M.Tech
Overview
Career Point University (CPU) offers a Master of Technology (M.Tech) program designed to equip students with advanced technical knowledge, research skills, and industry-specific expertise. The program focuses on fostering innovation, problem-solving, and analytical abilities in various engineering disciplines.
With a robust curriculum, experienced faculty, and state-of-the-art infrastructure, CPU provides students with an enriching academic environment. Emphasizing hands-on learning and project-based approaches, the M.Tech program prepares graduates for successful careers in academia, research, and industry.
Additionally, Career Point University’s strong industry linkages and placement support ensure that students are well-positioned to secure rewarding opportunities in their chosen fields.
Salient Features
- Specialized Curriculum
- Experienced Faculty
- State-of-the-Art Infrastructure
- Focus on Research and Innovation
- Industry Collaboration
- Hands-on Learning
- Flexible Specializations
- Placement Support
- Entrepreneurial Support
Scope of M.Tech
The M.Tech program at Career Point University (CPU) offers extensive career opportunities and professional growth for students.
The program equips graduates with specialized knowledge, advanced technical skills, and research acumen, paving the way for diverse and rewarding prospects.
With a robust academic structure, practical exposure, and strong industry connections, an M.Tech degree from Career Point University ensures a promising future for students in their chosen domain.
Admissions are Open for M.Tech Courses for Session 2025-26.
Department
at a Glance
- Key Highlights
- Faculty Expertise
- Learning Environment
- Collaborations and Industry Connect
- Career Support
- Student Achievements
- Future-Focused Programs
Exclusive
Labs
- Artificial Intelligence & Machine Language Lab
- Internet of Things lab
- Full Stack Development
- Cloud Computing Lab
- Android Development Lab
- Open Source Technologies Lab
Your Department in a Nutshell
- Achievements
- Patents
- Research
- Expert Sessions
- Activities
- Labs
Admission Criteria
- Through Eligibility & Scholarship Test (CPU-EST). For details, Click Here
- Direct Admission: 20% seats are filled based on JEE Main Result or 12th performance. To apply Click Here
Fee Details
Course Fee | |
---|---|
Admission Fee (one time) | 5000/- (at the time of admission) |
Tuition Fee | 54000/- Per Semester |
Examination Fee | 3000/- Per Semester |
Development Fee | 8000/- Per Semester |
Caution Money (one time) | 3000/- (Refundable) |
Scholarship Criteria
Based on performance in JEE (Main) / 12th Board performance
%ile in JEE Main | % in Class XII (PCM) | Scholarship on Tuition Fees | |
---|---|---|---|
Above 95% | Above 95% | 50% | |
90% – 94.99% | 90% – 94.99% | 40% | |
85% – 89.99% | 85% – 89.99% | 30% | |
80% – 84.99% | 80% – 84.99% | 20% | |
75% – 79.99% | 70% – 79.99% | 15% | |
70% – 74.99% | 60% – 69.99% | 10% |
- Early Admission Benefits Upto Rs. 5000/- Admission Taken Before 15th July 2024
- Scholarship in Tuition fee (for all 8 semesters): up to 50% based on academic performance.
Why Join M.Tech?
Pursuing a Master of Technology (M.Tech) offers a plethora of benefits, making it an ideal choice for students aiming to deepen their technical expertise and broaden their career prospects. Here are some compelling reasons to pursue an M.Tech degree:
- Specialization in Advanced Technology: Gain in-depth knowledge and specialized skills in a particular field of engineering or technology. Stay updated with the latest trends and advancements in the industry.
- Career Advancement: Enhance qualifications to access higher-level positions and leadership roles in companies. Become a preferred candidate for technical and managerial positions in top organizations.
- Opportunities in Research and Development: Build a solid foundation for pursuing research-oriented careers in industries or academic institutions. Contribute to cutting-edge innovations and technological breakthroughs.
- Pathway to Doctoral Studies: An M.Tech degree is a stepping stone for doctoral programs (Ph.D.), opening doors to academia, research, and global opportunities.
- Higher Salary Packages: Professionals with an M.Tech degree often command higher salaries compared to those with only a bachelor’s degree. Increased earning potential due to advanced expertise and qualifications.
What makes Department
of M.Tech unique?
The Department of M.Tech at Career Point University (CPU) distinguishes itself through its commitment to academic excellence, cutting-edge research, and a future-focused approach to education. Here are the unique aspects that set it apart:












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How to Apply
Steps to Follow
Frequently Asked Questions
M.Tech in Computer Science & Engineering at Career Point University
The program is typically of 2 years, divided into 4 semesters, including coursework, practicals, and research projects.
Candidates must have:
- A B.Tech/B.E. degree in Computer Science, Information Technology, or a related field with a minimum of 50-55% aggregate marks (depending on the university norms).
- A valid GATE score is preferred but not mandatory.
The M.Tech in Computer Science & Engineering program covers various advanced topics such as:
- Artificial Intelligence & Machine Learning
- Data Science & Big Data Analytics
- Cybersecurity
- Cloud Computing
- Internet of Things (IoT)
- Software Engineering
Yes, the program emphasizes research and innovation. Students can work on cutting-edge projects in areas like AI, blockchain, and network security under expert faculty supervision.
Career Point University offers:
- Advanced Computer Labs: Equipped with high-performance systems and the latest software tools.
- Research Facilities: Dedicated labs for AI, IoT, and data analytics.
- Library Resources: Access to numerous technical journals, e-books, and research publications.
Yes, CPU has a strong placement cell that facilitates opportunities with top IT companies, startups, and research organizations. Prominent recruiters include:
- Infosys, TCS, Wipro, IBM, and other multinational companies.
The curriculum balances theory and practical applications, covering:
- Advanced algorithms and data structures
- Programming paradigms
- Cloud and distributed computing
- Real-time projects and case studies