Diploma In Civil Engineering

Diploma in Civil Engineering

Mr. Manish Gawai

Head of the Department

Qualification : M-Tech Structural Engineering
Publications : 5

HOD Message : Welcome to Diploma Civil Engineering Program at Suryodaya College of Engineering and Technology, Nagpur. I have the honour of directing the Civil Engineering Program, together with our well qualified faculty and staff. It’s my pleasure to inspire the students to achieve Program Educational Objectives (PEOs) framed by MSBTE as per NBA guidelines.

Vision

“To provide technical knowledge, entrepreneurship skill and quality education to develop technocrats for industry.”

Mission

  • M1 : To imparts quality education to both theoretical and practical aspects of Civil Engineering.
  • M2 : To creates highly skilled individuals capable of working in industries as wel as entrepreneurs.
  • M3 : To inculcate ethical and moral values among students.

PEO

STATEMENT

PEO1

 Provide socially responsible, environment friendly solutions to Civil engineering related broad-based problems adapting professional ethics.

PEO2

 Adapt state-of-the-art Civil engineering broad-based technologies to work in multidisciplinary work environments.

PEO3

 Solve broad-based problems individually and as a team member communicating effectively in the world of work.
 
PO1 : Basic and Discipline Specific Knowledge: Apply knowledge of basic Mathematics, Science, Engineering fundamentals and engineering specialization to solve the engineering problems.
PO2 : Problem Analysis: Identify and analysis well-defined engineering problems using codified standard methods.
PO3 : Design/Development of Solutions: Design solutions for well-defined technical problems and assist with the design of systems components or processes to meet specified methods.
PO4 : Engineering Tools, Experimentation And Testing: Apply modern engineering tools and appropriate technique to conduct standard tests and measurements.
PO5 : Engineering Practices for Society, Sustainability And Environment: Apply appropriate technology in context of society, sustainability, environment and ethical practices.
PO6 : Project Management: Use engineering management principles individually, as a team member or a leader to manage projects and effectively communicate about well-defined engineering activities.
PO7 : Life-Long Learning: Ability to analyse individual needs and engage in updating in the context of technological changes

PSO

STATEMENT

PSO1

 Construction Planning and Designing: Perform optimal civil engineering construction, planning and designing activities of desired quality at optimal cost.

PSO2

 Construction Execution and Maintenance: Execute civil engineering construction and maintenance using relevant materials and equipment.

PROGRAMME: DIPLOMA IN CIVIL ENGINEERING
PROGRAMME CODE: CE                                                  SEMESTER: FIRST
COURSE TITLE: BASIC MATHEMATICS                    COURSE CODE: 311302
CO1 Apply the concepts of algebra to solve engineering (discipline) related problems.
CO2 Utilize trigonometry to solve branch specific engineering problems.
CO3 Solve area specific engineering problems under given conditions of straight lines.
CO4 Apply differential calculus to solve discipline specific problems.
CO5 Use techniques and methods of statistics to crack discipline specific problems.
COURSE TITLE: BASIC SCIENCE
COURSE CODE: 311305
CO1 Use basic instruments to measure the physical quantities in various engineering situations.
CO2 Apply the basic principles of electromagnetics to solve given engineering problems.
CO3 Apply basic principles of thermometry and fibre optics to solve engineering problems..
CO4 Apply differential calculus to solve discipline specific problems.
CO5 Use techniques and methods of statistics to crack discipline specific problems.
COURSE TITLE: CIVIL ENGINEERING WORKSHOP
COURSE CODE: 311010
CO1 Use the relevant type of firefighting equipment in the given situation
CO2 Undertake the various construction activities at site.
CO3 Perform the masonry work for the given situation.
CO4 Carry out the specified Plumbing work in the given situation
CO5 Prepare the simple job using relevant sheet metal tools.
CO6 Use the relevant tools for the specified carpentry work.
COURSE TITLE: COMMUNICATION SKILLS (ENGLISH)
COURSE CODE: 311303
CO1 Construct grammatically correct sentences in English.
CO2 Compose paragraphs and dialogues on given situations.
CO3 Comprehend passages correctly.
CO4 Use contextual words in English appropriately.
CO5 Deliver effective presentations in English using appropriate body language.
COURSE TITLE: ENGINEERING GRAPHICS (Civil, Electrical, Mechanical and allied branches)
COURSE CODE: 311006
CO1 Draw geometrical figures and engineering curves
CO2 Apply principles of orthographic projections for drawing given pictorial views..
CO3 Draw isometric views of given component or from orthographic projections.
CO4 Use various drawing codes, conventions and symbols as per IS SP-46 in engineering drawing.
CO5 Draw free hand sketches of given engineering elements.
COURSE TITLE: FUNDAMENTALS OF ICT
COURSE CODE: 311001
CO1 - Use computer system and its peripherals for given purpose.
CO2 Prepare Business document using Word Processing Tool.
CO3 Analyze Data and represent it graphically using Spreadsheet.
CO4 Prepare professional Slide Show presentations.
CO5 Use different types of Web Browsers and Apps.
CO6 Explain concept and applications of Emerging Technologies.
COURSE TITLE: YOGAAND MEDITATION
COURSE CODE: 311003
CO1 Practice basic Yoga and Pranayama in daily life to maintain physical and mental fitness
CO2 Practice meditation regularly for improving concentration and better handling of stress and anxiety.
CO3 Follow healthy diet and hygienic practices for maintaining good health.
PROGRAMME: DIPLOMA IN CIVIL ENGINEERING
PROGRAMME:  CE                                                                     SEMESTER: SECOND
COURSE TITLE: APPLIED  MATHEMATICS                                  COURSE CODE: 22201
CO1 Calculate Equation of Tangent, maxima, minima, radius of curvature by differentiation.
CO2 Solve the given problem of integration using suitable method.
CO3 Apply the concept of integration to find area and volume.
CO4 Solve the Equation order by first order and first degree using suitable method.
CO5 Apply the numerical concept to investigate the area.
COURSE TITLE: APPLIED SCIENCE                                    COURSE CODE: 22202
CO1 Select relevant material in industry by analyzing its physical properties.
CO2 Apply laws of motion in various applications.
CO3 Use LASERs, X-Rays and photo electric sensors.
CO4 Select the relevant metallurgical process related to industrial applications.
CO5 Use relevant water treatment process to solve industrial problems
CO6 Use relevant fuel in relevant applications
COURSE TITLE: APPLIED MECHANICS 
COURSE CODE: 22203
CO1 Identify the force systems for given conditions by applying the basics of mechanics.
CO2 Select the relevant simple lifting machines ( s ) for given purposes
CO3 Determine unknown forces ( s ) of different engineering systems.
CO4 Check the stability of various force systems.
CO5 Apply the principles of friction in various conditions for useful purposes
CO6 Find the centroid and centre of gravity of various components in engineering systems.
COURSE TITLE: CONSTRUCTION MATERIALS
COURSE CODE: 22204
CO1 Identify relevant construction materials.
CO2 Identify relevant natural construction materials.
CO3 Select relevant artificial construction materials.
CO4 Select relevant special type of construction materials
CO5 Select relevant finishing materials for construction.
COURSE TITLE: BASIC SURVEYING
COURSE CODE: 22205
CO1 Select the type of survey required for given situation.
CO2 Compute area open field using chain, tape and cross staff.
CO3 Conduct traversing in the field using chain and compass.
CO4 Use leveling instruments to determine reduced level of ground points.
CO5 Draw/interpret contour maps of an area collecting field data.
CO6 Use digital planimeter to calculate the areas.  
COURSE TITLE: CIVIL ENGINEERING WORKSHOP 
COURSE CODE: 22208
CO1 Identify the various construction activities at site.
CO2 Perform masonry job activities
CO3 Perform plumbing job activities
CO4 Identify finishing jobs related to building construction
CO5 Identify the various components of typical civil structures like road, culvert/bridges
COURSE TITLE: BUSINESS COMMUNICATION USING COMPUTERS
COURSE CODE: 22209
CO1 Communicate effectively by avoiding barriers in various formal and informal situations.
CO2 Communicate skillfully using non-verbal methods of communication
CO3 Give presentations by using audio- visual aids
CO4 Write reports using correct guidelines
CO5 Compose e-mail and formal business letters
PROGRAMME: DIPLOMA IN CIVIL ENGINEERING
PROGRAMME CODE: CE                                                  SEMESTER: THIRD
COURSE TITLE: ADVANCE SURVEYING                   COURSE CODE: 22301
CO1 Prepare plans using Plane Table Surveys.
CO2 Prepare plans using Theodolite surveys.
CO3 Find distances and elevations using Tacheometer.
CO4 Set out simple circular curves.
CO5 Prepare plans using Total Station instrument.
COURSE TITLE: HIGHWAY ENGINEERING
COURSE CODE: 22302
CO1 Identify the types of roads as per IRC recommendations.
CO2 Implement the geometrical design features of different highways.
CO3 Perform different tests on road materials.
CO4 Evaluate traffic flow characteristics.
CO5 Implement hill road construction using relevant materials, techniques and methods.
CO6 Undertake maintenance of roads and drainage.
COURSE TITLE: MECHANICS OF STRUCTURE
COURSE CODE: 22303
CO1 Articulate practical applications of moment of inertia of symmetrical and unsymmetrical structural sections.
CO2 Interpret structural behaviour of materials under various loading conditions.
CO3 Select materia) considering engineering properties for various structural applications.
CO4 Interpret shear force and bending moment diagrams for various types of beams and loading conditions.
CO5 Determine the bending and shear stresses in beams under different loading conditions.
CO6 Check the column safety for various loading and end conditions.
COURSE TITLE: BUILDING CONSTRUCTION
COURSE CODE: 22304
CO1 Identify components of building structures.
CO2 Propose suitable type of foundation for building structures.
CO3 Select suitable type of masonry for building structures.
CO4 Propose relevant means of communications for different types of buildings.
CO5 Select the relevant material for finishing works.
CO6 Execute safe practices in building construction activities.
COURSE TITLE: CONCRETE TECHNOLOGY
COURSE CODE: 22305
CO1 Use relevant types of cement in different site conditions.
CO2 Use relevant aggregates for required concrete works.
CO3 Prepare concrete of desired compressive strengths.
CO4 Prepare concrete of required specifications.
CO5 Maintain the quality of concrete.
CO6 Use relevant admixtures for concreting for different weather conditions.
COURSE TITLE: COMPUTER AIDED DRAWING
COURSE CODE: 22022
CO1 Interpret the given 2-dimensional drawing.
CO2 Use CAD software for drafting and editing 2-dimensional drawings.
CO3 Locate the dimensions of the drafted drawing.
CO4 Draw the isometric and 3- dimensional drawings.
PROGRAMME: DIPLOMA IN CIVIL ENGINEERING
PROGRAMME CODE: CE                                                  SEMESTER: FOURTH 
COURSE TITLE: HYDRAULLICS 
COURSE CODE: 22401
CO1 Interpret the pressure parameters from pressure measuring devices in flowing liquids.
CO2 Determine total hydrostatic pressure and centre of pressure for different conditions.
CO3 Use relevant fluid flow parameters in different situations.
CO4 Determine the loss of head of fluid flow through pipes.
CO5 Find the fluid flow parameters in open channels.
CO6 Select relevant hydraulic pumps for different applications.
COURSE TITLE: THEORY OF STRUCTURE 
COURSE CODE: 22402
CO1 Analyze stresses induced in vertical member subjected to direct and bending loads.
CO2 Analyze slope and Deflection in beams under different loading conditions.
CO3 Analyze end moments of fixed beams.
CO4 Analyze continuous beam under different loading conditions using the principles of Three Moments.
CO5 Analyze continuous beam using Moment Distribution Method under different loading conditions.
CO6 Evaluate axial forces in the members of simple truss.
COURSE TITLE: RAILWAY and BRIDGE ENGINEERING 
COURSE CODE: 22403
CO1 Identify the components of railway tracks.
CO2 Maintain the railway tracks.
CO3 Diagnose the condition of bridges.
CO4 Maintain different types of railway bridges and their components.
CO5 Maintain different types of tunnels.
COURSE TITLE: GEOTECHNICAL ENGG
COURSE CODE: 22404
CO1 Identify types of rocks and sub soil strata of earth.
CO2       Interpret the physical properties of soil related to given construction       activities
CO3 Use the results of permeability and shear strength test for foundation analysis.
CO4 Interpret the soil bearing capacity results.
CO5 Compute optimum values for moisture content for maximum dry density of soil through various tests
COURSE TITLE: BUILDING PLANNING and DRAWING
COURSE CODE: 22405
CO1 Interpret the symbols, signs and conventions from the given drawing.
CO2 Prepare line plans of residential and public buildings using principles of planning.
CO3 Prepare submission and working drawing from the given requirement for Load Bearing Structure.
CO4 Prepare submission and working drawing from the given requirement for Framed Structure.
CO5 Draw Two point perspective drawing for given small objects.
COURSE TITLE: ENVIRONMENTAL STUDIES 
COURSE CODE: 22447
CO1 Develop Public awareness about environment
CO2 Select alternative energy resources for Engineering Practice
CO3 Conserve Ecosystem and Biodiversity
CO4 Apply techniques to reduce Environmental Pollution
CO5 Manage social issues and Environmental Ethics as lifelong learning
PROGRAMME: DIPLOMA IN CIVIL ENGINEERING
PROGRAMME CODE: CE                                                  SEMESTER: FIFTH
COURSE TITLE: WATER RESOURCES ENGINEERING
COURSE CODE: 22501
CO1 Estimate Hydrological Parameters
CO2 Estimate Crop Water Requirement of A Command Area And Capacity Of Channels
CO3 Maintain Irrigation Structures
CO4 Execute Minor And Micro Irrigation Scheme
CO5 Select The Relevant Diversion Head works For The Specific Site Conditions
CO6 Design , Construct And Maintain Simple Canal Structures
COURSE TITLE: DESIGN OF STEEL & RCC STRUCTURE
COURSE CODE: 22502
CO1 Use steel table and IS code 800:2007 at work sites.
CO2 Design the connections for the given steel joints.
CO3 Analysis and design of singly reinforced rectangular beams.
CO4 Design of shear reinforcement and development length for beam and slabs.
CO5 Design various slabs for the given edge condition
CO6 Design of axially loaded short columns and footings
COURSE TITLE: ESTIMATING AND COSTING
COURSE CODE: 22503
CO1 Select the modes of measurements for different items of work.
CO2 Prepare approximate estimate of a civil engineering works.
CO3 Prepare detailed  estimate of a civil engineering works.
CO4 Justify the rate for given items of work using rate analysis techniques.
CO5 Use relevant software for estimating the quantities and cost of items of work.
COURSE TITLE: PUBLIC HEALTH ENGINEERING
COURSE CODE: 22504
CO1 Identify the sources and characteristics of water and waste water
CO2 Estimate the quantity of drinking water and wastewater.
CO3 Draw labelled systems of plumbing for building sanitation.
CO4 Draw the flow diagram for process of treatment of water and waste water
CO5 Identify various accessories for efficient conveyance and distribution of water
COURSE TITLE: TRAFFIC ENGINEERING
COURSE CODE: 22507
CO1   Analyze the road traffic characteristics.
CO2 Undertake various types of road traffic studies.
CO3 Use the relevant road traffic signs and markings.
CO4   Select the relevant road signals for the given traffic islands
CO5 Maintain the road environment
CO6 Suggest preventive measures to avoid accidents by analyzing the traffic conditions at site.
COURSE TITLE: INDUSTRIAL TRAINING
COURSE CODE: 22057
CO1 Communicate Effectively
CO2 Prepare & Present The Report Of The Work Carried Out
CO3 Exercise Time Management & Safety In The Work Environment
CO4 Working In The Team
CO5 Demonstrate Various Quality Assurance
CO6 Exhibit Work Carried Out
COURSE TITLE: CAPSTONE PROJECT PLANNING
COURSE CODE: 22058
CO1 Write the problem/task specification in existing systems related to the occupation
CO2 Select, collect and use required information/knowledge to solve the problem/complete the task.
CO3 Logically choose relevant possible solutions and Consider the ethical issues related to the project 
CO4 Assess the impact of the project on society
CO5 Prepare ‘project proposals’ with action plan and time duration scientifically before beginning of project.
CO6 Communicate effectively and confidently as a member and leader of team.
PROGRAMME: DIPLOMA IN CIVIL ENGINEERING
PROGRAMME CODE: CE                                                  SEMESTER: SIXTH
COURSE TITLE: Management
COURSE CODE: 22509
CO1 Use basic management principles to execute daily activities.
CO2 Use principles of planning and organising for accomplishment of tasks.
CO3 Use principles of directing and controlling for implementing the plans.
CO4 Apply principles of safety management in all activities.
CO5 Understand various provisions of industrial acts.
COURSE TITLE: Contracts and Accounts
COURSE CODE: 22601
CO1 Execute the method of PWD for initiating the works.
CO2 Execute the contract for civil engineering works.
CO3 Prepare the tender documents for civil engineering work.
CO4 Use the relevant type of form used in PWD to pay the bill of the executed work
CO5 Prepare the detailed specification for various items of construction.
CO6 Justify the rent fixation of civil structures.
COURSE TITLE: Maintenance and Repairs of Structures
COURSE CODE: 22602
CO1 Select the relevant method of maintaining different building structures.
CO2 Test the structures to predict its stability
CO3 Select the relevant materials for repair of structures.
CO4 Apply the relevant methods of repair for the masonry structures.
CO5 Restore the damages of building structural elements using suitable method of repair.
CO6 Prepare the structural audit and budget for the maintenance of structures.
COURSE TITLE: Emerging Trends in Civil Engineering
COURSE CODE: 22603
CO1 Reveal different applications of software for planning, designing and execution of projects.
CO2 Suggest the advanced materials as per site condition.
CO3 Recommend the suitable tools and equipment for the given situation.
CO4 Suggest the advanced resource management techniques for the given project.
CO5 Use the feasible advance techniques for various civil engineering projects.
COURSE TITLE: Capstone Project -Execution & Report Writing
COURSE CODE: 22060
CO1 Implement the planned activity individually and/or as team.
CO2 Select, collect and use required information/knowledge to solve the identified problem.
CO3 Take appropriate decisions based on collected and analysed information.
CO4 Ensure quality in product.
CO5 Incorporate energy and environment conservation principles.
CO6 Consider the ethical issues related to the project (if there are any).
CO7 Assess the impact of the project on society (if there is any).
CO8 Communicate effectively and confidently as a member and leader of team.
CO9 Prepare project report after performing due plagiarism check using appropriate tools.
COURSE TITLE: Entrepreneurship Development
COURSE CODE: 22032
CO1 Identify your entrepreneurial traits.
CO2 Identify the business opportunity that suits you.
CO3 Use the support systems to zero down to your business idea.
CO4 Develop comprehensive business plans.
CO5 Prepare plans to manage the enterprise effectively.
COURSE TITLE: ADVANCE DESIGN OF STRUCTURE
COURSE CODE: 22607
CO1 Design the steel tension members under different loading conditions.
CO2 Design the steel compression members under different loading conditions.
CO3 Design the doubly-reinforced rectangular RCC beams under different loading conditions.
CO4 Design the Flanged RCC beams under different loading conditions.
CO5 Design waist slabs of RCC dog legged staircase.
CO6 Design the circular columns and the isolated RCC rectangular column footings.
Sr. No Name of faculty Designation Qualification Email Id Experience
1 Mr. Manish Gawai H.O.D. M.Tech (Structural Engineering) [email protected] 5
2 Ms. Rushali Mane Lecturer M.Tech (Enviromental Engineering) [email protected] 16
3 Ms. Minaskshi Kawale Lecturer BE (Civil Engineering) [email protected] 4
4 Ms. Ruchi Chandel Lecturer M.Tech (Structural Engineering) [email protected] 8
5 Ms. Shubhangi Meshram Lecturer M.Tech (Structural Engineering) [email protected] 3
6 Mr. Shivam Kalode Lecturer BE (Civil Engineering) [email protected] 1
Sr. No. Name of Industry/Institute Date of MoU Activity Under MoU
1 Training Institute of Engineers (TIE), Chandrapur 1/2/2023 Guest Lecture and Workshop on Application of Total Station surveying
2 CAD-DeskTraining Institute Nagpur 1/10/2022 Guest Lecture  on Emerging Software in Civil Engineering
3 Structify Consultancy , Nagpur 3/3/2022 Industrial Visit at Ready Mix plant
4 TR Infra Structural Consultant, Nagpur 4/1/2022 Six week industrial Training
  • EXPERT LECTURE/ WORKSHOP
 

Sr. No

 Name of Expert with Designation Title Date

No. of Participant
1 Mr. Monish Sheikh (Structure Engineer) Seminar on  Advance Structure design 11-04- 2022 52
2 Mr. Amrendra Singh (Retd. General Manager WCL, Umrer, Nagpur) One day Workshop on Non- Destructive Test 01-09-2022 60
3 Mr. Akshay Doble (Director CAD-desk) Nagpur Emerging Software’s In Civil Engineering 09-02-2023 90
4 Mr. Ganesh Mahalle (Director Training Institute for Engineers , Chandrapur) Application of Total Station Surveying 08-03-2023 90
Sr.  No Name of Lab Major Equipment Cost Image
1 Surveying Theodolite with tripod stand 33000 /-
Dumpy level with stand 44900 /-
Digital Plannimeter 45000/-
Dumpy level with stand 8500 /-
Auto level with tripod stand 14500 /-
Plain table with all accessories 14500 /-
2 Geotechnical  Engineering Direct shear apparatus 69500.00/-
Unconfined load frame 24650.00/-
permeability apparatus with Overhead tank 19000.00/-
Vane shear apparatus 45000.00/-
Sieve shaker  motorized fitted with1/4 HP motor with timer 28200.00/-
3 Applied Mechanics Universal force table 12,200/-
Worm & worm wheel 8,600/-
Differential Wheel and Axle 3850 /-
Screw Jack 9900 /-
3 Concrete Technology Compaction Factor Test Apparatus 24500.00
Le-Chatellier Apparatus 4400.00
Vibrating Machine 32000.00
Slump cone apparatus 2,600/-
4 Environmental Engineering BOD Incubator 42000 /-
Jar Test Apparatus 21600 /-
Do Meter 9,800 /-
Muffle Furnace 16500 /-
5 Strength of Material Universal Testing  Machine 396000/-
Compression Testing  Machine 1,55,000/-
Torsion Testing  Machine 70000/-
Concrete Mixer 46,000/-
6 Fluid Mechanics Pelton Wheel Turbine Test 1 HP 97000/-
Centrifugal Pump Test 1 HP 70000/-
Reciprocation Pump Test 58000/-
Reynolds Apparatus 46000/-