable resource for students to carry out experimental work and gain hands-on experience in their field of study.

24*7 availability of LMS & Recorded Lectures

The Learning Management System (LMS) allows students to access learning materials in various formats, such as texts, presentations, and video lectures at any time, 24X7. Recorded lecture videos can be accessed multiple times, helping students attain a strong conceptual clarity. The LMS also allows students to check their course progression and identify areas for improvement.

Comprehensive Study Materials

The study materials are designed to be comprehensive and up-to-date with the latest industry trends and practices. The focus is not only on technical knowledge but also on developing soft skills. The materials are available in various formats, including downloadable notes and recorded lab contents. Students can access them through the Learning Management System (LMS).

Performance Assessment & Online Exam Options

The performance of students at the School of Engineering (SOE) is assessed on a continuous basis through quizzes, assignments, and end-semester exams. This helps to monitor the progress of the students and identify areas where they need to improve. The assessment results are shared with the students to help them understand their strengths and weaknesses and take necessary steps to improve their performance.

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B.Tech & M.Tech Programs in flexible time shifts**

School of Engineering and Technology

20+

20,000+

25+

1000+

30+

Significance of the Engineering Programmes

Programme Highlights

Learning Methodology

Live Interactive Classes

Classes in flexible time shifts**

Theoretical and Practical Sessions

24*7 availability of LMS & Recorded Lectures

Comprehensive Study Materials

Performance Assessment & Online Exam Options

Explore Our Courses

Online Labs & Remote Labs##

Manufacturing Processes Virtual Lab

Fluid Mechanics Virtual Lab

Strength of Materials Virtual Lab

Machine Design Virtual Lab

Heat & Transfer Virtual Lab

ICE Virtual Lab

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