Semester

Course Code /
Name

Course Outcomes

3

Professional Communication and Ethics (BE03000051)

CO-1 Understand and apply the fundamentals of professional communication and relate it to real life situations
CO-2 Compose essential formal documents in appropriate formats for various professional situations
CO-3 Demonstrate advanced communication skills in presentation, public speaking, and contribute effectively in group communication
CO-4 Practice professional manners and etiquette and imbibe people skills for professional communication
CO-5 Understand professional ethics and ethical dilemmas to devise solutions

Indian Constitution (BE03000061)

Engineering Thermodynamics (BE03000201)

CO-1 To identify the unique vocabulary associated with thermodynamics and explain the basic concepts of thermodynamics
CO-2 To apply first law of thermodynamics for closed and open systems undergoing different thermodynamic processes and evaluate the feasibility of thermodynamic cycles and processes using second law of thermodynamics.
CO-3 To apply the concept of entropy and exergy to different thermodynamic processes and cycles
CO-4 To make use of different gas and vapor power cycles

Mathematics III (BE03000211)

CO-1 Establish the Fourier series expansion of periodic functions and perform its applications
CO-2 Apply suitable methods to solve partial differential equations. Model and solve some engineering problems related to heat and wave equations.
CO-3 Estimate the intermediate values of the function from its tabulated values using appropriate interpolation formulas.
CO-4 Perform numerical differentiation and integration and also solve ODEs using numerical methods
CO-5 Compute Laplace and inverse Laplace transforms of the various functions using its properties and apply them to solve ordinary differential equations

Material Science and Metallurgy (BE03000221)

CO-1 Understand the different types of engineering materials and their structure–property relationships.
CO-2 Examine the microstructure of metallic materials through phase diagrams and alter their microstructure and properties by applying various heat treatments.
CO-3 Understand the scope of different non-destructive testing methods and powder metallurgy.
CO-4 Interpret the causes of metallic corrosion and identify the methods for its prevention

Machine Drawing and Elements of Machine Design (BE03000231)

CO-1 Interpret various stress – strain, CG, MI of machine components and their design procedure.
CO-2 Evaluate machine components under static loading and application of various basic theories of failures.
CO-3 Design and analyze of levers, shafts, keys , couplings and power screw.
CO-4 Analyze machine components under fluctuating loading and design for finite and infinite life.
CO-5 Make use of modelling/ drafting software for machine drawing and production drawing.

Indian Knowledge System (BE03000241 )

4

MECHANICAL MEASUREMENT AND METROLOGY(3141901)

CO-1 summarize various methods and terms used in mechanical measurements and metrology.
CO-2 measure mechanical quantities like Force, Temperature, Pressure, Velocity, Acceleration, Strain and Torque.
CO-3 apply concepts of metrology for gears, threads and surface finish.
CO-4 utilize various precision machines working based on Laser technology and coordinate measuring methods.

Fluid Mechanics and Hydraulics
Machines(3141906)

CO-1 explain various fluid properties and behavior of fluid in static and dynamic mode
CO-2 make use of dimensional analysis and interpret types of fluid flow.
CO-3 analyze theory of impact of jet and apply the same for hydraulic turbine
CO-4 evaluate performance of centrifugal pumps

FUNDAMENTAL OF MACHINE DESIGN(3141907)

CO-1 understand fundamentals of material selection, strength of materials and loading patterns of machine elements.
CO-2 distinguish basic failure modes of machine elements.
CO-3 analyse beams and columns for stresses and deflection.
CO-4 design and analyse machine components under static loading
CO-5 design and analyze machine components under variable loading.

Manufacturing Processes(3141908)

CO-1 Understand the basic concept of machining operations
CO-2 Analyze conventional machining processes.
CO-3 Study, understand and generate the sequence of machining operation to produce the end product.
CO-4 Judge the limitations and scope of machines to perform variety of operations

Organisational Behaviour(3141909)

CO-1 Students will be able to understand various methods and terms used different organizational behaviour model
CO-2 Students will be able to understand Individual Behaviour like attitude, perception, motivation, personality, misbehaviour and emotions.
CO-3 Students will be able to understand group behaviour, leadership and power
CO-4 Students will be able to understand dynamics of organizational behaviour and managing change.

5

IPDC - 1 (Integrated Personality Development Course)(3150005)

CO-1 To provide students with a holistic value-based education that will enable them to be successful in their academic, professional, and social lives.
CO-2 To give the students the tools to develop effective habits, promote personal growth, and improve their wellbeing, stability, and productivity.
CO-3 To allow students to establish a stronger connection with their family through critical thinking and devolvement of qualities such as unity, forgiveness, empathy, and effective communication.
CO-4 To provide students with soft skills that complement their hard skills, making them more marketable when entering the workforce.
CO-5 To enhance awareness of India’s glory and global values, and to create considerate citizens who strive for the betterment of their family, college, workforce, and nation
CO-6 To inspire students to strive for a higher sense of character by learning from role models who have lived principled, disciplined, and value-based lives.

Heat Transfer(3151909)

CO-1 To classify the heat transfer problems and to apply the principles of steady state one dimensional heat transfer, extended surface and unsteady state conduction for commonly encountered Mechanical engineering problems.
CO-2 To identify the type of convection problems and to apply concepts of natural and forced convection for related problems
CO-3 To explain various laws of radiation heat transfer and to determine the radiation heat transfer between black and grey surfaces of simple Mechanical systems
CO-4 To practice LMTD and effectiveness-NTU method for simple heat exchange device
CO-5 To identify types of boiling and condensation heat transfer process and to use the same to estimate heat transfer coefficient for simple cases

Operation Research (3151910)

CO-1 Develop models for optimizing the management and production systems from the verbal description of the real system
CO-2 Make use of LPP techniques for optimization of Production mix problem in industry
CO-3 Evaluate transportation, transhipment, assignment and travelling salesman and Queuing problem
CO-4 Apply quantitative techniques in machine replacement, game theory, business decision making under conditions of certainty, risk and uncertainty
CO-5 Demonstrate Project management Problem

DYNAMICS OF MACHINERY(3151911)

CO-1 Summarize dynamic forces and turning moments in mechanisms.
CO-2 Minimize unbalance in mechanical systems by means of static and dynamic balancing.
CO-3 Analyze gyroscopic effect in aeroplane, ships and automobiles.
CO-4 Demonstrate longitudinal vibrations, transverse vibrations and torsional vibrations in single degree of freedom systems .
CO-5 Determine critical speed of the shaft.

Manufacturing Technology(3151912)

CO-1 Interpret foundry practices like pattern making, mold making, Core making and Inspection of defects
CO-2 Differentiate various metal forming processes
CO-3 Select appropriate metal joining Processes to join similar or dissimilar metals.
CO-4 Classify different plastic moulding processes and application
CO-5 Distinguish different Super Finishing Technology

Oil Hydraulics and Pneumatics(3151913)

CO-1 Demonstrate components for hydraulic and pneumatic systems and their applications.
CO-2 Interpret functions of different hydraulic and pneumatic valves and make use of them in circuit design.
CO-3 Design and analyze hydraulic and pneumatic circuits for specific applications
CO-4 Compile and make use of automation in hydraulic and pneumatic systems

6

IPDC - 2 (Integrated Personality Development Course)(3160003)

CO-1 To provide students with a holistic value-based education that will enable them to be successful in their academic, professional, and social lives.
CO-2 To give the students the tools to develop effective habits, promote personal growth, and improve their wellbeing, stability, and productivity.
CO-3 To allow students to establish a stronger connection with their family through critical thinking and
devolvement of qualities such as unity, forgiveness, empathy, and effective communication.
CO-4 To provide students with soft skills that complement their hard skills, making them more marketable when entering the workforce.
CO-5 To enhance awareness of India’s glory and global values, and to create considerate citizens who strive for the betterment of their family, college, workforce, and nation
CO-6 To inspire students to strive for a higher sense of character by learning from role models who have lived principled, disciplined, and value-based lives.

Computer Aided Design (3161903)

CO-1 Demonstrate basic concept of computer aided design and its applications.
CO-2 Make use of various concepts and characteristics in geometric modeling
CO-3 Analyze geometric transformations.
CO-4 Determine stress and strain in structural elements through FEA.
CO-5 Summarized optimization techniques for design of machine elements.

Applied Thermodynamics(3161910)

CO-1 To apply various gas laws of real gas and their mixture, to make use of psychrometric properties to identify basic psychrometric processes.
CO-2 To experiment with vapor compression and vapor absorption systems.
CO-3 To explain fuel-air and actual cycles for IC engines and to develop understanding of IC engines testing and their emission norms.
CO-4 To apply fundamental of compressible fluid flow.
CO-5 To demonstrate various air compressors and experiment with them.

Industrial Safety and Maintenance Engineering(3161913)

CO-1 Describe Quality, Reliability and Maintainability
CO-2 Understand the principles, functions and practices adapted in industry for the successful management of maintenance activities.
CO-3 Demonstrate Defects and Failure analysis and different types of maintenance system
CO-4 Differentiate various Maintenance Planning and Scheduling techniques
CO-5 Demonstrate safety practice aspects in industry.

RENEWABLE ENERGY ENGINEERING( 3161914)

CO-1 To design and develop solar systems for various applications To estimate solar radiation on the various surfaces and its applications for thermal and photovoltaic system.
CO-2 To analyze the performance of various solar collectors.
CO-3 To evaluate the potential of wind energy conversion systems
CO-4 To illustrate Bio energy, Wave energy, Ocean energy and Geothermal Energy
CO-5 To evaluate the life cycle cost and carry out economic analysis of renewable energy sources.

Energy Conservation and Management(3161919)

CO-1 To summarized the energy conservation scenario, energy and environment, air pollution, climate change, and various acts and policy for the energy conservation
CO-2 To infer the concept of financial management, energy monitoring and targeting.
CO-3 To apply the knowledge of energy audit for the energy management and operation of energy audit instruments.
CO-4 To analyze the energy saving area and improvement in efficiency of various thermal utilities and systems.
CO-5 To evaluate the net present worth in financial management and performance assessment of various thermal utilities and systems.

Entrepreneurship and E-business (3161924)

CO-1 Distinguish Entrepreneur and Entrepreneurship starting and feasibility study
CO-2 Demonstrate Entrepreneurship functional plan with source of finance and legal issues
CO-3 Describe E business, collaborative partnership and strategic technology.
CO-4 Describe business technology and decision support system
CO-5 Understand importance of Ethics in Entrepreneurship and E business.

7

Project Management (3171506)

CO-1 Demonstrate the fundamentals of project management its organization
CO-2 Utilize the concepts of project organizing, project planning and it’s budgeting.
CO-3 Analyze the project network and resource allocation in projects.
CO-4 Illustrate the project monitoring and control.
CO-5 Choose evaluating and terminating the Project.

Power Plant Engineering(3171910)

CO-1 Explain the layout, construction and working of the components of thermal, Diesel, Gas and Combined cycle power plants.
CO-2 Explain the layout, construction and working of the components of Nuclear power plants.
CO-3 Explain the layout, construction and working of the components of Renewable Energy power plants.
CO-4 Explain the applications of power plants while extending their knowledge to power plant economics and environmental hazards and estimate the costs of electrical energy production.

DESIGN OF MACHINE ELEMENTS( 3171917)

CO-1 Relate various standard used in industry and utilize knowledge of manufacturing process in design of machine elements.
CO-2 Determine forces acting on machine elements like couplings, springs, gears, bearings and perform stress analysis for machine components.
CO-3 Estimate life of rolling element bearings and determine performance parameters of sliding contact bearings.
CO-4 Evaluate speed variation on gear box shafts and optimize fluctuation of shaft speeds in gear box.
CO-5 Design and dissect mechanisms for strength and improve their life.

METAL FORMING ANALYSIS(3171921)

CO-1 Classify various forming process
CO-2 Analyse theory of stress strain
CO-3 Identify and analyse various methods bulk metal forming processes
CO-4 Analyse sheet metal forming processes
CO-5 Evaluate forming limit diagram

Internal Combustion Engine(3171923)

CO-1 Describe and explain the major phenomena going on in an internal combustion engine such as gas exchange, combustion and emissions formation/reduction
CO-2 Explain the performance and evaluation of internal combustion engine and to discuss how this is affected.
CO-3 Reflect on the role of internal combustion engines for transports in society as well as the emissions issue from both a sustainable and ethical perspective.
CO-4 To aware about the alternative fuels and their properties
CO-5 To brief the latest development of unconventional engines.

Nanotechnology and Surface Engineering(3171931)

CO-1 To comprehend basics of nano-science and technology and their applications in the domain of engineering
CO-2 To impart fundamental knowledge of various methods used in the field of nanotechnology
CO-3 To impart basics of various characterization tools/methods in the field of NanoTechnology.
CO-4 Explain the effect of process parameters on the properties & microstructure of the surface coating processes.
CO-5 Understand the importance & role of surface modifications to achieve several technological properties.

8

Internship/ Project(3181901)

CO-1 Demonstrate a sound technical knowledge of their selected project topic
CO-2 Undertake problem identification, formulation and solution
CO-3 Design engineering solutions to complex problems utilising a systems approach and team work
CO-4 Communicate with engineers and the community at large in written and oral forms
CO-5 Demonstrate the knowledge and understanding of engineering and management principle and apply it to assigned project