When you hear the word ‘Kalvium curriculum’, many questions might come to mind. How does it compare to the traditional syllabus structure? What new does it offer? Or, the most important one: why do we need an alternative in the first place? Traditional engineering institutions cannot keep up with the fast-changing tech industry. As a result, they fail to provide their students with the required training. This dilemma results in a vicious circle of stubborn unemployability and no formal learning, even after investing considerable time and resources. Hence, leading to the debate of whether to choose the curriculum or the college.
A good curriculum is crucial in computer science and engineering because it provides students with a structured learning path that covers key subjects and skills required for success in the industry. It should incorporate real-world projects and industry mentorship, allowing students to put what they’ve learned into practise and get a taste of what to anticipate in the workforce. This hands-on training improves their skills, boosts their confidence, and makes them stand out to potential employers. Students can develop a strong base and become well-rounded professionals with a good curriculum, ready to face the challenges of the fast-paced tech industry.
Kalvium: 21st Century Engineering Powerhouse
Kalvium aims to mould future tech leaders by providing students with a hands-on, practical learning experience that prepares them for industry challenges. Kalvium’s curriculum, which focuses on work integration and industry mentorship, enables students to apply what they’ve learned in real-world situations, allowing them to develop practical skills and gain confidence. Students can become well-rounded professionals and future tech leaders through Kalvium’s classes and tools, ready to make an impact in the world of technology.
Program Benefits
- A 4-year on-campus program involving enriching classroom lectures, activities, competitions and peer learning
- End of 1st-year placements at top brands affiliated with Kalvium
- Work-integrated liberal learning under the mentorship of industry experts and with a revolutionary and progressive Kalvium curriculum
- Stipend assurance up to INR 8 Lakhs in the internships and work experience conducted during the semesters
- Final year placements at leading global tech brands and organisations
- Mentorship from experts in the tech industry makes the process of learning smoother and more tailored to the actual situation in the engineering job market
- 3x higher pay packages than those in traditional institutions upon graduation
- Clubs and co-curricular activities encouraging participation and learning aside from academics
Kalvium Curriculum: An Overview
The Kalvium curriculum offers holistic learning for the best liberal arts instead of irrelevant legacy courses. The program ensures an immersive and hands-on experience for students and provides a broader range of courses to explore. This system comes out far ahead of the ‘chalk-and-talk’ lectures, where students are passive recipients of the curriculum.
The constituents of the Kalvium curriculum are:
- Foundation and elective courses: designed to help you develop the necessary skills and knowledge to succeed in future professional pursuits
- Skilling through lectures and lab work: the practical skills and techniques that you learn through laboratory work by applying theoretical knowledge to practical use. This process helps you cultivate technical skills, data analysis ability, problem-solving, and communication skills.
- Domain core courses and electives: specifically designed to provide a comprehensive understanding of the concepts, theories, and practices within a specific academic or professional area of computer science engineering
- Open electives: You can choose to take these courses as part of the program, but the Kalvium curriculum does not mention or restrict the domain or topic of these subjects. Such courses allow you to explore different subjects and areas of interest.
- Integrated work: Kalvium strongly believes in integrating industry experience with the academic year. This segment involves students undertaking internships and projects under industry mentors or with top global tech organisations.
List of Courses Offered
The Kalvium curriculum offers a diverse range of courses that develop skills and foundational knowledge in computer science engineering. Additionally, these courses focus on building creativity and allowing students to explore their own interests apart from strictly academic pursuits. If you wish to know more about traditional computer science engineering courses, do read ‘Computer Science Engineering Subjects: A 2023 Comprehensive Guide‘ and see for yourself how subjects under the Kalvium curriculum compare.
Academic Courses
- Breadth of computer science 1 and 2: includes the wide range of topics and areas of study that fall under the umbrella of computer science as a discipline. This subject may include many different subfields, including software engineering, computer graphics, artificial intelligence, databases, algorithms, and computer networks, among others.
- Data structures and algorithms: fundamental concepts in computer science that are used to organize and process data efficiently.
- Discrete mathematics: a branch of mathematics that deals with topics like set theory, graph theory, number theory, logic, and probability theory. These topics are used to analyze and solve problems in various fields, including computer science, cryptography, engineering, and operations research.
- Computer organisation and architecture: subjects concerned with the way a computer’s hardware components are arranged and interconnected to form a functioning system. Also involves the design of the microarchitecture of the CPU.
- Operating systems: learning about the software system that manages computer hardware and software resources and provides common services for computer programs.
- Design and analysis of algorithms: focuses on the development and evaluation of algorithms for solving computational problems.
- Database management systems: learning about the software system that is designed to store, organize, and retrieve data in an efficient and secure manner, and to provide users with tools for managing and manipulating the data.
- Formal language and automata theory: theoretical computer science that studies abstract computational devices or machines. It is concerned with the study of mathematical models of computing devices, and the properties and limitations of these models.
- Object-oriented programming: involves the creation of complex systems that can be broken down into smaller, more manageable components.
- Compiler design: creating a program that can translate source code written in a high-level programming language into executable machine code that can be run on a computer.
- Computer networks: cover the fundamental principles and concepts that underpin the design, implementation, and management of computer networks.
- Design for developers: designed to help software developers learn the principles and techniques of user-centred design so that they can create software applications that are not only functional but also user-friendly and visually appealing.
Foundation courses
- Critical thinking 101: learning how to objectively analyse information, concepts, or situations in order to form a rational and well-reasoned judgment or decision.
- Professional skills for the workplace: incorporating the skills necessary for success in the workplace, such as communication, time management, teamwork, leadership, problem-solving and many more.
- Fundamentals of business management: the core principles and concepts that are essential for managing a successful business. This subject includes strategy, finance, management, operations, human resources and risk management.
- Principles of science: the fundamental concepts and laws that underlie the scientific method and the study of the natural world.
- Mathematical thinking 101: learning about the ability to reason and solve problems using mathematical concepts and principles. It involves a variety of skills including logical reasoning, critical thinking, and problem-solving.
- How human languages work: gaining knowledge about the basics of human language using concepts like grammar, sentence construction and syntax.
- Tools and techniques for creative thinking: involves methods of thinking, brainstorming, mind mapping and other techniques to boost creativity and thinking out of the box.
- English LSRW: English LSRW refers to the four basic language skills in the English language: Listening, Speaking, Reading, and Writing. In the Kalvium curriculum, these four skills are considered essential for effective communication.
- Discovering self: involves courses that boost your understanding of the self and what paths are best for your trajectory.
- Learning how to learn: a course that teaches the importance of learning itself and undoes the impact of traditional schooling systems that emphasise memorisation and rote learning.
Skilling courses
- Problem-solving using programming: involves using programming languages and techniques to solve complex problems. Programming provides a structured and systematic approach to problem-solving that can be used to address a wide range of challenges in diverse fields.
- Full stack development: developing both the front-end and back-end parts of a web application.
- Front-end development: included under full stack development and involves aspects like developing the user interface (UI) and user experience (UX) components of an application.
- Databases: learning about the process of designing, implementing, and maintaining a database system to efficiently manage and store data for an organization.
- Back-end development: included under full stack development and involves aspects like the server-side logic and database components.
Semesters at a Glance
| Semester 1 | Credits |
| Front-end web development | 4 |
| Critical thinking 101 | 4 |
| Discrete mathematics | 4 |
| Professional skills for the workplace | 3 |
| Breadth of computer science 1 | 4 |
| Problem-solving using programming | 4 |
| Design for developers | 3 |
| Semester 2 | |
| Back-end web development | 5 |
| Databases | 3 |
| Learning how to learn | 4 |
| The breadth of computer science 2 | 4 |
| Full stack development | 4 |
| Assured Paid Internships at global tech companies | |
| Semester 3 | |
| Economics, politics and social development | 3 |
| Mathematical thinking 101 | 4 |
| Database management systems | 5 |
| Object-oriented programming | 4 |
| Integrated work | 8 |
| Semester 4 | |
| How human languages work | 4 |
| Tools and techniques for creative thinking | 4 |
| Operating systems | 3 |
| Data structures and algorithms | 4 |
| Integrated Work | 8 |
| Operating systems lab | 1 |
| Semester 5 | |
| English LSRW | 3 |
| Principles of science | 4 |
| Computer organisation and architecture | 4 |
| Compiler design | 4 |
| Design and analysis of algorithms | 3 |
| Integrated Work | 8 |
| Semester 6 | |
| Discovering self | 3 |
| Fundamentals of business management | 3 |
| Formal language and automata theory | 4 |
| Computer networks | 4 |
| Integrated Work | 8 |
| Semester 7 | |
| Introduction to philosophy | 3 |
| Introduction to Philosophy | 3 |
| Academic elective 1 | 4 |
| Academic elective 2 | 4 |
| Integrated Work | 8 |
| Final Year Placements | |
| Semester 8 | |
| Any approved open elective | 4 |
| Integrated Work/Capstone Project | 16 |
Credit Plan
- Skilling courses: covered in semesters one and two with five subjects, comprising 20 credits in total
- Academic courses: covered in semesters one to seven with 17 subjects, comprising 59 credits in total
- Foundation courses: covered in semesters one to seven with 13 subjects, comprising 45 credits in total
- Open elective: one subject comprising four credits in total
- Integrated work: covered in semesters three to eight, comprising 56 credits in total
- TOTAL: 36 subjects that amount to 184 credits through the course of the program
Kalvium Curriculum: The Unique Aspects
You may be wondering what differentiates the Kalvium curriculum from traditional engineering colleges. Apart from the holistic and progressive subject list, can Kalvium offer you anything more? The answer is yes! Kalvium has much more to offer, including innovative teaching software, student development activities and competitive co-curricular training that promotes added hands-on learning. Let us go into the details of each.
Industry-Software Education
The Kalvium curriculum makes space for diverse software education so that you may gain expertise before entering the industry. This knowledge gives Kalvium students an edge over all the other aspiring computer science engineers in the job market.
- You learn about problem-solving using programming through applications like Hackerrank, VS Code and Git +Github.
- Full stack development is also integral to the teaching process, using software such as CI CD, AWS Cloud, Heroku, REST API and Dev Ops.
- Additionally, front-end development comes into play in the curriculum through HTML, Bootstrap, APIs, CSS, React JS, Javascript, Ajax, and ES6.
The Kalvium curriculum is powered by QUADRANGLE, i.e., Kalvium’s AI-powered learning ecosystem offers an immersive learning experience. It involves outcome-focused rich analytics to keep track of student performance and facilitates work integration through performance and productivity metrics. It is a method of hosting interactive lessons for the students, providing access to live classes and acting as a host for mini projects for skill-building.
Student Development Activities
Since Kalvium focuses on creative thinking and skill development more than merit or book learning, student development activities are a core part of the curriculum. They provide an all-around experiential learning environment and ensure students get a break from academics to work on their potential. Such free-spirited learning activities promote cross-disciplinary skills like communication, confidence, peer learning, presentation, creative problem-solving, and interaction with tech achievers from the industry.
Kalvium Konnect
Kalvium Konnect is an industry mentorship initiative under the Kalvium curriculum that encourages learning from peers and experts. It is organised and run by high achievers and industry experts so that you gain exposure to real-world engineering problems and how professional teams solve them. Additionally, Kalvium Konnect encourages peer learning so that students learn the importance of teamwork and learn about work ethics from their classmates.
Competitive Programming (CP) Club
CP club sessions are an essential part of the Kalvium curriculum. They promote knowledge about coding and programming, resulting in exposure to hands-on work—high achievers from the world of competitive programming headline the CP club sessions. These experts are top rankers from well-known and respected contests like Google Code Jam, Hash Code, Kickstart, FacebookHacker Cup and ICPC. The CP club sessions aim to teach ideal problem-solving and build awareness about programming useful in an engineering aspirant’s career.
Kalvium Admission Process
Sign up at the Kalvium website for the opportunity to enrol and take advantage of the unique Kalvium curriculum. You must fill out a registration application and pay a registration charge of INR 999/-. Following registration, you must complete the Kalvium eligibility exam, i.e., the Kalviness Quotient (KQ) challenges.
Data interpretation and analysis, logical reasoning, creative thinking, algorithmic skills, numerical skills, communication skills, and problem-solving are among the areas covered under the KQ challenges. Admission to the program is subject to 100% merit in the KQ Challenges. After finishing the KQ challenges, if you qualify for the program, you will receive an admission offer letter within seven business days.
What’s the Verdict?
The Kalvium curriculum certainly has many holistic and unique aspects to it. Kalvium offers a comprehensive subject list, diverse co-curricular resume-building activities, expert mentorship, hands-on industry experience, and guaranteed entry into a well-paid and high-profile job in the computer science engineering industry. It is an evolving curriculum that matches the needs of a fast-paced and advancing tech world. The verdict undoubtedly favours Kalvium, and we hope to see you with us!
Frequently Asked Questions (FAQs)
- Why choose a liberal engineering program?
Traditional engineering institutions cannot keep up with the fast-changing tech industry. They fail to provide their students with the required training which leaves industries and companies with the burden of using resources to train freshers. This dilemma results in a vicious circle of stubborn unemployability and no formal learning, even after investing considerable time and resources. Liberal engineering and the Kalvium curriculum come forward as a solution to all those problems.
- How is the Kalvium curriculum different from traditional studies?
The Kalvium curriculum offers holistic learning for the best liberal arts instead of irrelevant legacy courses. The program ensures an immersive and hands-on experience for students and provides a broader range of courses to explore. Kalvium offers a comprehensive subject list, diverse co-curricular resume-building activities, expert mentorship, hands-on industry experience, and guaranteed entry into a well-paid and high-profile job in the computer science engineering industry.
- Does the program offer more than academics?
Indeed! Kalvium has much more to offer, including innovative teaching software, student development activities and competitive co-curricular training that promotes added hands-on learning. This includes training on various kinds of software, competitive co-curricular activities, clubs and student development training in addition to regular academics.
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