Program Overview
The M.Tech in Computer Engineering provides a comprehensive academic foundation with industry-relevant curriculum, practical learning, and career-focused education designed for professional success.
The M.Tech in Computer Engineering delivers advanced education in intelligent systems, software architecture, and computing technologies, emphasizing research, analytical depth, and applied problem-solving for complex technological challenges.
Students gain expertise in advanced algorithms, intelligent computing, cloud architectures, secure systems, software design, and research methodologies for solving large-scale computational problems.
Admission At A Glance
Duration
2 Years
Semesters
4 Semesters
Scholarship
Available
Program Fees
₹75,000 Per Year
Eligibility
Qualification
B.E. / B.Tech.
Branch Required
Minimum Score
50% aggregate
Entrance Exams
Program Highlights
The M.Tech in Computer Engineering offers industry exposure, modern infrastructure, expert faculty, internships, skill development, and holistic campus learning experiences.
Advanced Curriculum
Focuses on emerging computing paradigms and research-led learning
Research Orientation
Strong emphasis on publications, innovation, and experimentation
Modern Laboratories
Access to advanced computing and simulation facilities
Expert Faculty
Academicians and researchers with deep domain expertise
Major Specialization Tracks
The M.Tech in Computer Engineering offers specialized career tracks in high-demand domains, helping students build expertise, innovation skills, and professional competence. Students may select a M Tech Computer Engineering specialization to develop deep expertise. Elective subjects will be based on the chosen track of M Tech Computer Engineering course.
Artificial Intelligence
Intelligent algorithms, learning models, and autonomous systems
Data Science
Advanced analytics, big data processing, and predictive modeling
Cloud Computing
Distributed systems, virtualization, and scalable architectures
Cybersecurity
Secure systems, digital forensics, and threat analysis
Syllabus
The M.Tech in Computer Engineering syllabus integrates core fundamentals, emerging technologies, interdisciplinary subjects, and practical training aligned with current industry trends.The M Tech Computer Engineering syllabus is designed to build essential knowledge, practical skills, and leadership qualities for success in today’s evolving professional world
The curriculum progresses from advanced computing foundations to specialized domains, integrating research methodologies, system design, and applied problem-solving through coursework, laboratories, and a major thesis.
Program Outcomes
The M.Tech in Computer Engineering helps students achieve strong technical knowledge, critical thinking, professional skills, research aptitude, and global career readiness.
- Design advanced computing systems using modern architectures
- Develop intelligent software solutions using data-driven methods
- Analyze complex computational problems using research techniques
- Implement scalable, secure, and efficient computing solutions
Career Opportunities
The M.Tech in Computer Engineering prepares graduates for diverse career opportunities, top industry roles, entrepreneurship, higher education, and global employment prospects.
To apply for the M.Tech in Computer Engineering programme at Pillai University, one of the top private universities in Mumbai, candidates must meet the following criteria:
Required Documents:
- S.S.C. and H.S.C. marksheets & passing certificates
- Transfer/Leaving Certificate
- Caste Certificate (if applicable)
- Non-Creamy Layer Certificate (for DT/VJ, NT, OBC, SBC categories)
- Migration Certificate (if applicable)
- Domicile Certificate
- Aadhar Card copy
- Income Certificate (if applicable)
- Anti-Ragging Affidavit (signed and submitted online)
Highlights:
Pillai University, recognised among the best universities in Mumbai and a top university in Navi Mumbai, offers industry-aligned, career-oriented programmes with global exposure, experiential learning, and research-driven education.