Sahrdaya College of Engineering And Technology, Thrissur : Ranking, Admissions 2026-27, Courses, Fees, Placements, Scholarship

Sahrdaya College of Engineering and Technology (SCET) in Kodakara, Thrissur, Kerala—an autonomous engineering college ranked 15th across the state by the Kerala Institutional Ranking Framework (KIRF) and accredited by NAAC and NBA—features a robust academic environment driven by a highly qualified, research-oriented, and student-centric faculty. Affiliated with the APJ Abdul Kalam Technological University (KTU), the college transitioned into a fully autonomous institution. This status gives the faculty the academic freedom to restructure standard curricula, introduce specialized industry tracks (such as integrated AI certifications across all branches), and update evaluation frameworks.

The teaching community at SCET balances theoretical concepts with practical lab instruction. This balanced approach supports specialized engineering branches like Biomedical and Biotechnology Engineering, alongside core computing and electronics streams.

Teaching Staff Details

The educational ecosystem at SCET consists of more than 180 full-time faculty members deployed across various specialized technical streams and foundational sciences:

• Departmental Hierarchy: Each academic branch is anchored by a senior Head of the Department (HoD) who holds a doctoral degree and manages the curriculum layout, research initiatives, and instructional planning for their faculty. The faculty cadre includes Professors, Associate Professors, and Assistant Professors recruited under strict AICTE, UGC, and state university regulations.

• Technical Support Staff: The primary teaching staff is supplemented by experienced lab assistants, technical workshops superintendents, and system administrators. These staff members guide students through complex practical experiments and project prototyping.

• Faculty Governance Councils: Senior department heads and professors constitute the internal Board of Studies and Academic Council under the college's autonomous framework. They collaborate regularly to review and update course contents, ensuring that the academic material remains aligned with modern industrial developments.

Qualifications and Industry Experience

The professional profiles of SCET educators illustrate a strong emphasis on continuous academic growth, research history, and extended career tenure:

• Doctoral and Post-Graduate Standards: The college sets high academic standards for its instructional team. Every faculty member holds at least an M.Tech or relevant post-graduate qualification, with a considerable portion having completed their PhDs from prominent national and state technological universities. A majority of the remaining assistant professors are actively pursuing their doctoral research directly at the institutional research hubs.

• Research and Publications Infrastructure: SCET faculty members participate in active research, authoring textbooks and publishing peer-reviewed papers in high-impact international engineering journals. This active research culture benefits students across postgraduate (M.Tech) and doctoral (Ph.D.) programs, where faculty members serve as approved research guides.

• Industrial and Consulting Backgrounds: To bridge classroom theory with workplace application, multiple faculty members draw on prior experience as design engineers, corporate technical consultants, or industrial laboratory researchers. The engineering branches collaborate with a constituted Industry Advisory Board comprising senior corporate leaders, allowing faculty members to frequently synchronize their lessons with modern corporate expectations.

Student–Faculty Ratio

SCET maintains a structured student-to-faculty distribution model to facilitate individual student attention and collaborative research guidance:

• Classroom Distribution Metrics: The institution maintains a healthy overall student-faculty tracking ratio of 1:20 across its major undergraduate departments. This ensures that core lectures and technical workshops remain manageable and interactive.

• Personalized Mentoring System: Outside of general lecture hours, the college employs a dedicated advisor-mentorship network. Students are divided into batches of approximately 20 individuals and assigned to a specific Faculty Advisor/Special Advisor. These advisors track academic marks, guide mini-projects, provide career counseling, and offer personal support to ensure student development.

• Remedial Academic Support: For students who require additional help or score lower on internal assessments, faculty members organize scheduled remedial classes and focus sessions after standard lecture hours to help improve subject comprehension and passing rates.

Prominent Faculty List

The following table details a sample of the prominent department heads and senior faculty members driving the technical curricula at SCET, Thrissur:

Teaching Methods

The educational approach implemented by the SCET faculty prioritizes practical skill development and student-centric learning over rote memorization:

• Project-Based Learning Framework: A key feature of the instructional strategy is the inclusion of project-based learning modules. In addition to the major final-year project, faculty guide groups of students through compulsory mini-projects every semester. This setup encourages the immediate application of theoretical concepts to real-world engineering solutions.

• Blended Digital Classrooms: Faculty utilize Information and Communication Technology (ICT) tools, maintaining comprehensive digital presentations, interactive slides, and handwritten notes for student reference. Continuous learning is supported via specialized online platforms where teachers upload lecture notes and administer periodic module tests.

• Outcome-Based Education (OBE): Following the institutional transition to an autonomous status, the faculty structures every engineering course around strict Course Outcomes (COs) and Program Specific Outcomes (PSOs). This ensures transparent, performance-driven tracking of student competencies throughout the semester.

• Industry Integration Bootcamps: To complement regular classroom lectures, faculty coordinate with industry professionals to run technical workshops, robotics bootcamps, and AI/Machine Learning seminars on campus. This gives students direct exposure to modern technological workflows, enhancing their performance in technical interviews and competitive placement cycles.