Gandhinagar, Gujarat | Approved By : AICTE,UGC | Estd: 2011
Gandhinagar, Gujarat | Approved By : AICTE,UGC | Estd: 2011
Institute Of Advanced Research was established in 2011. Institute Of Advanced Research is a Central institute approved by AICTE,UGC. Institute Of Advanced Research is located in Gandhinagar, Gujarat. Institute Of Advanced Research offers a PhD in Computer Science and Applications. The duration of PhD in Computer Science and Applications is three years. The PhD in Computer Science and Applications typically covers a wide range of topics, including algorithms, artificial intelligence, machine learning, software development, and human-computer interaction. Students complete rigorous courses that emphasize both theoretical foundations and practical applications, developing a deep understanding of complex computing problems. Through a combination of seminars, hands-on projects, and collaborative research, candidates acquire the skills necessary to innovate and contribute to the state of the art. The program culminates in a thesis that addresses a significant research question, demonstrating the candidate's ability to conduct independent academic research while extending knowledge in a specific area of computer science. Institute Of Advanced Research offers students a comprehensive education beyond the classroom. Institute Of Advanced Research also offers soft skills training through debates, group discussions, and other activities to ensure that students acquire the skills required to succeed in any career. Top companies like TORA, IBM, Accenture, Infosys, Capgemini, Bank of Baroda, Wipro, Ericsson, TCS, and many more.
| Institute Name | Institute Of Advanced Research Gandhinagar |
| Established | 2011 |
| Approved By | AICTE,UGC |
| Affiliated By | Govt. of Gujarat |
| Type | Central |
| Address | Gandhinagar,Gujarat India 382426 |
| E-Mail | contact@iar.ac.in, admissions@iar.ac.in, jobs@iar.ac.in |
| Official Website | https://iar.ac.in |
Candidates seeking PhD in Computer Science and Applications should have a postgraduate degree in Computer Science and Applications with at least 55% marks in relevant subjects from a recognized university and should have passed the national or university-level entrance examination. National-level entrance examinations such as UGC NET / UGC CSIR NET / GATE / SLET and Institute Of Advanced Research level entrance examinations consist of a written test and a personal interview.
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| Course Name | PhD in Computer Science and Applications |
| Eligibility Criteria | Post Graduation |
| Course Duration | Three Years |
| Course Level | Doctoral |
| Fee Structure | Updated Soon |
| Top Recruiters | IBM, ICICI Bank, Persistent, Larsen and Toubro, etc. |
| Job Profiles | Academic Researcher/Professor, Data Scientist, Machine Learning Engineer, etc. |
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Although a PhD in Computer Science and Applications has many benefits, these programs require a lot of hard work and commitment. However, a PhD program in Computer Science can be very rewarding and will prepare you for an exciting career in the field. Moreover, the program will broaden your horizons by giving you a deeper understanding of topics you may not have considered before. Earning a PhD in Computer Science and Applications also gives you better employment opportunities and a wider range of career options. Earning a PhD in Computer Science and Applications can land you a highly advanced job and make your resume very impressive. Earning this degree shows potential employers that you are passionate about studying the field and solving problems. A PhD in Computer Science is a great way to strengthen your resume and expand your career options. A PhD in Computer Science demonstrates that you have formal academic training in computer science. Graduate students can also add projects completed as part of their graduate studies that demonstrate practical programming experience.
Semester 1 Advanced Algorithms
Computer Architecture
Seminar:
| Semester 2 Machine Learning
Database Systems
Elective: Human-Computer Interaction
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Semester 3 Artificial Intelligence
Electives (Choose one or two): Data Mining and Big Data Analytics
Software Engineering
Research Component:
| Semester 4 Distributed Systems
Electives (Choose one): Computer Networks
Computer Vision
Research Component:
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Semester 5 Dissertation Research I
Elective (if needed):
| Semester 6 Dissertation Research II
Teaching Practicum:
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| Job Types | Description |
| Academic Researcher/Professor | Teach courses in computer science, supervise graduate students, and conduct research in specialized areas. Responsibilities include publishing scholarly articles, attending conferences, and contributing to curriculum development. |
| Data Scientist | Analyze complex data sets to extract insights and inform decision-making. Utilize statistical methods, machine learning, and data visualization techniques to solve business problems and drive strategy. |
| Machine Learning Engineer | Design and implement machine learning models and algorithms. Work on improving model performance and scalability, and collaborate with software engineers to integrate models into applications. |
| Software Engineer/Developer | Develop and maintain software applications. Responsibilities include writing code, debugging, and collaborating with cross-functional teams to create user-friendly software solutions. |
| Research Scientist | Conduct cutting-edge research in areas like artificial intelligence, machine learning, or computer vision. This role typically involves designing experiments, analyzing results, and publishing findings. |
| Cybersecurity Analyst | Protect an organization’s computer systems and networks from cyber threats. Responsibilities include monitoring security incidents, conducting risk assessments, and implementing security measures. |
| Systems Architect | Design and oversee the architecture of complex IT systems. Collaborate with stakeholders to ensure that systems meet business requirements and integrate effectively with existing technology. |
| Data Engineer | Develop and maintain the infrastructure for data generation, storage, and processing. This role focuses on building systems that enable data collection and analysis, ensuring data is accessible and reliable. |
| DevOps Engineer | Bridge the gap between development and operations teams. Responsibilities include automating deployment processes, improving system reliability, and enhancing collaboration across teams. |
| Product Manager | Oversee the development and delivery of software products. This role involves defining product vision, gathering requirements, and coordinating with engineering, marketing, and sales teams. |
| Consultant | Provide expert advice to organizations on technology solutions, system implementations, or data strategies. This role may involve analyzing business needs and recommending software or systems to improve efficiency. |
| User Experience (UX) Researcher | Study and analyze how users interact with applications and systems. Conduct usability tests and research to inform design decisions and enhance user experience. |
| Blockchain Developer | Design and develop blockchain-based applications. This role requires knowledge of blockchain technology, smart contracts, and cryptography. |
| Quantitative Analyst | Use mathematical models and statistical techniques to analyze financial data. Often employed in finance, this role involves developing algorithms for trading strategies and risk management. |
Institute Of Advanced Research, Gandhinagar has a Career and Placement Centre which provides training to students, and a Placement Centre which provides training and placement. The Career Centre of Institute Of Advanced Research, Gandhinagar supports and organizes the university's programs through eminent personalities. The placement agency organizes campus placement drives to ensure the successful placement of students in Institute Of Advanced Research, Gandhinagar. The Career Centre of Institute Of Advanced Research, Gandhinagar helps students understand their interests and visualize their goals properly. To ensure that students acquire the skills required to build a career in a particular field, the Career Centre of Institute Of Advanced Research, Gandhinagar organizes various training programs and activities.
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| Sports | Institute Of Advanced Research, Gandhinagar has a large sports ground for cricket, football and volleyball that makes students to be physically active and refreshes their minds. |
| Transport Facility | The Institute Of Advanced Research has a transport facility for students and staff. |
| I.T Infrastructure | The Institute Of Advanced Research has well-established computer labs with all the advanced IT Infrastructure facilities available for the students and faculty members of the Institute Of Advanced Research. |
| Library | The Institute Of Advanced Research has a library with a wide range of books, e-journals, newspapers, and magazines that are helpful for the students and faculty members to gain knowledge. |
| Classrooms | The Institute Of Advanced Research has a classroom facility for students. |
| Hostel | Institute Of Advanced Research, Gandhinagar provides hostel facilities to all students with all the basic furniture provided. The hostel is well equipped with fans, a bed, a study table, and a wardrobe. |
The PhD in Computer Science and Applications is an academic research degree focusing on urban design and organization. This topic includes the development of the built environment. The doctoral curriculum consists of coursework and a thesis. The thesis requires extensive research and interdisciplinary skills. Students should have a strong interest in social issues and modern technologies. Upon completing a doctoral program, students can expect to find employment in architecture, landscape design, urban planning, and other related fields. The future scope of a PhD program in computer science and applications varies, but will likely include research in the areas of architectural construction and planning strategies. This field is based on the design and planning of buildings and has a strong emphasis on engineering principles. Graduates learn how to build buildings that can withstand and function against the forces of nature. In addition to incorporating engineering principles, these programs also teach students advanced planning and organization skills that are invaluable in the construction industry. The PhD program in Computer Science and Applications focuses on contemporary developments in architectural ideas and forms. It also covers its relationship with society and private institutions. The degree also teaches students to be more innovative in their work and think outside the box. The PhD program in Computer Science and Applications teaches students to think critically and apply the latest scientific methods to the design of buildings and urban spaces.