GLA

CSED – Industry 4.0 Facility

The Centre for Skill & Entrepreneurship

Development (CSED) at GLA University, Mathura is an Industry 4.0, driven initiative established in collaboration with leading technology partners such as DCS (system integrator), Dassault Systèmes, PTC, and Mastercam. The centre aims to strengthen technical education infrastructure and enable industry relevant skill development,

Fostering entrepreneurship and enhancing employability for youth. With state of the art equipment, hands on training, and real industry exposure, CSED acts as a catalyst for sustainable industrial growth and future ready talent development.

campus overview
campus overview
campus overview

Facilities

Transforming the Future of Industry

157

well equipped labs

14

Research
Centres

12k+

Publications in
SCI & Scopus

GLA

Artificial Intelligence and Machine Learning

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Data Science & Analytics

GLA

Drone Technology

GLA

Industrial IoT

GLA

Robotics

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Smart Manufacturing

Highlights

Industry Inside the University – training within a real world industrial environment
Industry grade machinery and equipment
Project based, application oriented learning
Cutting edge technologies used widely by modern industries
Expert trainers from the industry to support practical learning and exposure

Our Vision

To emerge as a leading centre of excellence in skill development and entrepreneurship, integrating advanced technologies with industry expertise and academic rigor. The centre aims to contribute to inclusive industrial growth, innovation culture, and employment generation.

Our Mission

To bridge the gap between academia and industry by offering practical, application oriented training in emerging engineering, manufacturing, and digital technologies. CSED aims to foster entrepreneurship, innovation, and employability through industry relevant, future focused skill training and advisory support.

GLA

Director Message

The Centre for Skill & Entrepreneurship Development (CSED) is a pioneering platform redefining how skill development is delivered in India. Our approach—creating an “industry within the institute”—mirrors the real world model of a teaching hospital within a medical college.

Through experiential learning, a robust skill warehouse, and a multidisciplinary framework, CSED supports sectors such as IT, manufacturing, and emerging digital technologies. With a strong emphasis on research, innovation, and startup incubation, we empower students to become future ready professionals and active contributors to India’s industrial growth and entrepreneurial landscape.

Mr. Pushkar Sharma

CSED

Frequently Asked Questions

What programs are offered by the Computer Science and Engineering department?

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The Computer Science and Engineering department offers undergraduate, postgraduate, and doctoral programs including B.Tech in Computer Science and Engineering, M.Tech programs in specialized computing areas, and Ph.D. programs focused on advanced research in computing technologies.

What is the eligibility criteria for admission to B.Tech Computer Science and Engineering?

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Candidates applying for the B.Tech Computer Science and Engineering program must have completed 10+2 with Physics and Mathematics along with a relevant third subject, meeting the minimum aggregate marks required by the university for engineering admissions.

How can students apply for admission to the CSE program?

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Students can apply online through the official admission portal of GLA University by completing the application form, submitting required documents, and following the admission process as guided by the university.

What is the duration of the B.Tech Computer Science and Engineering program?

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The B.Tech Computer Science and Engineering program is a four-year undergraduate degree consisting of eight semesters that include theoretical courses, laboratory sessions, programming practice, and major projects.

Are scholarships available for Computer Science students?

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Yes, GLA University offers scholarships to eligible students based on academic performance, entrance examination scores, and other criteria set by the university to support meritorious students pursuing engineering programs.

What facilities are available for Computer Science students at the university?

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Students have access to modern computer laboratories, high-speed internet connectivity, specialized software tools, smart classrooms, and library resources that support programming practice, project development, and research activities.

What programming languages are taught in the CSE program?

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Students learn programming languages such as C, C++, Java, and Python along with technologies related to databases, web development, and software development to build a strong foundation in computer science.

Does the department provide internship opportunities for students?

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Yes, students are encouraged to participate in internships with IT companies, startups, and technology organizations to gain practical experience and understand real-world software development and computing applications.

What career opportunities are available after completing Computer Science Engineering?

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Graduates can pursue careers as software developers, data analysts, system engineers, web developers, and IT consultants in technology companies, software firms, and digital organizations across different industries.

Does the university provide placement support for CSE students?

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Yes, the university provides placement support through training programs, career development sessions, technical workshops, and recruitment drives organized by the training and placement cell.

Are students encouraged to participate in coding competitions and technical events?

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Yes, students are encouraged to participate in coding competitions, hackathons, workshops, and technical events that help them improve programming skills, problem-solving abilities, and teamwork experience.

Does the program include practical programming training?

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Yes, the curriculum includes extensive programming labs, software development projects, and practical assignments that allow students to apply theoretical concepts and develop real-world computing applications.

What teaching methodology is followed in the Computer Science department?

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The department follows an outcome-based teaching methodology that combines lectures, programming labs, project-based learning, technical seminars, and industry interaction to develop strong computing and analytical skills.

Are research opportunities available for Computer Science students?

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Yes, students can participate in research activities and innovative projects under faculty guidance, especially in advanced areas such as artificial intelligence, data science, and emerging computing technologies.

Does the CSE department organize workshops and seminars?

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Yes, the department regularly organizes workshops, seminars, and guest lectures conducted by industry professionals and academic experts to keep students updated with the latest trends in technology and computing.

What skills can students develop during the CSE program?

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Students develop skills in programming, software development, problem solving, database management, system design, and computational thinking through coursework, laboratory training, and practical projects.

Are project-based learning opportunities provided in the CSE program?

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Yes, students work on mini-projects and major projects during their studies where they design software applications, develop programs, and implement computing solutions under the guidance of faculty members.

Can students pursue higher education after completing Computer Science Engineering?

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Yes, graduates can pursue higher studies such as M.Tech in specialized computer science fields, MBA programs, or research-oriented doctoral programs depending on their academic and career interests.

What campus facilities support the academic development of CSE students?

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Students benefit from modern computing laboratories, digital learning resources, central library facilities, collaborative learning spaces, and technical infrastructure available across the university campus.

Why should students choose Computer Science and Engineering at GLA University?

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The program provides a strong foundation in computing concepts combined with practical programming experience, modern laboratory facilities, industry exposure, and academic guidance that prepares students for careers in the rapidly growing technology sector.
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