Semester 1
| COs | Material Technology (MTSD-101) |
| MTSD-101.1 | Recall basic properties of different cement and concrete. |
| MTSD-101.2 | Explain various factors affecting durability and permeability of concrete. |
| MTSD-101.3 | Demonstrate various mechanical test on hardened concrete to check concrete properties. |
| MTSD-101.4 | Examine fatigue properties of concrete under super imposed static stress and factors influencing fatigue strength. |
| MTSD-101.5 | Evaluate thermal and creep properties of materials under variable temperature enhancing creep. |
| MTSD-101.6 | Develop the advanced techniques to minimize the ill effects of adverse climatic conditions on materials. |
| COs | Advanced Structural Analysis (MTSD-102) |
| MTSD-102.1 | Recall different types of loads, frames and beams. |
| MTSD-102.2 | Compare flexibility and stiffness matrix methods. |
| MTSD-102.3 | Apply matrix methods to solve various structurally indeterminate structures. |
| MTSD-102.4 | Analyze beams, frames and trusses using matrix method of analysis. |
| MTSD-102.5 | Evaluate forces in members of trusses and frames. |
| COs | Pre-stress Concrete Design (MTSD-103) |
| MTSD-103.1 | Outline limit state method. |
| MTSD-103.2 | Understand the concepts of pre-stressing in concrete structures. |
| MTSD-103.3 | Applying prestress concrete in construction. |
| MTSD-103.4 | Examine parameters in prestress concrete member. |
| MTSD-103.5 | Evaluating strength of prestress member. |
| COs | Design of Structures-1 (MTSD-104) |
| MTSD-104.1 | Describe properties of structural steel. |
| MTSD-104.2 | Understand various parameter of steel and RCC. |
| MTSD-104.3 | Apply code in the analysis and design of structure. |
| MTSD-104.4 | Compare RCC and steel structure. |
| MTSD-104.5 | Evaluating strength of structure. |
| MTSD-104.6 | Design elements of RCC and steel structure. |
| COs | Material Science (MTSD-110) |
| MTSD-110.1 | Explain the basic concepts of material science. |
| MTSD-110.2 | Describe structure, properties and control of multiphase solids with the help of phase diagrams. |
| MTSD-110.3 | Apply knowledge of crystal imperfections, diffusion mechanism of solid. |
| MTSD-110.4 | Differentiate crystalline and non-crystalline structures. |
| MTSD-110.5 | Evaluate performance of materials under high temperature, radiation damages and Structure property relationship in concrete. |
| COs | Structural Engineering Lab (MTSD-105) |
| MTSD-105.1 | Recall mix design, strength of concrete of different grades. |
| MTSD-105.2 | Describe destructive and non destructive testing of concrete. |
| MTSD-105.3 | Use tests of concrete for different grades in field. |
| MTSD-105.4 | Examine behavior of structural components under loading and its conditions. |
| COs | Computational Lab-I (MTSD-106) |
| MTSD-106.1 | Recall the importance of computer programming in civil engineering. |
| MTSD-106.2 | Sketch and edit 2D and 3D drawing and customizing Autocad. |
| MTSD-106.3 | Examine the value of computational laboratory in design and drawing of building components and connections. |
Semester 2
| COs | Structural Dynamics & Earthquake Engineering (MTSD-201) |
| MTSD-201.1 | Define key concepts related to structural dynamics, such as natural frequencies, damping and vibration characteristics of structures. |
| MTSD-201.2 | Recognize physical phenomenon in the context of structural vibration. |
| MTSD-201.3 | Demonstrate the assumptions and limitations of the structural dynamics theories. |
| MTSD-201.4 | Analyze engineering problems in the context of structural dynamics. |
| MTSD-201.5 | Formulate the equation of motion for dynamics analysis of structures. |
| MTSD-201.6 | Design structures with the consideration of structural dynamics. |
| COs | Stability of Structures (MTSD-202) |
| MTSD-202.1 | Explain behavior of structures. |
| MTSD-202.2 | Describe basic structural components and systems behave when they are subject to instability. |
| MTSD-202.3 | Apply various methods in analysis of structure. |
| MTSD-202.4 | Analyze structural components that are suspectible to instability. |
| COs | Design of Structures-II (MTSD-203) |
| MTSD-203.1 | Describe various elements of RCCStructures. |
| MTSD-203.2 | Explain different parameters of RCC Structures. |
| MTSD-203.3 | Apply the codal provisions to design various components of structure. |
| MTSD-203.4 | Analyze the behaviour of Structural Components. |
| MTSD-203.5 | Evaluate the reinforcement of RCC structure. |
| MTSD-203.6 | Design various Structural components. |
| COs | Repair and Rehabilitation of Structures (MTSD-204) |
| MTSD-204.1 | Describe materials deficiency in concrete structures. |
| MTSD-204.2 | Explain properties of material. |
| MTSD-204.3 | Apply Non Destructive Testing techniques to field problems and cost effective retrofitting strategies for repairs in buildings. |
| MTSD-204.4 | Analyse methods and techniques used in repairing / strengthening existing concrete structures. |
| COs | Construction Failure (MTSD-210) |
| MTSD-210.1 | Define key concepts of construction failure and the historical references about failure in structure. |
| MTSD-210.2 | Describe cause of failures in structure. |
| MTSD-210.3 | Apply the codal provisions for durability of concrete structure with emphasis of corrosion of reinforcement. |
| MTSD-210.4 | Analyze engineering problems in context of construction failures. |
| COs | Structural Engineering Design Practice Lab (MTSD-205) |
| MTSD-205.1 | Understand structural modeling techniques. |
| MTSD-205.2 | Explain concepts, terminology and rules used in software. |
| MTSD-205.3 | Analyze structural geometry using software. |
| MTSD-205.4 | Evaluating internal forces, displacements and other parameters for structural design. |
| COs | Computational Lab-II (MTSD-206) |
| MTSD-206.1 | Recall the importance of Object oriented programming in civil engineering. |
| MTSD-206.2 | Application of C++ programming for structural engineering problems. |
| MTSD-206.3 | Evaluate the value of computational laboratory in design and drawing of building components and connections. |
| MTSD-206.4 | Development of Finite element programming to solve problems related to civil engineering using matrix method. |
Semester 3
| COs | Design of Structures-III (MTSD-301) |
| MTSD-301.1 | Describe properties of structural steel and its IS specification with various types of connections. |
| MTSD-301.2 | Explain Bunkers, Silos, Chimneys & Marine Structures. |
| MTSD-301.3 | Apply the principles and current code requirements to the analysis and design of reinforced concrete beams. |
| MTSD-301.4 | Compare methods of computing static pressure. |
| MTSD-301.5 | Evaluate the reinforcement used in RCC structure. |
| MTSD-301.6 | Design elements of RCC structures. |
| COs | Professional Practice (MTSD-302) |
| MTSD-302.1 | Describe the importance of structural design engineer & architects. |
| MTSD-302.2 | Explain different types of contracts. |
| MTSD-302.3 | Use of Tax planning & professional associations. |
| MTSD-302.4 | Analyse Professional fees and accounting procedures. |
| MTSD-302.5 | Construct office organization & structure. |
| COs | Computational Lab-III (MTSD-303) |
| MTSD-303.1 | Outline the basic 2D ,3D modeling in CAD software. |
| MTSD-303.2 | Illustrate auto LISP programming for structural detailed drawing. |
| MTSD-303.3 | Evaluate the importance of application of professional software in structural engineering. |
| MTSD-303.4 | Design advanced softwares for introduction of artificial intelligence in structural design domin. |
| COs | Seminar & Technical Writing (MTSD-304) |
| MTSD-304.1 | Identify relevant information, defining and explain topics under discussion. |
| MTSD-304.2 | Understand problem solving skills and apply theoretical knowledge. |
| MTSD-304.3 | Demonstrate the ability to learn and write both informal (scientific note taking) and formal (research paper) writing. |
| MTSD-304.4 | Calculate information, use and apply relevant theories. |
| MTSD-304.5 | Judge when to speak and how much to say, speak clearly and audible in a manner appropriate to the subject. |
| MTSD-304.6 | Develop ideas through creating work. |
| COs | Dissertation Phase-1 (MTSD-305) |
| MTSD-305.1 | Identify the complex engineering problems. |
| MTSD-305.2 | Understand different methodology for documentation as report. |
| MTSD-305.3 | Demonstrate systematic understanding and sound technical knowledge of their topic of project. |
| MTSD-305.4 | Examine the key stages to analyze / develop the project. |
| MTSD-305.5 | Select the suitable method which leads to appropriate results. |
| MTSD-305.6 | Design engineering solutions to various problems used to benefit society. |
| COs | Design of Bridge (MTSD-308) |
| MTSD-308.1 | Define basic concept of Bridge Engineering. |
| MTSD-308.2 | Understand various parameters of Bridge. |
| MTSD-308.3 | Choose various types of Bridges with their uses. |
| MTSD-308.4 | Compare various types of bridges. |
| MTSD-308.5 | Evaluate various types of Bridges. |
| MTSD-308.6 | Formulate proper designing of Bridges according to their codal provisions. |
Semester 4
| COs | Dissertation (MTSD-401) |
| MTSD-401.1 | Identify the research topic/area in the field of Structure Design to carry out independent research. |
| MTSD-401.2 | Understand the process to carry out research in written format and report your result and conclusion with reference to existing literature. |
| MTSD-401.3 | Demonstrate appropriate reference and writing skills to report writing. |
| MTSD-401.4 | Analyze and synthesize research finding to the agreed area of research. |
| MTSD-401.5 | Evaluate the methods and knowledge to solve the specific research problem. |
| MTSD-401.6 | Develop result on the basis of evaluation and analysis undertake. |
