The BTech in Computer Science Engineering program is designed for those passionate about modern technology and curious about the mechanics behind the software and systems powering our digital world. It delves into the strengths of contemporary technology, its applications and its potential to address industry challenges. Tailored to master technical skills, it promotes seamless, industry-linked, research-driven learning. The curriculum supports aspirations in sectors like information systems, cybersecurity and software development, laying the groundwork for accelerated career growth. Ultimately, this B.Tech course aims to bridge the digital divide and strengthen connections among industry, academia and society.
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The BTech Computer Science program offers minor specialisations in popular cutting-edge fields like Computational Intelligence, Data Analytics, Cyber Security, the Internet of Things and Business Management, enabling students to tailor their education to their interests. The scope is vast, from exploring Machine Learning and Artificial Intelligence to creating visual content using computational methods. Additionally, the program includes industry-recognised certifications such as CISCO CCNA, DELL EMC Cloud Storage and more to enhance employability..
Collaborating with top-tier laboratories like the Center for Robotics and AI, CISCO Network and Security Lab, the program enhances hands-on learning and research. Partnerships for credit transfers and semesters abroad with institutions like the University of Kentucky and the University of Cincinnati, USA, promote a global perspective. This program further fosters professional growth through affiliations with IEEE and the Google Developers Student Chapter.
To be eligible for the BTech Computer Science Engineering at Manipal Academy of Higher Education, Dubai, applicants must meet the following criteria:
BTech Computer Science program graduates from Manipal Academy of Higher Education, Dubai, have a wide array of career paths available to them across various industries. The demand for skilled professionals in computer science is high in sectors such as technology, finance, healthcare, education and government services. Here's a closer look at some of the roles and industries where BTech graduates can thrive:
The first year serves as a foundational phase in the technology program, introducing students to fundamental principles of computer science and engineering. This period is critical for understanding basic mathematical and coding skills and fostering analytical thinking and problem-solving capabilities. The curriculum is strategically designed to cultivate essential knowledge and skills, setting the stage for more advanced exploration and growth in subsequent stages.
Here is a semester-wise breakdown detailing the course structure:
| Semester 1 | Semester 2 |
|---|---|
| Engineering Mathematics - I | Engineering Mathematics - II |
| Engineering Chemistry | Engineering Physics |
| Biology for Engineers | Mechanics of Solids |
| Basic Electrical Technology | Basic Electronics |
| Problem Solving Using Computers (PSUC) | Basic Mechanical Engineering |
| Environmental Studies | Communication skills in English |
| Physical Fitness & Wellness | Universal Human Values and Professional Ethics |
| Engineering Graphics - 1 | Workshop Practice |
| Engineering Graphics - II |
In the second year, students delve deeper into the core subjects of computer science. The curriculum enhances their understanding of algorithms, system architecture and software development. This phase is crucial for honing problem-solving skills and gaining a comprehensive grasp of how data structures and software interact. Practical projects and lab sessions gain prominence, bridging theoretical knowledge with real-world applications.
Here is a semester-wise breakdown detailing the course structure:
| Semester 3 | Semester 4 |
|---|---|
| Engineering Mathematics - III | Engineering Mathematics - IV |
| Computer Organisation & Architecture | Formal Languages and Automata Theory |
| Data Structures | Design and Analysis of Algorithms |
| Digital System Design | Embedded Systems |
| Object Oriented Programming | Database Systems |
| Data Structures Lab | Database Systems Lab |
| Digital System Design Lab | Algorithms Lab |
| Object Oriented Programming Lab | Embedded Systems Lab |
The third year marks a pivotal point where students can start to specialise in areas that match their interests, such as artificial intelligence, cybersecurity or web technologies. Aimed at improving technical skills and exploring research opportunities within chosen domains, it allows students to dive deeper into their selected fields. Elective courses and collaborative projects play a significant role in further enhancing their engagement with specific technologies and methodologies.
Here is a semester-wise breakdown detailing the course structure:
| Semester 5 | Semester 6 |
|---|---|
| Essentials of Management | Engineering Economics & Financial Management |
| Principles of Cryptography | Parallel Computer Architecture & Programming |
| Software Engineering | Compiler Design |
| Operating Systems | Program Elective 1: |
| Computer Networks | Program Elective 2: |
| Open Elective 1: Creativity, Problem-Solving and Innovation | Open Elective 2: |
| Software Engineering Lab | Parallel Programming Lab |
| Operating Systems Lab | Compiler Design Lab |
| Computer Networks Lab | Web Programming Lab |
In the final year, the program culminates in an integration of all acquired knowledge and skills. Students engage in significant project work, often collaborating with industry partners or participating in research projects to address complex challenges. This year is dedicated to refining their expertise in selected areas through advanced elective courses, preparing them for professional careers or further academic pursuits. It's a time for students to demonstrate their readiness and capability to innovate and solve problems in the tech industry.
Here is a semester-wise breakdown detailing the course structure:
| Semester 7 | Semester 8 |
|---|---|
| Program Elective 3: | Industrial Training |
| Program Elective 4: | Project Work |
| Program Elective 5: | |
| Program Elective 6: | |
| Program Elective 7: | |
| Open Elective 3: | |
| Mini Project (Minor Specialisation) |
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