Christ College of Engineering Faculty Details 2026-27

Christ College of Engineering (CCE), Irinjalakuda, Thrissur, is an autonomous engineering institute affiliated to APJ Abdul Kalam Technological University (KTU) and approved by AICTE. The college is widely recognised not only for its academic infrastructure and placements but also for its strong, research-oriented teaching faculty across departments such as Civil Engineering (CE), Mechanical Engineering (ME), Computer Science & Engineering (CSE), Electronics & Communication Engineering (ECE), and core basic-science departments.

Overview of teaching staff

Christ College of Engineering maintains a young, highly qualified, and disciplined faculty cadre, with most teachers holding at least an M.Tech/M.E., and a significant number having PhD or ongoing doctoral research. Student-review platforms and placement-related portals broadly estimate:

• Approximately 60 teaching staff members across all departments.
• Average age of faculty around 33 years, indicating a predominantly young teaching-core that is comfortable with digital tools and contemporary pedagogy.
• Departments such as CSE, ECE, CE, ME, EEE, and basic-science departments (Physics, Chemistry, Mathematics, English) are each staffed with at least 15–20 faculty members, including multiple PhD-qualified professors and associate professors.

Student–faculty ratio

While the college does not publish an official “student-faculty ratio” in a single, consolidated figure, available data and institutional-standard assumptions for similar autonomous engineering colleges in Kerala suggest:

• Student-faculty ratio in the range of 15:1 to 20:1 for most B.Tech programmes, varying slightly by department and year-of-admission.
• Certain core departments like CSE and ECE maintain a tighter ratio (closer to 15:1) due to high student strength and the need for more intensive lab and project guidance.

This ratio allows for reasonably small-group mentoring, individualised doubt-clearing, and active supervision of mini-projects and internships.

Qualifications and academic profile

Faculty at Christ College of Engineering are selected with a strong emphasis on academic excellence and research potential. The typical qualification pattern is:

Assistant Professor level:

• At least M.Tech/M.E. in the relevant discipline; many hold MNCs, GATE, or similar certifications.
• Several are PhD scholars registered with APJAKTU or other universities.

Associate Professor / Professor level:

• PhD in the respective field, often with published research papers in Scopus-indexed journals and conference proceedings.
• Teaching experience of 8–15+ years in engineering education.

Department-wise highlights (illustrative):

Civil Engineering (CE):

• Faculty include Dr. Jino John (Professor), Dr. Sherjah P Yusuf Ali (Associate Professor), and several Assistant Professors with M.Tech qualifications in structural, geotechnical, transportation, and environmental engineering.

Mechanical Engineering (ME):

• The department features Dr. Viswanath K Kaimal, Dr. Sijo M T, Dr. Sajeev John, Dr. Manoj George, and Dr. Arun Augustin, all PhD-qualified, supported by Assistant Professors with M.Tech in thermal, manufacturing, and design domains.

Computer Science & Engineering (CSE):

• Strong PhD-laden faculty including Dr. Sooraj T R, Dr. Vince Paul A, Dr. Anna Alphy, Dr. Nitha C Velayudhan, Dr. Divya R, and Dr. Sreetha E S, each specialising in areas such as AI, networks, cybersecurity, and software engineering.

Electronics & Communication Engineering (ECE):

• Staff include Dr. Krishnapriya S (Associate Professor), Dr. Caren Babu, Dr. Vinoj P G, and multiple Assistant Professors with M.Tech/PhD-equivalent qualifications in VLSI, embedded systems, and communication engineering.

This pattern of high PhD density and young-faculty composition shapes a research-aware and student-centric teaching environment.

Industry experience and practical exposure

While most CCE faculty are primarily academics, a significant number bring industry, R&D, or consultancy exposure to the classroom:

Consultancy and design projects:

• Civil and Mechanical faculty often participate in design consultancy projects, structural audits, and energy-efficiency studies for local industries and municipal bodies, which feeds into project-based learning.

R&D and innovation:

• CSE and ECE faculty guide student projects in IoT, embedded systems, robotics, and machine-learning applications, often in collaboration with industry partners or under government-funded innovation schemes.

Professional memberships and certifications:

• Many faculty are members of professional bodies (IEEE, ISTE, CSI, Indian Road Congress, etc.) and regularly update their competencies through FDPs, workshops, and industry-faculty interaction programmes.
• Student-review platforms note that faculty are not just “book-teachers” but actively link theory with real-world applications, especially in labs and project work.

Faculty members (department-wise table)

Below is a compiled list of prominent faculty members (names and ranks) based on official department-faculty pages and affiliated-college portals.

Civil Engineering

 Mechanical Engineering

 Computer Science & Engineering

 Electronics & Communication Engineering

Note: Exact research specialisations and project-guide portfolios are best verified from the official department-faculty pages or individual faculty-profile links on the CCE and Christ College, Irinjalakuda Autonomous websites.

Teaching methods and pedagogical approach

The faculty at Christ College of Engineering follow a blended, student-centric teaching methodology that combines traditional lectures with modern tools and continuous assessment.

Core teaching methods

Theory-plus-practice linkage:

• Each theory module is supported by lab sessions, simulations, and mini-projects so students actually implement what they learn.
• Programming, circuit-design, and structural-analysis courses emphasise hands-on coding, simulation (MATLAB, SPICE, ANSYS, etc.), and hardware-based experiments.

Continuous evaluation:

• Strong reliance on class tests, module tests, assignments, and quizzes to ensure continuous learning and early feedback.
• Many departments conduct remedial classes and doubt-clearing sessions for students who underperform in unit tests.

Interactive and flipped-classroom elements:

• Group discussions, presentations, and case-study analyses are common in CSE and ECE courses, especially on topics such as software architecture, communication protocols, and project management.
• Some senior faculty use online platforms and video lectures alongside in-person teaching, particularly for fast-evolving domains like AI and cybersecurity.

Faculty–student interaction and academic support

Open-doubt culture:

• Student reviews describe the faculty as friendly, approachable, and willing to take extra classes when students struggle with a module.

Project and hackathon mentoring:

• Faculty actively mentor students in hackathons, coding competitions, and innovation projects, often providing guidance beyond the curriculum.

Career-oriented skills:

• Many assistant- and associate-professor-level teachers help students prepare for GATE, competitive exams, and technical interviews through extra sessions and problem-drills.