As one of the oldest branches of engineering, civil engineering involves analyzing, designing, and constructing public and private projects by integrating scientific principles with engineering experience. The programmes from the department are offered to facilitate the planning, design, and construction of residential & commercial buildings, railways, airports, dams, environmental pollution control systems, water purification and distribution systems, and urban transportation systems that enhance the quality of life.

The curriculum: 

 . is designed to find solutions to the problems faced by society in a fast- changing world, as the students get an opportunity to work as interns in the industry gaining hands-on experience and making them industry ready.

 . it provides for a choice-based credit system, allowing the student to accelerate the completion of his programme if so wishes to. 
 . includes skill-based and ability-enhancement courses both in undergraduate as well as post-graduate programmes.
 . it also encourages students to pursue a Minor in AI & ML or Data Science or Honors in Construction Practices (in association with L&T Edu Tech) along with their B.Tech in Civil Engineering, which gives them an extra edge compared to their peers elsewhere.
 . it gives students the theoretical background and professional attitude to serve the public.
 . it typically leads to entry-level positions or to pursue post-graduation in technical specialties like environmental, geotechnical, structural, and traffic transportation engineering.

As the world transitions towards sustainable electric mobility, there is a growing demand for professionals skilled in battery technology, efficient motors, charging systems, and vehicle integration. The M. Tech in Electric Vehicle Technology is a 72-credit, two-year programme designed to equip students with advanced knowledge in key areas, including battery systems, battery management, motors and drives, charging infrastructure, software-defined vehicles, and digital twinning. This multidisciplinary curriculum bridges electrical engineering, mechanical engineering, and computer science, emphasizing both industry-driven training and cutting-edge research. Modules of emerging technologies like digital twinning and software-defined vehicles ensure graduates are prepared for future advancements in the EV sector.

Through collaborations with industry partners, students gain hands-on experience in solving real-world challenges. With a focus on sustainable mobility and green energy, the programme empowers graduates to excel in the EV ecosystem, contributing to technological innovations and shaping the future of transportation.

As one of the oldest engineering disciplines, Electrical and Electronics Engineering encompasses diverse areas to address today’s engineering needs. It deals with the generation, distribution and application of electricity, embedded system, automation and control, and emerging areas like VLSI, Digital Signal Processing, Renewable Energy Systems, and E-Mobility/Electric vehicle technology.Owing to the diversity of the discipline,the job opportunities associated with it are manifold, ranging

from design and manufacture of electronic equipment to automation and control. To facilitate the students’ learning we conduct sessions and seminars on problem solving, creative thinking, open-ended experiments, and live projects. Students are exposed to live projects and internships in the industry from 3rd Semester till their final semester. Additionally they are encouraged to publish papers and presentations in Conferences. 

B.Tech in Electronics and Communication Engineering enables the students to solve complex engineering problems using the specializations of electronics and communication. The programme is designed with globally competent curriculum and delivered to the students through a problem based and project-based approach. The curriculum has the study and application of electricity, electronics and electromagnetism so that mundane jobs are taken away from human to machines. Vision is to emerge as a centre of academic excellence in the field of Electronics & Communication Engineering to address the dynamic needs of the industry upholding moral values.

Highlights of the programme include, 
• The students will have mandatory internships and also industry-based student internships to understand the requirements of industry. 
• Students are given a plethora of interdisciplinary and multidisciplinary disciplines through open electives and global electives in line with National Education Policy 2020. 
• Industry oriented curriculum towards providing opportunities to solve real time problems faced by industries.  
• Application based teaching learning through case studies and frequent field visits. 
• Opportunity to hone their skill sets required in a particular domain through Honours and Minor programmes.

The M.Tech in Mechanical Engineering with a specialization in Machine Design-Digital Twin is an advanced program that blends core mechanical engineering principles with cutting-edge digital technologies to prepare students for the era of Industry 4.0. The program emphasizes the design, simulation, and optimization of mechanical systems using innovative tools such as digital twins, IoT, and artificial intelligence. Students gain expertise in advanced machine design, computational simulations, and real-time system integration to address complex engineering challenges.

Through interdisciplinary coursework and hands-on projects, the program equips graduates with the skills to innovate in industries such as automotive, aerospace, robotics, energy, and smart manufacturing, making them leaders in the transformation of engineering systems..

The Mechanical Engineering bachelors’ program is well designed to meet modern technological advances and industrial requirements, aligned with global standards. Students' experiences here are diverse and challenging, aimed at fostering a well-rounded personality and global competitiveness. Our impressive array of facilities comprises 3D Printers, KUKA Robots, CNC machines, Wind and Solar Emulators, and CAE tools, catering to the academic requirements of students as well as cater the basic and advanced needs of researchers.Professional clubs like ASME, Robotic Society of India, SAE, and Sustainable Engineering Club empower students to get connected and engage with the industry and societal issues.

We take great pride in our extensive network of training centres, developed through successful partnerships with esteemed industry leaders like BOSCH , FESTO , Daimler Truck Innovation, GTTC,  Wipro3D to name few. Our program places a strong emphasis on experiential learning through building working models collaborating with other branches of Engineering as well as involving in research projects. The teaching learning process focus on students learning interests and pace providing opportunity to students to choose their courses of interest. We prepare the students to face the challenges confidently through holistic development and commitment to continuous learning.

B.Tech (Automobile Engineering) program is designed to develop a new breed of engineers required for the ever-expanding automotive industry. We strive to improve the technical and professional skills of the students through hands on and project based experiential learning.  We encourage and support students to draw, design and build their dream vehicle models. In collaboration with, renowned automotive OEM's several facilities are created at campus for the students to get the skill training, which will help them to meet the requirements of the Automotive Industry. Automotive maintenance, service laboratory

has modules to demonstrate the working of all automotive parts, which are developed with the support of Trident Hyundai, Renault Nissan and Ashok Leyland.Department has MoU with Daimler Truck Innovation Center India Private Limited (DTICI), Government Tool Room & Training Centre (GTTC) and Wipro 3D. The purpose of MoU is to have mutual intentions to jointly work on projects required for industries and research needs, with learned faculty of good industrial experience and promising students, jointly agree to exchange their expertise for mutual benefit and growth. 

Doctor of Philosophy (Ph.D.) in Computer Science and Engineering was started in the year 2011 and Ph.D. in Information Technology was started in 2013. A doctorate in Computer Science and Engineering is a professional, academic programme that lasts two to six years at most. The programme covers extensive knowledge, analysis, and research in the discipline of Computer Science and Engineering and Information Technology. 
 

Advanced algorithms, statistical techniques in AI, information security, database systems, computer networks, and much more are taught in PhD programmes. Students can pursue a programme of research in a specialised field and create a dissertation that reflects the findings of original research and demonstrates outstanding scholarship through the PhD in CSE and Information Technology degree. The department at present has 68 faculty members from across the country with rich experience in the Industry and Academics including 55 Ph.D. holders and 13 pursuing their Ph.D. 

The two year Post graduate program M. Tech in Computer Science and Engineering started in 2009. The course was started mainly to cater to the increasing demand for higher studies. A growing intake with students from across the nation shows the popularity of the program. The Department strives to give skills essential to practicing engineering professionals. The department understands its role in developing and evaluating methods that encourage students to continue to learn after leaving the university. We believe that the student opportunities and experiences should lead to an appreciation of the holistic development of individuals.

We also try to pass to our students our passion for what we do, and to have the students comprehend that we also desire to continue to learn. The Post graduate program aims to offer advanced knowledge in specific areas. Focus on research is a special feature of our program, in CHRIST (Deemed to be University) School of Engineering and Technology where students are encouraged to undertake research level projects and have mandatory publications in national level conferences. Specific subjects for industry level skills are also offered for better employability.

Cryptography, Data mining, Big Data, Digital Image Processing, Cloud Computing, Industry 4.0, Internet of Things etc. This course emphasizes on developing necessary skills for students to sustain the industrial expectation, in pursuit of excellence by keeping high personal and professional values and ethics.

Computer Science and Engineering (Artificial Intelligence and Machine Learning - AIML) is a 4-year, 8 semester Undergraduate program aimed at studying, designing, developing, implementing, supporting and managing computer-based artificial intelligent systems. Students under this course learn advanced learning solutions imparting knowledge of innovations in machine learning, deep learning and artificial intelligence (AI). The AIML program provides a rigorous introduction to machine learning, as well as opportunities to explore theoretical and project-based learning in digital image and natural language processing. This course discusses AI methods based on different fields, including neural networks, signal processing, control, and data mining in order to present a unified treatment of machine learning problems and solutions. 

This course emphasizes on developing the necessary skills for the students to sustain in today’s industrial expectation, in pursuit of excellence by keeping high
personal and professional values and ethics. BTech CSE-AIML program is designed to enable students to build intelligent machines, software applications with a cutting-edge combination of Computer Vision technologies. This course discusses Intelligent Systems, Supervised and Unsupervised Learning, Neural Networks, and Inductive based Learning in order to design AI Based Applications for the real-world problems.

Computer Science and Engineering (Data Science) is a 4 year, 8 semesters undergraduate program which is a new, exponentially growing field that consists of a set of tools and techniques used to extract useful information from data. The program encompasses data Science as an interdisciplinary, problem-solving oriented subject that learns to apply scientific techniques to practical problems. The course curriculum involves a blend of data inference, algorithm development, and technology to analytically solve complex problems. The program imparts a confluence of skills in three major areas of mathematical expertise, technology hacking skills, and business strategy and acumen. The core of this program is the ultimate use of enormous data in creative ways to generate business value. Hidden insights are brought to the fore to enable companies to make smarter business decisions. Data Science program orients on practical classes and self-study during the preparation of datasets and programming of data analysis tasks.

This course emphasizes on developing the necessary skills for the students to sustain in today’s industrial expectation, in the pursuit of excellence by keeping high personal and professional values and ethics. BTech CSE-Data Science specialization program is a multidisciplinary field that combines statistics, programming, domain knowledge, and data analysis skills. The increasing significance of data in our digital age, along with the numerous opportunities it presents across industries, makes data science courses highly sought after by individuals and organizations looking to harness the power of data for better decision-making and innovation. The demand for data scientists and data architects have been on the rise in recent years, and this trend is expected to continue for the foreseeable future.

The B. Tech in Computer Science and Engineering specialization in Internet of Things (IoT) program provides students with knowledge on core computer science
and in-depth understanding of Internet of Things (IoT) technology. The program's emphasis on IoT sensors key potential features and purpose. It also evades the horizon of Advance IOT frontiers and IOT Analytics. Students gain an AI impact in IoT across industry-based applications such as smart cities, healthcare,  ndustrial IoT, Smart Transportation & Smart Farming. Opportunities abound in roles such as Smart Cities Initiatives, Research and Development (R&D) Centers, System Design Engineer, Application Developer, and IOT Technology Architect.

The program also equips students with a strong professional skill such as team building, presentation skills and problem solving. In CHRIST, students get ample
chances to work on live industry problems and real-life problems, where they provide solutions through their gained knowledge in the relevant field as service learning. The curriculum is designed in such a way that the students explore the industry segment minimum twice during their study as interns and provide opportunities for semester-long internships. The program emphasizes on developing the necessary skills for the students to sustain in today’s industrial expectation, in the pursuit of excellence by keeping high personal and professional values and ethics.

Electronics and Computer Engineering [with Specialization in Artificial Intelligence & Machine Learning] is a cross-discipline, integrated program that explores the exciting interface between two traditional engineering domains Electronics and Computer science.  This engineering discipline synchronizes the latest developments that combine hardware electronics, software and computer systems together for any integrated intelligent embedded system design. This is an inter disciplinary under graduate degree program under School of Engineering and Technology. This programme is designed to bridge the gap between software analysis and hardware design in the lucrative fields such as- machine learning, data science, Internet of Things (IoT) and artificial intelligence etc. This programme aims to offer thorough knowledge of the theory and practice of software systems and its hardware implication in the purview of embedded system design. This programme addresses the interest of a wide audience of learners whose interests are versatile and interdisciplinary for hardware design as well as software analysis.

Highlights of the Programme include,
•    Globally competent curriculum vetted through involvement of industry experts and academic experts in line with industry requirements. 
•    The students will have mandatory internships and also industry-based student internships to understand the requirements of industry. 
•    Students are given a plethora of interdisciplinary and multidisciplinary disciplines through open electives and global electives in line with National Education Policy 2020. 
•    Industry oriented curriculum towards providing opportunities to solve real time problems faced by industries.  
•    Application based teaching learning through case studies and frequent field visits. 
•    Opportunity to hone their skill sets required in a particular domain through Honours and Minor programmes.

This programme integrates Robotics and Mechatronics. Robotics emphasise on synergistic integration of mechanical structures, mechanisms, electrical and electronic components, electromechanical sensors and actuators, microcontrollers, and programming, whereas Mechatronics, covers synergistic integration of mechanical engineering, control theory, computer science, and electronics to manage complexity, uncertainty, and communication in engineered systems. Programme is offered in multi-disciplinary nature, which combines mechanical, electronics and computing engineering

and will add versatility to the graduates' capabilities. Graduates will be able to adapt flexibly to a wide range of industries, and make contributions in developing new technologies and pioneering new approaches in production. Graduates will also be able to upgrade their knowledge and skills by pursuing their studies in local or overseas universities. The programme prepares graduates to learn how to build robots and gadgets as required in specialized areas such as automation and robotics, wafer fabrication, aerospace or biomedical engineering.

B.Tech (Automobile Engineering) program is designed to develop a new breed of engineers required for the ever-expanding automotive industry. We strive to improve the technical and professional skills of the students through hands on and project based experiential learning.  We encourage and support students to draw, design and build their dream vehicle models. In collaboration with, renowned automotive OEM's several facilities are created at campus for the students to get the skill training, which will help them to meet the requirements of the Automotive Industry. Automotive maintenance, service laboratory

has modules to demonstrate the working of all automotive parts, which are developed with the support of Trident Hyundai, Renault Nissan and Ashok Leyland.Department has MoU with Daimler Truck Innovation Center India Private Limited (DTICI), Government Tool Room & Training Centre (GTTC) and Wipro 3D. The purpose of MoU is to have mutual intentions to jointly work on projects required for industries and research needs, with learned faculty of good industrial experience and promising students, jointly agree to exchange their expertise for mutual benefit and growth. 

As one of the oldest branches of engineering, civil engineering involves analyzing, designing, and constructing public and private projects by integrating scientific principles with engineering experience. The programmes from the department are offered to facilitate the planning, design, and construction of residential & commercial buildings, railways, airports, dams, environmental pollution control systems, water purification and distribution systems, and urban transportation systems that enhance the quality of life.

The curriculum: 

 . is designed to find solutions to the problems faced by society in a fast- changing world, as the students get an opportunity to work as interns in the industry gaining hands-on experience and making them industry ready.

 . it provides for a choice-based credit system, allowing the student to accelerate the completion of his programme if so wishes to. 
 . includes skill-based and ability-enhancement courses both in undergraduate as well as post-graduate programmes.
 . it also encourages students to pursue a Minor in AI & ML or Data Science or Honors in Construction Practices (in association with L&T Edu Tech) along with their B.Tech in Civil Engineering, which gives them an extra edge compared to their peers elsewhere.
 . it gives students the theoretical background and professional attitude to serve the public.
 . it typically leads to entry-level positions or to pursue post-graduation in technical specialties like environmental, geotechnical, structural, and traffic transportation engineering.

The B. Tech Computer Science and Engineering is a 4-year, 8 semester Undergraduate program that equips students with a strong foundation in both theoretical and practical aspects of Computer Science and Engineering. The department boasts a rich knowledge pool of faculty who are highly skilled in various fields like Artificial Intelligence, Machine learning,

Cryptography, Data mining, Big Data, Digital Image Processing, Cloud Computing, Industry 4.0, Internet of Things etc. This course emphasizes on developing necessary skills for students to sustain the industrial expectation, in pursuit of excellence by keeping high personal and professional values and ethics.

As one of the oldest engineering disciplines, Electrical and Electronics Engineering encompasses diverse areas to address today’s engineering needs. It deals with the generation, distribution and application of electricity, embedded system, automation and control, and emerging areas like VLSI, Digital Signal Processing, Renewable Energy Systems, and E-Mobility/Electric vehicle technology.Owing to the diversity of the discipline,the job opportunities associated with it are manifold, ranging

from design and manufacture of electronic equipment to automation and control. To facilitate the students’ learning we conduct sessions and seminars on problem solving, creative thinking, open-ended experiments, and live projects. Students are exposed to live projects and internships in the industry from 3rd Semester till their final semester. Additionally they are encouraged to publish papers and presentations in Conferences. 

B.Tech in Electronics and Communication Engineering enables the students to solve complex engineering problems using the specializations of electronics and communication. The programme is designed with globally competent curriculum and delivered to the students through a problem based and project-based approach. The curriculum has the study and application of electricity, electronics and electromagnetism so that mundane jobs are taken away from human to machines. Vision is to emerge as a centre of academic excellence in the field of Electronics & Communication Engineering to address the dynamic needs of the industry upholding moral values.

Highlights of the programme include, 
• The students will have mandatory internships and also industry-based student internships to understand the requirements of industry. 
• Students are given a plethora of interdisciplinary and multidisciplinary disciplines through open electives and global electives in line with National Education Policy 2020. 
• Industry oriented curriculum towards providing opportunities to solve real time problems faced by industries.  
• Application based teaching learning through case studies and frequent field visits. 
• Opportunity to hone their skill sets required in a particular domain through Honours and Minor programmes.

The Mechanical Engineering bachelors’ program is well designed to meet modern technological advances and industrial requirements, aligned with global standards. Students' experiences here are diverse and challenging, aimed at fostering a well-rounded personality and global competitiveness. Our impressive array of facilities comprises 3D Printers, KUKA Robots, CNC machines, Wind and Solar Emulators, and CAE tools, catering to the academic requirements of students as well as cater the basic and advanced needs of researchers.Professional clubs like ASME, Robotic Society of India, SAE, and Sustainable Engineering Club empower students to get connected and engage with the industry and societal issues.

We take great pride in our extensive network of training centres, developed through successful partnerships with esteemed industry leaders like BOSCH , FESTO , Daimler Truck Innovation, GTTC,  Wipro3D to name few. Our program places a strong emphasis on experiential learning through building working models collaborating with other branches of Engineering as well as involving in research projects. The teaching learning process focus on students learning interests and pace providing opportunity to students to choose their courses of interest. We prepare the students to face the challenges confidently through holistic development and commitment to continuous learning.

Computer Science and Engineering (Artificial Intelligence and Machine Learning - AIML) is a 4-year, 8 semester Undergraduate program aimed at studying, designing, developing, implementing, supporting and managing computer-based artificial intelligent systems. Students under this course learn advanced learning solutions imparting knowledge of innovations in machine learning, deep learning and artificial intelligence (AI). The AIML program provides a rigorous introduction to machine learning, as well as opportunities to explore theoretical and project-based learning in digital image and natural language processing. This course discusses AI methods based on different fields, including neural networks, signal processing, control, and data mining in order to present a unified treatment of machine learning problems and solutions. 

This course emphasizes on developing the necessary skills for the students to sustain in today’s industrial expectation, in pursuit of excellence by keeping high
personal and professional values and ethics. BTech CSE-AIML program is designed to enable students to build intelligent machines, software applications with a cutting-edge combination of Computer Vision technologies. This course discusses Intelligent Systems, Supervised and Unsupervised Learning, Neural Networks, and Inductive based Learning in order to design AI Based Applications for the real-world problems.

Computer Science and Engineering (Data Science) is a 4 year, 8 semesters undergraduate program which is a new, exponentially growing field that consists of a set of tools and techniques used to extract useful information from data. The program encompasses data Science as an interdisciplinary, problem-solving oriented subject that learns to apply scientific techniques to practical problems. The course curriculum involves a blend of data inference, algorithm development, and technology to analytically solve complex problems. The program imparts a confluence of skills in three major areas of mathematical expertise, technology hacking skills, and business strategy and acumen. The core of this program is the ultimate use of enormous data in creative ways to generate business value. Hidden insights are brought to the fore to enable companies to make smarter business decisions. Data Science program orients on practical classes and self-study during the preparation of datasets and programming of data analysis tasks.

This course emphasizes on developing the necessary skills for the students to sustain in today’s industrial expectation, in the pursuit of excellence by keeping high personal and professional values and ethics. BTech CSE-Data Science specialization program is a multidisciplinary field that combines statistics, programming, domain knowledge, and data analysis skills. The increasing significance of data in our digital age, along with the numerous opportunities it presents across industries, makes data science courses highly sought after by individuals and organizations looking to harness the power of data for better decision-making and innovation. The demand for data scientists and data architects have been on the rise in recent years, and this trend is expected to continue for the foreseeable future.

The B. Tech in Computer Science and Engineering specialization in Internet of Things (IoT) program provides students with knowledge on core computer science
and in-depth understanding of Internet of Things (IoT) technology. The program's emphasis on IoT sensors key potential features and purpose. It also evades the horizon of Advance IOT frontiers and IOT Analytics. Students gain an AI impact in IoT across industry-based applications such as smart cities, healthcare,  ndustrial IoT, Smart Transportation & Smart Farming. Opportunities abound in roles such as Smart Cities Initiatives, Research and Development (R&D) Centers, System Design Engineer, Application Developer, and IOT Technology Architect.

The program also equips students with a strong professional skill such as team building, presentation skills and problem solving. In CHRIST, students get ample
chances to work on live industry problems and real-life problems, where they provide solutions through their gained knowledge in the relevant field as service learning. The curriculum is designed in such a way that the students explore the industry segment minimum twice during their study as interns and provide opportunities for semester-long internships. The program emphasizes on developing the necessary skills for the students to sustain in today’s industrial expectation, in the pursuit of excellence by keeping high personal and professional values and ethics.

Electronics and Computer Engineering [with Specialization in Artificial Intelligence & Machine Learning] is a cross-discipline, integrated program that explores the exciting interface between two traditional engineering domains Electronics and Computer science.  This engineering discipline synchronizes the latest developments that combine hardware electronics, software and computer systems together for any integrated intelligent embedded system design. This is an inter disciplinary under graduate degree program under School of Engineering and Technology. This programme is designed to bridge the gap between software analysis and hardware design in the lucrative fields such as- machine learning, data science, Internet of Things (IoT) and artificial intelligence etc. This programme aims to offer thorough knowledge of the theory and practice of software systems and its hardware implication in the purview of embedded system design. This programme addresses the interest of a wide audience of learners whose interests are versatile and interdisciplinary for hardware design as well as software analysis.

Highlights of the Programme include,
•    Globally competent curriculum vetted through involvement of industry experts and academic experts in line with industry requirements. 
•    The students will have mandatory internships and also industry-based student internships to understand the requirements of industry. 
•    Students are given a plethora of interdisciplinary and multidisciplinary disciplines through open electives and global electives in line with National Education Policy 2020. 
•    Industry oriented curriculum towards providing opportunities to solve real time problems faced by industries.  
•    Application based teaching learning through case studies and frequent field visits. 
•    Opportunity to hone their skill sets required in a particular domain through Honours and Minor programmes.

This programme integrates Robotics and Mechatronics. Robotics emphasise on synergistic integration of mechanical structures, mechanisms, electrical and electronic components, electromechanical sensors and actuators, microcontrollers, and programming, whereas Mechatronics, covers synergistic integration of mechanical engineering, control theory, computer science, and electronics to manage complexity, uncertainty, and communication in engineered systems. Programme is offered in multi-disciplinary nature, which combines mechanical, electronics and computing engineering

and will add versatility to the graduates' capabilities. Graduates will be able to adapt flexibly to a wide range of industries, and make contributions in developing new technologies and pioneering new approaches in production. Graduates will also be able to upgrade their knowledge and skills by pursuing their studies in local or overseas universities. The programme prepares graduates to learn how to build robots and gadgets as required in specialized areas such as automation and robotics, wafer fabrication, aerospace or biomedical engineering.

M.Tech in VLSI Design and Embedded Systems domain are considered to be the core areas of Electronics and Communication Engineering. The increasing growth rates in the Smartphone market, Consumer market, Automotives, Accelerator based server market and IoT could serve as an important source of opportunities and revenue for the IC-Design industry. Current growth in IC-Design (Semiconductors) can be attributed to the advancement in 4G/5G communication, Internet of Things (IoT), AI & ML and lower technology nodes like FINFETs. The advent of these technologies has opened numerous opportunities for the IC-Design industry. Due to 4G/5G technology, IoT’s expansion, AI & ML, FINFET based chip designs and Ultra Low Power design needs; IC-Design industry would require more people and high quality manpower to churn out new designs with optimized PPA (lesser Power, higher Performance and lesser Area). The aim of this programme is to develop professional engineers who are well versed with the fundamentals of VLSI and Embedded Systems who contribute to the growth of themselves, leading to the growth of the institution and hence the growth of the country.

Delivery of the curriculum is through a problem based and project-based approach.  The students are provided with a 360-degree holistic education with an equal weightage being given to co-curricular and extra-curricular activities along with the necessary skill development required for engineering industry.    

Highlights of the programme include, 
•   Curriculum has been designed as per industry requirements and vetted through involvement of industry experts and academic experts. 
•   The students will have mandatory internships and also mandatory industry-based student internships to understand the requirements of industry.  
•   Industry oriented curriculum towards providing opportunities to solve real time problems faced by industries.  
•   Application based teaching learning through case studies and frequent field visits.

The Programme addresses the critical need for advanced energy storage solutions in today’s world. With the rapid rise of electric vehicles, renewable energy systems, and portable devices, expertise in battery technologies has become pivotal. This program uniquely combines material science with system-level insights, focusing on developing

high-performance, sustainable battery materials and efficient management systems. By integrating cutting-edge research and industry-oriented training, it equips students with interdisciplinary skills to meet global demands, fostering innovation and sustainability in academia and industries focused on energy transformation and green technologies.

Christ University offers a unique undergraduate computer science engineering program powered by Kalvium. The program's curriculum and pedagogy are designed by top tech industry leaders. This program sets itself apart by integrating paid internships as early as the second year, allowing students to gain valuable hands-on experience working alongside industry professionals on real-world projects. By graduation, they accumulate an impressive three years of industry experience – a significant advantage compared to graduates from traditional programs with limited practical components.
Starting in their second year, students have the opportunity to work at prestigious companies. This experience fosters a deeper understanding of how theoretical knowledge translates into practical applications, preparing them for successful future careers.
Internships aren't just about gaining experience; they are financially rewarding. Students receive competitive stipends throughout the program, with a minimum monthly stipend of ?15K, potentially accumulating up to ?12 Lakhs before graduation.
Recognizing the diverse nature of the tech industry, Kalvium offers various avenues for practical experience beyond traditional internships. Students can delve into open-source software development, contributing to collaborative projects and gaining valuable experience in a different setting.  Additionally, the program provides a pathway for students to explore entrepreneurship, fostering innovation and equipping them with the skills necessary to navigate the startup ecosystem.

The program provides one-on-one mentorship from industry experts who impart crucial technical knowledge and offer valuable guidance. The curriculum is powered by the AI platform - "Higher Education Realtime Operating System (HEROS)" which transforms traditional learning into a highly personalized & and focused learning experience for every single student. Furthermore, professional coaches are dedicated to helping students develop essential soft skills like communication, teamwork, and critical thinking – qualities highly sought-after by employers.
The program curriculum is meticulously designed and shaped by leading figures from the tech industry, ensuring students acquire the most up-to-date knowledge, tools, and methodologies used by top companies. This ensures that graduates possess the expertise and skillset necessary to thrive in the dynamic tech landscape.
In essence, this program bridges the gap between theoretical education and practical application. This innovative program equips students with not only the knowledge and skills required for the tech industry but also the confidence and practical experience to excel in their chosen field.

The "Automotive Systems" course offers an in-depth exploration of the principles, methodologies, and tools essential for designing, analyzing, and developing modern automotive systems. It provides a strong foundation in understanding the intricate interplay between mechanical, electrical, and software components that define today’s vehicles. Students will gain insights into cutting-edge technologies such as autonomous driving systems, advanced driver-assistance systems (ADAS), and the integration of Internet of

Things (IoT) in vehicles. The course is designed to foster critical thinking and problem-solving skills, enabling students to address complex engineering challenges. Through hands-on projects, case studies, and exposure to industry practices, participants will be prepared to contribute meaningfully to innovations in the automotive sector, shaping the future of mobility.