EXCEL ENGINEERING COLLEGE KOMARAPALAYAM-637303...COURSE NAME: C107 (GE2115 Computer Practices...

CO No Course Outcomes

C101.1 Develop listening skills for academic and professional purposes

C101.2 Inculcate reading habit and to develop effective reading skills

C101.3 Enhance comprehension through the use of writing - to - learn strategies to improve comprehension retention

C101.4 Create an ability to interpret,evaluate and apply in the relevant field

C101.5 Implement before- during- after reading strategies that build comprehension


C102.1 Understand the use of matrix algebra techniques that is needed by engineers for practical applications.

C102.2 Analyse the concepts of Analytic Geometry and solve related problems in engineering field

C102.3 Acquire the concepts of curvature & applications ofdifferential calculus.

C102.4 Apply the functions of several variables in engineering field.

C102.5 Evaluate multiple integrals which are applied in engineering problems.


C103.1 Understand the impact of Crystal Physics

C103.2 Learn the fundamentals of fiber optics and its applications

C103.3 Acquire Knowledge on Quantum Physics

C103.4 Acquaint with Ultrasonics and its application in NDT

C103.5 Know the principle of Laser & its applications in engineering

COURSE NAME: C101 (HS2111 Technical English – I)

COURSE NAME: C102 (MA2111 Mathematics-I)

COURSE NAME: C104 (CY2111 Engineering Chemistry– I)

COURSE NAME: C103 (PH2111 Engineering Physics-I)

EXCEL ENGINEERING COLLEGEKOMARAPALAYAM-637303

DEPARTMENT OF AERONAUTICAL ENGINEERINGCOURSE OUTCOMES FOR 2008 REGULATION, ANNA UNIVERSITY, CHENNAI


C104.1 Acquaint knowledge about water treatment.

C104.2 Understanding Polymerisation and some Important industrial polymers.

C104.3 Learn about adsorption and surface chemistry.

C104.4 Acquire knowledge about nuclear chemistry and solar cell.

C104.5 Know about engineering materials and their applications.


C105.1 Illustrate free hand sketching of plane curves, visualization concepts and multiple views of objects

C105.2 Create orthographic projection of points, lines and plane surfaces

C105.3 Develop projection of a simple geometrical solids

C105.4 Compose Projection of sectioned solids and development of surface

C105.5 Imagine isometric and perspective views of simple solids


C106.1 Use number systems in various applications and methodologies.

C106.2 Apply various steps of software development.

C106.3 Apply problem solving methods and use various representations.

C106.4 Write basic programs in C language.

C106.5 Develope the software in C language with suitable data structures, string, functions and pointers.


C107.1 Use word processor and it's basic features.

C107.2 Apply various formatting tools, types of tables, drawing tools and mail merging for effective documentation.

C107.3 Use Spread sheet and it's salients features.

COURSE NAME: C106 (GE2112 - Fundamentals of computing and Programming)

COURSE NAME: C107 (GE2115 Computer Practices Laboratory -I)

COURSE NAME: C105 (GE2111-ENGINEERING GRAPHICS)

C107.4 Write basic programs in C language using various constructs.

C107.5 Write C programs with suitable data structures and functions.


C108.1 Illustrate the basic wiring connection of electrical components

C108.2 Measure the electrical quantities of circuits

C108.3 Recall and Apply the basics of electronic principles to the circuits

C108.4 Develop the fabrication of electronic circuits to improve their knowledge.

C108.5 Analyze the circuit for application oriented.


C109.1 Analyse their opinions clearly using appropriate communicative strategies

C109.2 Write letters and reports effectively in formal and business situations

C109.3 Understand the implied meanings and critically analyse and evaluate them for ideas and for method of presentation.

C109.4 Familiarize with different rhetorical functions of scientific English

C109.5 Recognize different points of view and work effectively with others to support for a shared purpose or goal


C110.1 Acquire the knowledge of Ordinary Differential Equations to solve the Engineering problems.

C110.2 Apply the concept of vector calculus in Engineering disciplines.

C110.3 Evaluate the standard techniques of complex variable to solve core Engineering problems.

C110.4 Analysis the real integrals by applying concept of complex integration.

C110.5 Understand the knowledge of Laplace Transforms in solving Ordinary Differential Equations.


COURSE NAME: C108 (GE2116 Engineering Practices Laboratory)

COURSE NAME: C109 (HS 2161-TECHNICAL ENGLISH II)

COURSE NAME: C110 (MA2161 MATHEMATICS II)

COURSE NAME: C111 (PH 2161-Engineering Physics-II)

C111.1 Gaining knowledge on the conducting materials

C111.2 Understand the concept of semiconducting materials and its types

C111.3 Learn the properties of magnetic and superconducting materials

C111.4 Acquaint with the basic nature of dielectric materials

C111.5 Impart knowledge on modern engineering materials


C112.1 Understanding the principles of electro chemistry and cell.

C112.2 Learn the importance of protection of metals from corrosion.

C112.3 Acquiant knowledge about fuels and combustion techniques.

C112.4 Know the principle of cooling curves and alloys.

C112.5 Acquire knowledge with UV and IR Spectral analysis.


C113.1 Demonstrate the knowledge on basic electronics and its measuring instrument.

C113.2 Describe the construction and working principle of motors, generators and transformers.

C113.3 Analyze the characteristics of diodes, rectifies and transistors.

C113.4 Demonstrate the knowledge on digital electronics and Explain about conversion of signals.

C113.5 Explain the fundamentals of communication engineering with its practical application.


C114.1 Make use of the various basic knowledge on Laws of Mechanics, Laws of forces and concern problems.

C114.2 Apply the facts of vector and scalar representation of forces and moments in equilibrium of rigid bodies.

C114.3 Compute moment of inertia for different plane areas and solids.

C114.4 Evaluate the relationship of various dynamics of particles.

COURSE NAME: C113 (GE2151 Basics of Electrical and Electronics Engineering)

COURSE NAME: C112 (CY2161- ENGINEERING CHEMISTRY II)

COURSE NAME: C114 (GE6253 Engineering Mechanics)

C114.5 Estimate the frictional force and effects of rigid bodies subjected to dynamic forces.


C115.1 Use UNIX Commands interactively.

C115.2 Write simple SHELL scripts in UNIX environment.

C115.3 Apply various constructs of UNIX to write efficient SHELL scripts.

C115.4 Write effective and dynamic applications using pointers.

C115.5 Develop efficient applications using functions and files.


C116.1 Analyze the various Modulus of materials and fludic property of the the given liquid.

C116.2 Acquire the practical knowledge about band gap of a semiconductor and Interference ,Diffraction.

C116.3 Gaining the knowledege of electrochemical redox reaction.

C116.4 Apply knowledge of measurement of hardness producing ions, alkalinity, conductance, EMF.

C116.5 Understand the impact of water quality and to solve engineering problems.


C117.1 Ability to use the software package for drafting and modeling.

C117.2 Ability to create 2D and 3D models of Engineering Components.

C117.3 Ability to draw orthographic view from isographic view.

C117.4 Study the commands of software to draw basic shapes.

C117.5 Evaluate the plan of residental buildings.


C201.1 Predict to formulate and some of the physical problems involving partial differential equations

COURSE NAME: C115 (GE2155 - COMPUTER PRACTICE LABORATORY II)

COURSE NAME: C116 (GE6262 Physics and Chemistry Laboratory– II)

COURSE NAME: C201 (MA2211 Transforms and Partial Differential EquationsI)

COURSE NAME: C117 (GE6261 Computer Aided Drafting and Modelling Laboratory)

C201.2 Unterstand the concept of the fourier series related problems and harmonic analysis

C201.3 Apply the application of PDEs in various engineering problems

C201.4 Analyse problems related to engineering applications by using Fourier Transforms Techniques.

C201.5 Understand the concept of difference equation using z-transform


C202.1 Explain the mechanisms, Velocity and acceleration polygons, CAMs and its follower motions.

C202.2 Identify the components of gear and gear trains

C202.3 Estimate the friction over a clutches, Belt, rope drive and breaks

C202.4 Analyze the applied and constrained forces, static force analysis, Dynamic force analysis and inertia forces and inertia torques

C202.5 Determine the correct static and dynamic and balancing of revolving and reciprocating masses, to measure the free, torsional and damped vibrations


C203.1 Analyze flow process of various thermal equipments and rerlate the concept of temperature, heat, internal energy, specifc heat capacities enthalpy of ideal and real gases.

C203.2 Apply the knowledge of second law of thermodynamics and entropy in to the development of aero engines.

C203.3 Analyze the problems related to flow of energy associated with heat flow and compare air standard cycles such as otto, diesel, brayton and dual cycles.

C203.4 Design and improve the engine efficiency by analysing the properties like solid, liquid and vapour phases.

C203.5 Illustrate the basic propulsion and heat transfer concepts like thrust equation, specific impulse, ideal and non ideal cycles.


C204.1 Discuss properties of fluids and solve continuity,momentum and energy equation.

C204.2 Classify boundary layer thickness and solve pipes and flow loss problems.

C204.3 Perform dimensional analysis problems .

C204.4 Compare various types of pumps and calculate its performance.

C204.5 List various types of turbines and calculate its performance.

COURSE NAME: C203 (AE2202 Aero Engineering Thermodynamics)

COURSE NAME: C204 (ME2204 Fluid Mechanics and Machinery)

COURSE NAME: C202 (AE2201 Mechanics of Machines)


C205.1 Solve the problems in structural components under various loading conditions.

C205.2 Analyze the bending moment and shear force on structures under various loading conditions.

C205.3 Develop the response of the structures based on its geometry.

C205.4 Estimate the various parameters of spring, column and shaft.

C205.5 Examine the behaviour of structures under complex loading conditions.


C206.1 Illustrate the history and evolution of aircrafts along with the description of systems, aerodynamics, structures and materials.

C206.2 Evaluate the atmospheric properties, lift, drag and moment of aerofoils and explain the various aircraft maneuvers and effect of mach number.

C206.3 Understand the functions of powered controls, conventional controls and control actuation systems and classify the flight vechicles and demonstrate the functions of airplane

C206.4 Construct the aircraft’s structures based on different configurations and prefer suitable materials along with the stresses and strains.

C206.5 Demonstrate the various propulsion units used to achieve thrust in the atmosphere and space operated vehicles.


C207.1 Determine tensile strength and shear strength of mild steel and aluminium rods.

C207.2 Test the shear and impact strength of a material .

C207.3 Estimate the deflections of a beam and hardness of material.

C207.4 Measure the compression strength and strain measurement on helical springs.

C207.5 Analyze the effect of hardening,tempering and able to compare the improved mechanical properties of the material.


C208.1 Value the co-efficient of discharge using the orifice and venturimeter by measuring.

C208.2 Inspect the discharge coefficient of rotating meter and error of setup

COURSE NAME: C206 (AE2204 Elements of Aeronautics)

COURSE NAME: C207 (AE2206 Strength of Materials Laboratory)

COURSE NAME: C208 (ME2208 Fluid Mechanics and Machinery Laboratory)

COURSE NAME: C205 (AE2203 Solid Mechanics)

C208.3 Examine the major or frictional and minor losses which is created inside the pipes due to fluid flow.

C208.4 Calculate the performance of centrifugal / submersible, reciprocating and gear pumps.

C208.5 Test for the performance characteristics of Kaplan, Pelton and Francis turbines.


C209.1 Determine the performance characteristics of 2-stroke and 4-stroke desiel/petrol engine.

C209.2 Interpret the effectiveness of heat exchanger with parallel and counter flow.

C209.3 Experiment and calculate the calorific value of the fuel and its properties.

C209.4 Reveal the thermal conductivity and resistance of solids and composites wall respectively.

C209.5 Predict the vapour compression of refrigeration and air conditioning test rig.


C210.1 Explain the basic concepts of algebraic equations, eigenvalue problems, representing steady state models formed in Engineering Problems.

C210.2 Understanding the interpolation and approximation which is cetral to many application in engineering apart from solving problems and understanding situations.

C210.3 Analyse to numerical differentiation and intergration which is central to many application and techniques

C210.4 Apply to fit smooth curves for the discrete data connected to each other or to use interpolation methods over these data tables.

C210.5 Predict the system dynamic behavior through solution of ODEs modeling the system


C211.1 Rephrase the concepts of low speed elementary flows and their combinations by framing the fundamental governing equations.

C211.2 Illustrate two dimensional inviscid incompressible flow and vortex flow and predict the circulation around the aerodynamic bodies.

C211.3 Infer the theory of airfoil and its characteristics along with the potential functions and transformations.

C211.4 Determine the aerodynamic forces and moments and their coefficients as well as center of pressure using subsonic wing theory.

C211.5 Experiment with the zones of boundary layer and determine the total drag and its coefficient for flow around the body.

COURSE NAME: C210 (MA2264 Numerical Methods)

COURSE NAME: C211 (AE2251 Aerodynamics - I)

COURSE NAME: C209 (AE2207 Thermodynamics Laboratory)

COURSE NAME: C212 (AE2252 Aircraft Systems and Instruments)


C212.1 Recognize the various aircraft system principles and their operation.

C212.2 Demonstrate the Aircraft control systems and modern technology.

C212.3 Illustrate all engine systems and their functions.

C212.4 Comprehend Aircinditioning & pressurisation and other auxilary systems.

C212.5 Compare all type of instruments in aircraft and their principles and operation.


C213.1 Apply the knowledge on metal casting processes to the industry.

C213.2 Discuss the Practices on welding equipments and its processes to join metals.

C213.3 Classify and explain the machine tools and machining operations.

C213.4 Explain the various types of plastics in industrial applications.

C213.5 Utilize the knowledge and importance of metal forming process and powder metallurgy.


C214.1 Estimate the response of statically determinate and indeterminate structures under various loading conditions.

C214.2 Apply the kniwledge in strain energy methods to calculate the reactions of various structures.

C214.3 Analyze the column using appropriate methods.

C214.4 Design the structure using different theories of failure.

C214.5 Examine the structural effect due to induced stresses.


C215.1 Classify various types of engines and factor affecting of engine performance.

C215.2 Functions of inlets, combustion chambers, and exhaust nozzles of jet engine.

C215.3 Solve operating characteristics of compressors in terms of given blade shapes, angles, and direction of rotation.

COURSE NAME: C215 (AE2255 Propulsion-I)

COURSE NAME: C213 (AE2253 Production Technology)

COURSE NAME: C214 (AE2254 Aircarft Structure - I)

C215.4 Discuss the operation of turbines in terms of given blade shapes, angles, and direction of rotation in gas turbine propulsion systems.

C215.5 Describe the principle and performance of ramjet,scramjet and Ram rockets.


C216.1 Determine the defelction and various strength of metallic and composite beams

C216.2 Interpret and verify the superposition and maxwell's reciprocal theorem

C216.3 Estimate the buckling load and southwell plot of column

C216.4 Examine non destructive testing to predict the properties of metallic materials

C216.5 Analyze truss, frame and shear failure of riveted and welded joints


C217.1 Evidence the Bernoulli’s equation with the orifice and venturimeter by measuring coefficient of discharge.

C217.2 Reckon the major or frictional and minor losses which is created inside the pipes due to fluid flow.

C217.3 Test the low speed subsonic wind tunnel for error free experimentation.

C217.4 Measure the aerodynamic forces and moments with calibrated low speed subsonic wind.

C217.5 Appraise the pressure distribution for streamlined and bluff bodies and various flow visuvalization techniques over them


C218.1 Design and draft various types of riveted joints.

C218.2 Design and draft various types of welded joints.

C218.3 Design and draft control components like cam, bell crank, gear and push pull rod

C218.4 Construct the three view diagram of typical aircraft

C218.5 Design and draft the layout of control system, fuselage and wing structure of a typical aircraft


COURSE NAME: C218 (AE2259 Aircarft Component Drawing)

COURSE NAME: C219 (AT2206 Manufacturing Technology Laboratory)

COURSE NAME: C216 (AE2257 Aircraft Structures Laboratory - I)

COURSE NAME: C217 (AE2258 Aerodynamics Laboratory)

C219.1 Perform different types of lathe operations

C219.2 Carry out different types of machining operations

C219.3 Practice drilling,reaming and tapping operations

C219.4 Perform plain and gear milling operation

C219.5 Practice cylindrical grinding operation.


C301.1 Evaluate the performance characteristics like aerodynamic forces and power variations of aircraft.

C301.2 Interpret the range, endurance, climbing, gliding and various maneuvering performances of an aircraft along with load factor and its limitations.

C301.3 Illustrate the degrees of freedom and static longitudinal stability attained in aircraft.

C301.4 Correlate the aircraft’s lateral and directional stability.

C301.5 Determine the response of aircraft in various oscillatory modes of aircraft stability.


C302.1 Analyze the beam structural response when influenced with various of types loads.

C302.2 Identify the shear flow of open sections.

C302.3 Determine the shear flow distributions of closed sections in single and multicell structure subjected to bending and torsion.

C302.4 Examine the buckling characteristics of thin plate under various loading conditions.

C302.5 Interpret the stress analysis of aircraft wing and fuselage.


C303.1 Recognize the governing equations for 1D compressible flows with mach serious and nozzle, hypersonic characteristics.

C303.2 Solve shocks and expansions of flow properties with their interaction and reflection.

C303.3 Discuss about the linearized equations for 2D compressible flow and method of characteristics.

C303.4 Describe the various flows over airfoils, wings and airplane configuration in high speed.

COURSE NAME: C301 (AE2301 FLIGHT DYNAMICS)

COURSE NAME: C302 (AE2302 Aircraft Structures - II)

COURSE NAME: C303 (AE2303 Aerodynamics - II)

C303.5 Explain the experimental techniques for high speed flow wind tunnel and its method.


C304.1 Classify the hyper sonic vechile and its problem assoicate

C304.2 Describe the chemical rocket motors and performance

C304.3 Estimate the design of solid rocket burning and propulent grains

C304.4 Demonstrate the various fuel feed systems ,aplications and mechanisms in liquid and hybrid rocket motor

C304.5 Discuss the various types and techniques in nuclear ,solar and electrical rocket propulsion


C305.1 Model a system mathematically for controlling desire values.

C305.2 Compile the transfer function of open loop and closed loop System.

C305.3 Analyze the time domain responses of the system.

C305.4 Identify the stability of the system both in time and frequency domain.

C305.5 Explain about the Digital Control System.


C306.1 Demonstrate the environmentalal importance, various ecosystem and biodiversity of our nature.

C306.2 Infer the knowledge of environmental pollusions, its types, effects and preventing solutions.

C306.3 Discuss the natural resources, problems and solutions to our environment.

C306.4 Examine the issuses of social and environmental cum creating awareness.

C306.5 Compare the impact of human population explotion and the causes to the environment.


C307.1 Determine bending, torsion, shear on various structures.

COURSE NAME: C306 (GE2021 Environmental Science and Engineering)

COURSE NAME: C307 (AE2305 Aircraft Structures Laboratory – II)

COURSE NAME: C304 (AE2304 Propulsion - II)

COURSE NAME: C305 (EE2365 Control Engineering)

C307.2 Estimate the fringe pattern of a photo elastic material.

C307.3 Analyze aircraft structural components under different loading conditions.

C307.4 Analyze free and forced vibration in cantilever beam.

C307.5 Evaluate the elastic component of composite tensile and flexural specimen.


C308.1 Experimentally the performance parameters in a gas turbine engine under various operating conditions.

C308.2 Determine the efficiencies of different types of propeller under various operating speeds.

C308.3 Evaluate the exit velocity of the fluid passes through the various ducts.

C308.4 Study of various type of flame stabilization.

C308.5 Evaluate the heat transfer coefficients in various engineering systems.


C309.1 Design and modelling difficult aero component.

C309.2 Simulate the drilling,facing and turning operations using CNC softwares and machining.

C309.3 Design and modelling of machine component using CATIA software

C309.4 Modify the design using CATIA software.

C309.5 Perform structural analysis using available software packages


C310.1 Develop their communicative competence in English with specific reference to listening and speaking

C310.2 Enhance their ability to comprehend and communicate effectively

C310.3 Strengthen their prospects of success in taking competitive examinations

C310.4 Give emotional intelligence to manage time and stress

C310.5 Inculcate leadership qualities and career planning

COURSE NAME: C310 (GE2321 Communication Skills - Laboratory Based)

COURSE NAME: C308 (AE2306 Propulsion Laboratory)

COURSE NAME: C309 (AE2307 CAD/CAM Laboratory)


C311.1 Understand the concepts of management, administration and the evolution of management thoughts.

C311.2 Understand and apply the planning concepts.

C311.3 Analyze the different organizational structures and understand the staffing process.

C311.4 Analyze the various motivational and leadership theories and understand the communication and controlling processes.

C311.5 Understand the various international approaches to management.


C312.1 Apply direct stiffness, Rayleigh -Ritz, Galerkin method to solve engineering problems and outline the requirements for convergence

C312.2 Solve linear 1D structural rod, beams and frames problems; evaluate the Eigenvalues and Eigenvectors for stepped bar and beam

C312.3 Solve two dimensional Structural problems FEM method

C312.4 Derive shape functions for 4 and 8 node quadrilateral, 6 node triangle elements and apply numerical integration to solve; 1D and 2D; stiffness integrations

C312.5 Calculate heat conduction and convection heat transfer problems and familiarize FEA software


C313.1 Apply the knowledge of stress and strain measurements in loaded components.

C313.2 Explain the various types of strain guages.

C313.3 Apply experimental techniques of stress analysis using photoelasticity and strain gauges.

C313.4 Estimate the strain using brittle coating and moire method.

C313.5 Identify the defects in structure using various Non Destructive Testing.


C314.1 Apply the knowledge of buckingham theorem and dynamic similarities.

C314.2 Analyze the special problems of testing in subsonic,transonic,supersonic.

COURSE NAME: C311 (MG2351 Principles of Management)

COURSE NAME: C312 (AE2351 Finite Element MethodsAeroelasticity)

COURSE NAME: C313 (AE2352 Experimental Stress Analysis)

COURSE NAME: C314 (AE2353 Wind Tunnel Techniques)

C314.3 Calibrate the wind tunnel measurements and study types of balances.

C314.4 Compare the different flow visualization techniques.

C314.5 Discuss about non intrusive flow diagnostics.


C316.1 Explain about various stages of creep and its effects

C316.2 Explain about transient creep life and rupture life for creep, brittle and ductile materials.

C316.3 Describe about various types of fracture and its mechanism

C3164 Interpret the influence of creep, thermal fatigue, oxidation, high temperature corrosion, erosion and ageing on materials.

C316.5 Analyze life of superalloys, ceramics and other materials at elevated temperature.


C317.1 Recognize aircraft ground handling practices and support equipment.

C317.2 Explain the maintenance of Air conditioning & pressurization and oxygen and oil systems.

C317.3 Illustrate the safety for maintenance activity.

C317.4 Compare the different inspection methods.

C317.5 Demonstrate the aircraft servicing tools, materials and system processes.


C318.1 Summarize the history and evolution of space missions along with the description of space environment, structures and materials.

C318.2 Interpret the basic concepts of space science and the general N-Body problem.

C318.3 Estimate the performance of satellite injection, satellite perturbations and trajectory control.

C318.4 Predict the interplanetary trajectories, launch of interplanetary spacecraft and trajectory estimation.

C318.5 Determine the ballistic missile trajectories and to control the various ballistic missiles.

COURSE NAME: C318 (AE2023 Space Mechanics)

COURSE NAME: C317 (AE2022 Aircraft General Engineering and Maintenance Practices)

COURSE NAME: C319 (AE2024 Heat Transfer)

COURSE NAME: C316 (AE2354 High Temperature Materials)


C319.1 Apply the knowledge of conduction and solve various types of conduction problems.

C319.2 Clasify the convection and solve various types of convection problems.

C319.3 Explain about radiation and solve various types of radiation problems.

C319.4 Discuss about numerical methods in heat transfer.

C319.5 Identify the heat transfer problems in aerospace engineering.


C320.1 Carry out dismantling and assembly of piston engine.

C320.2 Carry out dismantling and assembly of jet engine.

C320.3 Discuss about carburetor and engine starting procedures.

C320.4 Perform dimensional checks in piston and jet engines.

C320.5 Identify the components and defects using NDT in jet engines


C321.1 Identify the configuration of different types of aircraft and other flight vehicles.

C321.2 Design of a complete aircraft based on the specifications provided.

C321.3 Select a power plant suitable for the required performance.

C321.4 Estimate drag and other design parameters required for the mission objective.

C321.5 Calculate performance characteristics of aircraft.


C322.1 Understand the types of wood gluing.

C322.2 Explain and practice different types of welding

C322.3 Carry out fabric and riveted patch repair.

COURSE NAME: C321 (AE2356 Aircraft Design Project - I)

COURSE NAME: C322 (AE2357 Airframe Laboratory)

COURSE NAME: C320 (AE2355 Aero Engine Laboratory)

C322.4 Carry out tube bending, flaring and sheet metal forming.

C322.5 Prepare composite laminates and determine its elastic constants.


C401.1 Understand quality concepts and philosophies of TQM.

C401.2 Apply TQM principles and concepts of continuous improvement.

C401.3 Apply and analyze the quality tools, management tools and statisticalfundamentals to improve quality.

C401.4 Understand the TQM tools as a means to improve quality.

C401.5 Remember and understand the quality systems and procedures adopted.


C402.1 Explain preliminary design requirements for avionics systems

C402.2 Develop avionics systems using digital computers and microprocessors

C402.3 Analyze the performance of various cockpit display technologies

C402.4 Interpret the datas from various cockpit and flight deck

C402.5 Classify different avionic systems for aircrafts.


C403.1 Solve the Continuity ,momentum and energy equations for CFD problems

C403.2 Apply the Finite Difference Method and Finite Volume Method for solving heat transfer problems

C403.3 Apply Various discretization Schemes for solving flow and Heat transfer problem

C403.4 Implement Various flow Field Algorithms for solving CFD problems

C403.5 Compare various Turbulence Models and Grid generation techniques for solving CFD problems


COURSE NAME: C402 (AE2401 Avionics)

COURSE NAME: C403 (AE2402 Computational Fluid Dynamics)

COURSE NAME: C401 (GE62022 Total Quality ManagementI)

COURSE NAME: C404 (AE2403 Vibrations and Elements of Aeroelasticity)

C404.1 Explain about the free, forced, damped, undamped and vibration measuring instrument.

C404.2 Calculate natural frequency for two Degrees and Multi degrees of Freedom Systems.

C404.3 Measure the frequency of a continuous systems.

C404.4 Estimate the natural frequency of a system using approximate methods.

C404.5 Identify the effects of vibrations on aircraft structures and the change in aerodynamic property of the structures


C407.1 Solve and estimate fatigue life for simple problems.

C407.2 Analyze the concepts of cumulative damage and load histories.

C407.3 Estimate fatigue crack propagation life for simple problems.

C407.4 Apply the concept fracture mechanics to aircraft structure problems.

C407.5 Explain the concept of various design philosophies, fatigue resistance of fiber-metal laminates.


C410.1 Make use of the aircraft structural components maintanence and repair with techniques.

C410.2 Classify the properties of plastics and composites used in an aircraft structures.

C410.3 Takepart the aircraft jacking, assembly and rigging and flight controls of helicopter.

C410.4 Distinguish the hydraulic and pneumatic system and installation maintanence and inspection of auxillary system of an aircraft.

C410.5 Adapt the safety precautions and equipments of an aircraft.


C411.1 Illustrate the ports abd systems of the piston engine and its maintenances.

C411.2 Demonstrate the aircraft propeller and its inspection procedure.

C411.3 Explain the ports and maintenance of the jet engine.

C411.4 Comprehend the testing and inspection of engine systems.

COURSE NAME: C410 (AE2028 Aero Engine Maintenance and Repair)

COURSE NAME: C407 (AE2030 Fatigue and Fracture)

COURSE NAME: C409 (AE2027 Airframe Maintenance and Repair)

C411.5 Explain the engine overhauling procedures.


C412.1 Explain preliminary design factor of aircraft wing

C412.2 Construct wing,spar,stringers

C412.3 Apply the knowledge in designing of load distribution on an aircraft fuselage, bulk head and longerons

C412.4 Estimate the balancing & manuevering loads on tailplane,aileron,rudder in designing of control surfaces.

C412.5 Compare the various type of landing gear design.


C413.1 Demostrate the procedures of aircraft jacking up and levelling.

C413.2 Take part in control system rigging checks and aircraft symmetry check.

C413.3 Test filter element clogging and hydraulic Internal/External leakage.

C413.4 Deteremine the operating pressure of fuel system and the brake load torque.

C413.5 Estimate the aircraft weights and locating C.G.


C414.1 Design and analyxe complex digital circuits

C414.2 Develop and execute assembly language programs using microprocessor for any applications.

C414.3 Experiment with and control stepper motors using 8085 microprocessor.

C414.4 Construct programming for 4 digit 7 segment display, switches & LED's

C414.5 Integrate avionic systems using MIL-STD-1552 databus.


C415.1 Identify the properties of fiber and matrix materials used in commercial composite materials

COURSE NAME: C412 (AE2405 Aircraft System Laboratory)

COURSE NAME: C413 (AE2406 Avionics Laboratory)

COURSE NAME: C415 (AE2451 Composite Materials and StructuresLaboratory)

COURSE NAME: C411 (AE2404 Aircraft Design Project - II)

C415.2 Analyze the structural properties of composite materials using macromechanic approach

C415.3 Experiment with composite structures in aerospace design based on knowledge acquired in composite laminate analysis

C415.4 Apply the conventional failure theories to sandwich constructions

C415.5 Adopt the most appropriate manufacturing process for fabricating composite components based on its requirement


C416.1 Estimate the parameters of subsonic and supersonic wind tunnel.

C416.2 Experiment with low speed wind tunel and estimate pressure, velocity and load distribution of wing.

C416.3 Explain the operation of high speed wind tunnel and estimate various parameter in test section.

C416.4 Estimate the turbulence, pressure, velocity and temperature using different measurement technique.

C416.5 Analyze the special problems in subsonic, supersonic and hypersonic flows.


C418.1 Compare and classify the types of rockets and missiles with respect to Indian & International scenario.

C418.2 Analyze the aerodynamics of rocket and missiles.

C418.3 Examine the governing equations, trajectories and range and altitude respect to burn out velocity.

C418.4 Explain the multistaging and control seperation along with trust vector control method.

C418.5 Apply the knowledge in stages and remote control of rockets missiles.


C419.1 Apply the systems concept for the design of production and service systems.

C419.2 Make forecasts in the manufacturing and service sectors using selected quantitative and qualitative techniques

C419.3 Apply the principles and techniques for planning and control of the production and service systems to optimize/make best use of resources

C419.4 Understand the importance and function of inventory

C419.5 Apply selected techniques for its control and management under dependent and independent demand circumstances

COURSE NAME: C416 ( AE2032 Experimental Aerodynamics)

COURSE NAME: C417 (AE6015 Rockets and Missiles)

COURSE NAME: C419 (AE2035 Air Traffic Control and Planning)


C421.1 Apply their knowledge of basic science and engineering fundamentals throughout the course

C421.2 Develop the ability to undertake problem identification, formulation and solution

C421.3 Demonstrate an in-depth technical competence in at least one engineering discipline on both experimental and software .

C421.4 Demonstrate the ability to engage in design and to execute designs at an appropriate professional standard

C421.5 Develop the capacity to undertake lifelong learning,social, cultural, global and environmental responsibilities of the professional Engineer


C421.1 Apply their knowledge of basic science and engineering fundamentals throughout the course

C421.2 Develop the ability to undertake problem identification, formulation and solution

C421.3 Demonstrate an in-depth technical competence in at least one engineering discipline on both experimental and software .

C421.4 Demonstrate the ability to engage in design and to execute designs at an appropriate professional standard

C421.5 Develop the capacity to undertake lifelong learning,social, cultural, global and environmental responsibilities of the professional Engineer

COURSE NAME: C423 (AE2453 Project Work)

COURSE NAME: C420 (AE2036 Production Planning and Control)

2008

EXCEL ENGINEERING COLLEGE KOMARAPALAYAM-637303...COURSE NAME: C107 (GE2115 Computer Practices...

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Transcript of EXCEL ENGINEERING COLLEGE KOMARAPALAYAM-637303...COURSE NAME: C107 (GE2115 Computer Practices...