Academic Division

Engineering degree programs and research curricula

TCER offers accredited undergraduate and postgraduate curricula designed around rigorous mathematical fundamentals, dedicated workshop practice, and applied computing standards at our Naini technical campus.

Undergraduate Studies

Four-year Bachelor of Technology streams

Every B.Tech program integrates foundational engineering sciences, modern analytical tools, and mandatory industrial internship credits.

Department of Computing
Department of Mechanics
Department of Infrastructure
Department of Systems

Computer Science & Engineering

Mechanical Engineering

Civil Engineering

Electronics & Communication

Covers algorithmic analysis, database architectures, machine learning models, and secure distributed networks with 400 dedicated workstation bays.

Emphasizes fluid dynamics, thermal power cycles, CNC manufacturing, and computer-aided design inside modern fabrication bays.

Focuses on structural concrete analysis, geotechnical soil mechanics, transportation engineering, and total-station topographical surveying.

Trains students in embedded microcontrollers, signal processing, VLSI design, and telecommunication hardware with precision testing benches.

Postgraduate Research

Master of Technology specializations

Thermal Power & Energy Systems

Structural & Geotechnical Engineering

Advanced computational fluid dynamics, combustion thermodynamics, and renewable micro-turbines modeled in dedicated departmental research labs.

A two-year thesis-driven M.Tech program investigating seismic-resistant concrete framing, deep foundation design, and advanced computational finite-element modeling for infrastructure projects across Northern India.

Data Engineering & Architecture

Postgraduate specialization in cloud computing fabrics, large-scale distributed analytics, and robust machine learning deployment pipelines.

Academic Lifecycle

Four-phase degree progression

01
02
03
04

Core Physical Sciences

Applied Laboratory Modules

Industrial Practicum

Capstone Thesis Defense

First-year coursework establishes mastery in differential calculus, engineering chemistry, solid mechanics, and introductory algorithm scripting.

Second-year studies transition students into specialized departmental workshops, physical testing rigs, and circuit simulation suites.

Third-year candidates complete mandatory 8-week summer internships at affiliated manufacturing, infrastructure, or software facilities.

Final-year teams design, build, and defend working technical prototypes evaluated by external academic and industry examination panels.

Academic counseling and seat allocations

Departmental academic advisors provide comprehensive syllabi reviews, laboratory tours, and eligibility guidance for prospective B.Tech and M.Tech candidates.