18th Degree Distribution & Award Ceremony 2026 | Convocation | ABES Group of Colleges

Lecture 5 (Unit 1) || Matrix Analysis of Solving Circuits || Network Analysis and Synthesis (NAS)

Lecture 4 (Unit 1) || Source Transformation Approach || Network Analysis and Synthesis (NAS)

Lecture 1 (Unit 1) || Nodal Analysis || Network Analysis and Synthesis (NAS)

Lecture 2 (Unit 1) || Mesh Analysis || Network Analysis and Synthesis (NAS)

Lecture 0 (Unit 1) || Fundamentals of Network Analysis || Network Analysis and Synthesis (NAS)

Lecture 6 (Unit 3) || Dictionary in Python || Python Programming

Lecture 5 (Unit 3) || Tuple in Python || Python Programming

Lecture 4 (Unit 3) || List in Python - Part 2 || Python Programming

Lecture 3 (Unit 3) || List in Python || Python Programming

Lecture 2 (Unit 3) || Strings in Python - Part 2 || Python Programming

Lecture 1 (Unit 3) || Strings in Python || Python Programming

Lecture 0 || Database Management System (DBMS) || Course Description

Lecture 9 (Unit 5) || Hydraulic & Pneumatic Actuation Systems || Fund. of Mechanical Engg (FME)

Lecture 8 (Unit 5) || Mechanical Actuation System || Fundamentals of Mechanical Engineering (FME)

Lecture 7 (Unit 5) || Introduction to Mechatronics System || Fundamentals of Mechanical Engg (FME)

Lecture 1 (Unit 5) || Introduction to Measurement || Fundamentals of Mechanical Engineering (FME)

Lecture 4 (Unit 3) || Single Slit Diffraction - Wave Optics || Engineering Physics

Lecture 11 (Unit 2) || Numerical on Single-Phase AC Circuit || Fundamentals of Electrical Engg (FEE)

Lecture 4 (Unit 2) || Numerical on Parallel Resonance || Fundamentals of Electrical Engineering(FEE)

Lecture 9(Unit 2) || Numerical on Power Factor Improvement || || Fund. of Electrical Engg (FEE)

Lecture 10 (Unit 2) || Numerical on Parallel AC Circuit || || Fundamentals of Electrical Engg (FEE)

Lecture 7 (Unit 2) || 3-Phase AC System - Numerical on Star Connection || FEE

Lecture 8 (Unit 2) || 3-phase AC System - Numerical on Delta Connection || FEE

Lecture 6 (Unit 2) || Derivation of Delta Connection: 3-Phase AC System || FEE

Lecture 3 (Unit 2) || Derivation of Parallel Resonance || Fundamentals of Electrical Engg (FEE)

Lecture 2 (Unit 2) || Series Resonance || Fundamentals of Electrical Engineering (FEE)

Lecture 0 ( Unit 2) || AC System - Unit Description || Fundamentals of Electrical Engineering (FEE)

Lecture 5 (Unit 2) || Derivation of Star Connection || Fundamentals of Electrical Engineering (FEE)

Lecture 11 (Unit 2) || FAQs on AC System || Fundamentals of Electrical Engineering (FEE)

Lecture 1 (Unit 2) || Numerical on Addition or Subtraction of Alternating Quantities || FEE

Lecture 4 (Unit 5) || Matplotlib Library || Python Programming

Lecture 3 (Unit 5) || Numpy Library || Python Programming

Lecture -2 (Unit 5) || Tkinter || Python Programming

Lecture -1 (Unit 5) || Pandas Library || Python Programming

Lecture-3 (Unit 4) || Python File Operations - Writing Operations || Python Programming

Lecture -2 (Unit 4) || Python File Operations - Reading Operations || Python Programming

Lecture -1 (Unit 4) || File handling using Python

Lecture 7 (Unit 3)|| Resolving power & Reyleigh Criteria of Resolution - Wave Optics || Engg Physics

Lecture 8 (Unit 3) || Numerical on Diffraction - Wave Optics || Engineering Physics

Lecture 3 (Unit 3) || Wave Optics - Newton's Ring & it's Applications || Engineering Physics

Lecture 2 (Unit 3) || Diameters of Newton’s Ring Experiment - Wave Optics || Engineering Physics

Lecture 1 (Unit 3) || Interference in Wedge Shaped Film - Wave Optics || Engineering Physics

Lecture 5 (Unit 3) || N slit Diffraction & Dispersive Power - Wave Optics || Engineering Physics

Lecture 6 (Unit 3) || Maximum no of modes in N Slit Diffraction - Wave Optics || Engineering Physics

Lecture 7 (Unit 1) || Address Calculation of 3-D and N-D Array || Data Structure

Lecture 6 (Unit 1) || Address Calculation of 2D Array || Data Structure

Lecture 5 (Unit 1) || Address Calculation Of 1D Array || Data Structure

Lecture 3 (Unit 1) || Asymptotic Notations || Data Structure

Lecture 2 (Unit 1) || Time and Space Complexity || Data Structure

Lecture 1 (Unit 1) || Introduction to data Structure || Data Structure

Lecture 0 (Unit 1) || Introduction || Data Structure

Lecture 6 (Unit 5) || Numerical based on Superconductors || Engineering Physics

Lecture 5 (Unit 5) || Fabrication methods (CVD & Sol Gel), Applications || Engineering Physics

Lecture 4 (Unit 5)|| Nano materials, Quantum dot, Quantum wires, Quantum well || Engineering Physics

Lecture 3 (Unit 5) || High Temperature Superconductors, Properties & Applications || Engg Physics

Lecture 2 (Unit 5) || Persistent Current, Type 1 & Type 2 Superconductors || Engineering Physics

Lecture 1 (Unit 5) || Introduction to Superconductors & Meissner's Effect || Engineering Physics

Lecture 0 (Unit 5) || Superconductivity & Nanomaterials || Engineering Physics

Lecture 4 ( Unit 3) || Equivalent Circuit of Transformer || FEE