Duet Admission syllabus for all department

Where is all the subject and their syllabus for duet admission for all department 

                                             

                                           (for non tech subject click here )

Civil Engineering

• Structural Mechanics: Covers fundamental concepts like forces, equilibrium, friction, centroids, and energy.
• Strength of Materials: Focuses on stress, strain, bending moments, and deflection of materials.
• Engineering Materials: Explores properties and applications of various materials like bricks, aggregates, cement, timber, etc.
• Estimating and Construction Process: Teaches estimation techniques for earthwork, masonry, and concrete, along with construction processes like foundations, damp proofing, stairs, and plastering.
• Hydraulics: Covers fluid characteristics, flow principles, notches, weirs, pipe friction, and flow through pipes.
• Reinforced Cement Concrete (RCC): Delves into RCC material properties, design of beams, slabs, columns, stairs, and retaining walls.
• Surveying: Introduces chain surveying, plane table surveying, leveling, contouring, theodolite work, and topographic surveys.

Electrical and Electronic Engineering

• Electrical Circuits: Covers DC and AC circuits, circuit laws, power factor, resonance, and balanced polyphase circuits.
• Power System: Analyzes transmission and distribution systems, corona effects, mechanical design of overhead lines, and switchgear principles.
• Electrical Machines: Focuses on principles and operation of transformers, generators, motors, and other electrical machines.
• Electronic Devices & Circuits: Explores diodes, transistors, amplifiers, oscillators, operational amplifiers, photoelectric devices, and multivibrators.
• Telecommunication: Covers various modulation and demodulation techniques, analog and digital communication principles, bandwidth, noise, and various communication technologies.
• Digital Electronics and Computer Technology: Introduces number systems, Boolean algebra, logic gates, combinational and sequential logic circuits, microprocessors, computer programming languages, and networking concepts.

Mechanical Engineering

• Foundry: Explores pattern materials, tools, and processes used in foundry practice.
• Welding: Covers different types of welding processes, joints, and related tools.
• Machine Tools and Metal Cutting Processes: Introduces various machine tools like turning, shaping, drilling, and milling machines, along with cutting processes and tools.
• Metallurgy: Studies furnaces, refractories, ferrous and non-ferrous metals, iron-carbon diagram, and heat treatment of steel.
• Production Management, Planning & Control: Focuses on organization, scientific management, cost analysis, production systems, location, layout, inventory control, measurement instruments, and quality control.
• Measurement and Inspection: Covers various measurement and inspection instruments used in mechanical engineering.
• Engineering Mechanics: Delves into equilibrium of forces, friction, moment of inertia, work, power, and energy.
• Strength of Materials: Focuses on stress, strain, deformation, shear forces, bending moments, and torsion in materials.
• Thermodynamics and Heat Engine: Covers thermodynamic properties, laws, Carnot cycle, internal combustion engines, refrigeration principles, boilers, and fuels.
• Hydraulics: Explores viscosity, fluid statics, manometry, flow measurements, head loss, and hydraulic machines.
• General Electricity: Introduces basic circuits, electrical machines, electrical measuring instruments, diodes, and transistors.

Computer Science and Engineering

• Computer Fundamentals: Introduces basic computer hardware and software, along with their applications.
• Basic Programming: Teaches fundamental programming concepts, data types, operators, control statements, loops, arrays, strings, functions, recursion, and file handling.
• Object Oriented Programming (C++/Python): Covers object-oriented programming principles, classes, objects, and their properties.
• Discrete Mathematics: Introduces probability theory, counting techniques, trees, and graphs.
• Data Structure: Explores various data structures like arrays, pointers, linked lists, stacks, queues, and searching algorithms.
• Database Management: Covers database systems, data models, and query languages.
• Software Development: Introduces system analysis, design, and implementation.
• Operating System: Covers scheduling, memory management, input/output systems, and file systems.
• Microprocessor & Microcomputer: Focuses on 8086 architecture, bus systems, assembly language, interrupt control, interfacing chips, memories, and secondary storage devices.
• Data Communication & Computer Network: Explores transmission media, modulation/demodulation, multiplexing, network protocol models, internet technologies, and IP addressing.
• Computer Graphics: Covers graphics pipeline, modeling, animation, rendering, and relationship to computer vision and image processing.
• Digital Electronics: Introduces number systems, Boolean algebra, logic gates, combinational and sequential logic circuits, flip-flops, registers, counters, VLSI, AID, and D/A converters.