Bachleor of Technology in Computer Science and Engineering with Concentration in Big Data Analytics

at JK Lakshmipat University India

B.Des. in Interdisciplinary Design has a flexible curriculum that combines courses from the various domains and disciplines of Design with courses from other institutes of the university. This allows you to leverage new age technology, hone an entrepreneurial mindset and become adept at understanding form and aesthetics, visual language and user-centric approach to develop products and systems in any discipline.
Graduates of Interdisciplinary Design develop a curious mindset and can work in unfamiliar environments as they are trained to deal with ambiguity. They find opportunities in big organisations that wish to leverage design in their business as well as those startups where design plays an important role. With inputs in engineering and entrepreneurship, the Interdisciplinary Design student has a distinct advantage to act as a bridge between different functions in any environment or specialise later in a chosen field.

Interdisciplinary Design graduates find work in design firms that do cross disciplinary work, creative agencies, and startups that need design inputs. They are also singularly eligible to start their own agency. Many go further into a specialisation that they enjoyed in their undergraduate programme. Some even take the research route and excel in academics.

B.Tech. in Electronics and Communication Engineering programme at JKLU provides fundamental knowledge of the basic concepts and theories of analysis, systems implementation, operation, production, and maintenance of the various applications in the field of Electronics and Communication Engineering. This programme aims to develop Electronics and Communication Engineers who are able to leverage cutting edge technologies to lead organisations through their digital transformation.

• Curriculum has been designed for competencies required for Embedded Systems and IoT Engineers to develop solutions for IoT and use the data for visualisation, machine learning, and predictive analysis.
• Electives have been provided to create a career bridge for doctorate studies in Embedded systems and IoT learning
• Industry Projects and Internship where IoT is used for automation.
• Hands-on skills in Low Power Embedded Systems, Industrial IoT, IoT Laboratory with Raspberry Pi 4B+ with Computer Vision (Jetson Nano), IBM Cloud Services, R and
• Python Programming, Industrial Protocols OPC UA.
• Assessing tools: Node Red and interfacing with any Cloud Services.

B.Tech. in Computer Science and Engineering at JKLU aims to create the next generation of computer engineers who will work to address the issues and challenges of the present time through knowledge and interdisciplinary collaboration.
Embedded system developers write code that powers refrigerators, printers, ovens, or toasters that makes everyone’s life easier. The embedded coding runs before the operating system even loads. These developers work on the operating system in real-time and write the real hardware code to function correctly. They work closely with hardware engineers because they write device drivers. Embedded system developers can look forward to a bright future. Qualcomm, Intel, Tata Elxsi, HCL Technologies all of these companies hire embedded software engineers.
Simultaneously, IoT is making significant strides as more things are getting connected to the internet. Many experts predict that two-third of the new businesses will be dependent on IoT by the end of this year. Keeping this in mind, IoT offers the potential for a “fourth industrial revolution.” IoT ecosystem consists of intelligent devices that are web-enabled and use embedded systems such as sensors, processors, and communication hardware that collect the information and then share, analyse the data they collect and then act on it. The data obtained by the sensors of an IoT in the environment is shared by connecting to an IoT gateway that sends the data to the cloud for analysis. The data is analysed locally. These devices can often connect to similar devices and share the information and then act on the data they acquire from each other.

M.Tech. in Health, Safety and Environmental Engineering prepares professionals who will be able to:
• Interpret and apply legislative requirements, industry standards, and best practices in a variety of workplaces.
• Collect, manage, and interpret information and data to identify hazardous conditions and practices in a variety of workplaces.
• Prevent and control harm to workers, property, environment and the general public by conceiving, designing, and implementing alternative engineering and management systems and practices in compliance with laws and/ or employer policies by using principles of engineering, industrial safety, risk management, data analytics, automation, and state-of-the-art platforms, components and tools.
• Serve in fields of environmental health and safety, safety engineering, industrial hygiene, safety and occupational health in business, consultancy, industry, government, healthcare, education, research, etc.

BCA at JKLU is designed to offer application based learning in computer application through a cross-disciplinary and multi-perspective curriculum that focusses on building skills and a knowledge base for computer application development and IT administration. A number of core courses in contemporary and emerging technologies are well integrated in the course programme to help facilitate learning. Red Hat, Cisco, ORACLE, and IBM certifications are also available to students.

Mechanical Engineering is one of the primordial branches of engineering. The programme incorporates courses from the area of design, manufacturing, and thermal. To remain in sync with the industry, the programme offers compulsory core courses, department electives, interdisciplinary courses, open electives, and practice schools for industrial training. The associated laboratory work and projects provide an opportunity for hands-on experience and a better understanding of the course. Project-based learning is adopted, where students are encouraged to innovate and work on a project while learning the course. On completion of the four year degree programme, students get equipped with a solid foundation in core mechanical engineering disciplines, critical thinking, and problem-solving skills. Through this academic programme, students also develop excellent written and oral communication skills, learn to work as a team, and get ready to serve the industry and society worldwide.

Mechanical Engineering is one of the oldest branches of engineering that has evolved over the years with the modernisation of technologies. To fulfil the emerging trends in mechanical engineering, many new concentrations have been added to our curriculum like Automation and Robotics. In the current era, almost all the mechanical systems like cars, air conditions, refrigerator, etc. are amalgamated with electronics and electronic devices to make the process automatic. We have come up with this unique concentration where the students of mechanical engineering can learn both the fields of engineering. Robots are deployed in industries to make human life easy and convenient. The automation and robots in industries are capable of accomplishing tasks which could otherwise be hazardous for humans. To fulfil this need of time, we have incorporated a curriculum in electro-mechanical subjects to the concentration in automation and robotics.

BCA at JKLU is designed to offer application based learning in computer application through a cross-disciplinary and multi-perspective curriculum that focusses on building skills and a knowledge base for computer application development and IT administration. A number of core courses in contemporary and emerging technologies are well integrated in the course programme to help facilitate learning. Red Hat, Cisco, ORACLE, and IBM certifications are also available to students.

Conceptualised and created by eminent scholars and industry stalwarts, this interdisciplinary diploma is a unique blend of courses in mathematics, programming, economics, political science, academic writing, and critical thinking. Offered under the aegis of Lakshmipat Singhania Education Foundation, the programme helps students to develop core skills for careers in emerging fields of data, policy, economics, and much more.

PhD programme at JKLU offers intensive education in Engineering and Management to help students realise their academic goals and pursue professions of their choice. Research in interdisciplinary areas in academics and exploration of innovative industrial practices during the programme offer an environment of scholarship and collaborative learning to students. Developing new perspectives of analysis and interpretation through critical examination and sound judgement open new realms of innovation and research for them.

B.Tech. in Computer Science and Engineering at JKLU aims to create the next generation of computer engineers who will work to address the issues and challenges of the present time through knowledge and interdisciplinary collaboration.
Artificial intelligence (AI) promises to deliver some of the most significant and disruptive innovations of this century. Self-driving cars, robotic assistants, and automated disease diagnosis are all products of an emerging AI revolution that will reshape how we live and work. And with demand for talented engineers more than doubling in the last few years, there are limitless opportunities for professionals who want to work on the cutting edge of AI research and development.