Department of Civil Engineering

About Us

Our vision is to produce excellent engineers that brings out with high technical competencies and promotes high-end research to meet the current and future challenges in professional and research assignments in civil engineering and allied fields. Our department is ready to provide students with fundamental knowledge of engineering and build up career of students in government and private sector. We also plan to develop leadership skill, entrepreneurial skills in students. We also help to finding out knowledge inside of them and according to that we will guide for making bright career in future. I look forward for preparing my students to face the challenges regarding engineering and technology, research area, becoming a successful entrepreneur who might be helpful for the betterment of the society and our nation The department has well-equipped laboratories like as,

Laboratories

Building Construction and Material Lab
Strength Of Material Lab
Geotechnical Engineering Lab
Material Testing Lab
Surveying Lab
Environmental Engineering Lab

The students and the faculty are actively involved in carrying out UBA projects. Department organizes various events for developing extracurricular activities of students under CESA committee.

Department of Civil Engineering

Vision

To be the Centre for excellence in the development of competent civil engineers skill-up with the demand driven technologies.

Mission

To impart knowledge with emphasis on the development of leadership qualities required by industry and employment.
To provide quality education and to encourage students for higher education, various career enhancing courses and competitive exams for a successful career in civil engineering field.
To have regular interaction with industry and offer solutions to their problems.

Department of Civil Engineering

Head of the Department

Prof. D. G. Wankhede

Designation - Assistant Professor (HOD) Qualification - BE,ME (Structural Engineering) PhD (Perusing) Area of Specialization - Structural Engineering Experience - 11 Years, 02 Months Area of Specialization - Structural Engineering Publication - International -11 Email id - dhirajwankhede205@gmail.com

Our vision is to produce excellence engineers that brings out with high technical competencies and promotes high-end research to meet the current and future challenges in professional and research assignments in civil engineering and allied fields.
Our department is ready to provide students with fundamental knowledge of engineering and build up career of students in government and private sector. We also plan to develop leadership skill, entrepreneurial skills in students. We also help to finding out knowledge inside of them and according to that we will guide for making bright career in future.
I look forward for preparing my students to face the challenges regarding engineering and technology, research area, becoming a successful entrepreneur who might be helpful for the betterment of the society and our nation.

The department has well-equipped laboratories like as,

Building Construction and Material Lab
Strength Of Material Lab
Geotechnical Engineering Lab
Material Testing Lab
Surveying Lab
Environmental Engineering Lab

The students and the faculty are actively involved in carrying out UBA projects. Department organizes various events for developing extracurricular activities of students under CESA committee.

Department of Civil Engineering

Faculty

Prof. A. B.Adhao

Designation - Assistant Professor Qualification - BE (Civil),ME (Structural Engineering) Area of Specialization - Structural Engineering Experience - 8 Years Publication - International -02 Email id - atul.adhao@stc.org.in

Prof. I .A. Rehman

Designation - Assistant Professor Qualification - B-Tech (Civil),ME (Construction & Management Engg.(Pursing)) Area of Specialization - Construction & Management Engg. Experience - 1 Year Publication - International -01 Email id - iffatrehman28@gmail.com

Prof .V.K. Ingle

Designation - Assistant professor Qualification - B.E.(Civil Engineering), M. Tech(Environmental Engg.(Pursing)) Area of Specialization - Environmental Engineering Experience - 2 Years, 09 Months Publication - International Publication -01 Email id - vkingle02@gmail.com

Prof. A. S. Lavhale

Designation - Assistant Professor Qualification - BE (Civil Engineering ) Area of Specialization - Civil Engineering Experience - Fresher Publication - International Publication -00 Email id - ashishlavhale05@gmail.com

Laboratories
Laboratories

Placement
Placements

Achievement
Student Achievements

Student Commitee
Student chapter CESSA Commitee

Student Projects
Student Projects

Guest Lectures
Guest Lectures

Department of Civil Engineering

Learning Outcomes

Program Outcomes (POs)

PO-1: Engineering knowledge – Apply the knowledge of mathematics, science, engineering fundamentals for the solution of complex problems in Electronics and Telecommunication engineering.
PO-2: Problem analysis – Identify, formulate, research literature, and analyze complex Electronics and Telecommunication engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
PO-3: Design/development of solutions – Design solutions for complex engineering problems and design system components or processes that meet the specified needs of Electronics and Telecommunication engineering with appropriate consideration for public health and safety, and cultural, societal aspects.
PO-4: Conduct investigations of complex problems – Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data and synthesis of the information to provide valid conclusions for Electronics and Telecommunication engineering problems.
PO-5: Modern tool usage – Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools, including predicti

Department of Civil Engineering

Learning Outcomes – Civil Engineering Program

Program Specific Outcomes (PSOs)

A graduate of the Civil Engineering Program will demonstrate:

PSO-1: Professional Skills – Familiarize civil engineering components and systems.
PSO-2: Successful Career and Entrepreneurship – Enhancing the employability skills by making the students capable of qualifying competitive examinations related to civil engineering, also providing platforms in creating innovative career paths to be an entrepreneur and a zest for higher studies.

Department of Civil Engineering

Program Educational Objectives (PEOs)

A graduate of the Civil Engineering Program should:

PEO-1: To develop the confidence and competency among students to synthesize data and technical concepts and thereby apply it in genuine problems in business and industry domains.
PEO-2: Actively engage in problem-solving utilizing engineering principles to address the evolving desiderata of the society.
PEO-3: Make ethical decisions and demonstrate a commitment to accommodation to the vocation and society.
PEO-4: To provide students with a sound substratum in mathematical, scientific and engineering fundamentals obligatory to formulate, solve and analyze engineering problems and to prepare them for graduate studies.

Department of Civil Engineering - Course Outcomes (COs)

Course	CO	Statement
Engineering Mathematics-III	3CE01.1	Demonstrate the knowledge of differential equations and partial differential equations, applied to electrical engineering systems.
	3CE01.2	Apply Laplace transform to solve differential equations
	3CE01.3	Demonstrate the use of Partial Differential Equations.
	3CE01.4	Compute different Numerical Methods
	3CE01.5	Apply the knowledge of Complex Analysis
	3CE01.6	Demonstrate the basic concepts of probability and statistics.
Strength of Materials	3CE02.1	To understand the basics of material properties, stress and strain
	3CE02.2	To apply knowledge of mathematics, science, for engineering applications
	3CE02.3	To identify, formulate, and solve engineering & real life problems
	3CE02.4	To design and conduct experiments, as well as to analyze and interpret action and reaction data.
	3CE02.5	To understand specific requirement from the component to meet desired needs within realistic constraints of safety.
Building Construction & Engineering. Geology	3CE03.1	To understand Load bearing and Frame structure.
	3CE03.2	To recognize various types of construction material and its suitability
	3CE03.3	To recognize the various levels in building and its need.
	3CE03.4	To know types of staircase, doors, windows and other related fixtures.
	3CE03.5	To recognize types of rock and minerals and its construction properties.
	3CE03.6	To know reason for earthquake and seismic waves.
Transportation Engineering	3CE04.1	To identify type of roads and its utility.
	3CE04.2	To understand the application of various road studies at time of survey and actual construction
	3CE04.3	To design the various types of road pavements.
	3CE04.4	To understand rules regulations, signals, type of gauges and railway sleepers density.
	3CE04.5	To recognize the Airport features and design concept of components for Aero plains movement.
	3CE04.6	To identify types and components of Tunnels and bridges and its design components.
Concrete Technology & RCC	3CE05.1	To know need and composition of binding material, cement.
	3CE05.2	To recognize concrete and RCC and will be able to perform desired test for suitability
	3CE05.3	To analyze RCC Components like slab and lintels.
	3CE05.4	To decide and utilize the admixtures as per the need of Concrete.
	3CE05.5	To understand importance of mix design.
Building Planning Designing & CAD	4CE01.1	To make engineering drawings by First angle and Third angle method.
	4CE01.2	To apply building planning principles practically while developing projects.
	4CE01.3	To study the climatic conditions and decide the corresponding provision in structure.
	4CE01.4	To know about Bylaws, Town development authority rules and terms.
	4CE01.5	To draw various plans manually and computationally
Hydrology & Water Resource Engineering	4CE02.1	Explain the hydrology and hydrological data.
	4CE02.2	To analyze the hydrological methods for runoff.
	4CE02.3	Evaluate the ground water hydrological problems.
	4CE02.4	Explain the need of irrigation systems and its alternatives.
Surveying	4CE03.1	Define principles of Surveying, Remote Sensing and Geomatics.
	4CE03.2	Describe different instruments, tools, applications and techniques to determine the positions on the surface of the earth, change detection.
	4CE03.3	To perform Linear measurement methods of surveying.
	4CE03.4	Differentiate the techniques for setting out alignments, curves, other layouts, modern survey systems etc.
	4CE03.5	To perform survey at elevation and conduct Plane Table survey.
Geotechnical Engineering– I	4CE04.1	To determine the Index properties and Atterberg limits for soil classification.
	4CE04.2	To understand the mechanics of compaction and quality control in field.
	4CE04.3	To explain permeability of soil and methods of dewatering.
	4CE04.4	To calculate the seepage discharge and design the graded filter.
	4CE04.5	To understand the concept of consolidation and stress distribution in soil mass.
Structural Analysis– I	4CE05.1	To decide what is required to be analyzed depending upon type of structural element.
	4CE05.2	To know about degree of freedom, Condition of equilibrium and determinacy of element.
	4CE05.3	To understand reason for failure and permissible limits for safety.
	4CE05.4	To apply the knowledge of beam analysis for practical analysis and design purpose.
	4CE05.5	To make application of various analysis methods for actual structural member analysis and design.
	4CE05.6	To know merits for utilization of suspension, 2 hinged and 3 hinged arches.
Design of Reinforced & Prestressed Concrete Structures	5CE01.1	To analyze and design of rectangular section.
	5CE01.2	To analyze and design of slab.
	5CE01.3	To analyze and design of staircase and retaining wall.
	5CE01.4	To analyze and design of column and footing.
	5CE01.5	To understand grid slab and ductile detailing.
	5CE01.6	Explain the general behavior of PC sections under external load.
Surveying and Geometics	5CE02.1	Understand the use of different types of curves and their field implications.
	5CE02.2	Understand the triangulation adjustment.
	5CE02.3	Understand the hydrographic survey.
	5CE02.4	Acquire skills in handling spatial data base warehousing and mining.
	5CE02.5	Understand the surveying with advance instrument like remote sensing, GPS and GIS
Numerical Methods And Computer Programming	5CE03.1	To use spreadsheet software for solving civil engineering problems.
	5CE03.2	To impart knowledge to analyze, solve, design and code numerical method problems using C language.
	5CE03.3	To impart knowledge to analyze, solve, design and code civil engineering problems using C language.
Professional Elective-I (Highway Construction and Management)	5CE04.1	Explain the basic concepts about highway engineering
	5CE04.2	To design geometric elements of the highway.
	5CE04.3	To design the various types of road pavements with construction and maintenance of highway.
	5CE04.4	To carry out traffic studies and implement traffic regulation and control measures and intersection design.
	5CE04.5	To apply the knowledge to prevent the road accidents
Open Elective (Basics Of Building Construction)	5CE05.1	To understand Load bearing and Frame structure with their foundations.
	5CE05.2	To recognize various types of construction material and its suitability
	5CE05.3	To recognize the various levels in building and its need.
	5CE05.4	To know types of openings, doors, windows and other related fixtures.
	5CE05.5	To recognize types of rock and minerals and its construction properties
	5CE05.6	To understand the basic concepts of DPC, fireproof, soundproof and expansion joints in structure.
Design of Steel Structures	6CE01.1	To explain the methods of design of steel structure.
	6CE01.2	To design bolted and welded connection.
	6CE01.3	To identify the different failure modes of bolted and welded connections, and determine their design strengths.
	6CE01.4	To design the Tension and compression member.
	6CE01.5	To identify and compute the design loads on a typical steel roof trusses.
	6CE01.6	To design basic elements of steel structure like beams, column and bases.
Environmental Engineering-I	6CE02.1	Define and explain the significance of terms and parameters frequently used in water supply engineering.
	6CE02.2	Evaluate the influence of the different parameter in design and treatment of water treatment plant (water quality parameters).
	6CE02.3	Basic methodology for water treatment (viz., sedimentation, coagulation, flocculation, filtration, disinfection and water softening.)
	6CE02.4	An understanding of water quality criteria and standards, and their relation to public health.
Fluid Mechanics	6CE03.1	Describe basic properties of fluid flow
	6CE03.2	Apply the knowledge to fluid flow problems.
	6CE03.3	Analyze the type of flow by using basic of mathematical principle.
	6CE03.4	Solve and modeling the pipe flow problems.
Professional Elective-II (Advanced Construction Materials)	6CE04.1	To understand special type of concrete and supplementary cementitious materials.
	6CE04.2	To recognize various types of metals and new alloy steels.
	6CE04.3	To understand Thermal and Sound insulating materials.
	6CE04.4	To know types of construction chemicals and wastes.
	6CE04.5	To recognize types of shoring and formwork materials.
	6CE04.6	To understand the elementary concept of smart materials.
Open Elective (Introduction to Earthquake Engineering)	6CE05.1	Identify type of earthquake, its properties.
	6CE05.2	Earthquake resistance planning.
	6CE05.3	Apply knowledge of seismic bands in masonry structure construction
	6CE05.4	Solve engineering problems in the context of Earthquake Engineering.
Estimating And Costing	6CE06.1	Explain purpose of quantity estimates, Modes of measurement and units of measurement as per IS1200, Specification, its Purpose and principles of specification.
	6CE06.2	Understand Schedule of rates, market rate analysis of some specific items.
	6CE06.3	Determination of Cost & Quantity Estimate, detailed estimates of Civil Engineering works, Building, etc.
	6CE06.4	Explain earth work estimates in Roads including hill road.
	6CE06.5	Explain Purpose of valuation, value and cost, market value, potential value, sentimental value, scrap value, etc.
	6CE06.6	Explain organization of construction industry specific to Govt. Organization P.W.D. Organization, Site administration
Structural Analysis– II	7CE01.1	To decide what is required to be analyzed depending upon type of structural element.
	7CE01.2	To know about degree of freedom, Condition of equilibrium and determinacy of element.
	7CE01.3	To understand reason for failure and permissible limits for safety.
	7CE01.4	To apply the knowledge of beam analysis for practical analysis and design purpose.
	7CE01.5	To make application of various analysis methods for actual structural member analysis and design.
Geotechnical Engineering– II	7CE02.1	To select the appropriate soil investigation method and get true sub soil parameters used for selection of foundation.
	7CE02.2	To determine the bearing capacity of shallow foundation.
	7CE02.3	To calculate the lateral earth pressure on retaining wall.
	7CE02.4	To find bearing capacity of well foundation and design of pile foundation.
	7CE02.5	To evaluate the settlement of different types of foundation.
	7CE02.6	To suggest the suitable method of ground improvement.
Hydraulics Engineering	7CE03.1	Illustrate the flow pattern in the open channels, criteria for formation of hydraulic jump.
	7CE03.2	Identify different types of GVF profiles and methods.
	7CE03.3	Compute water hammer pressures in pipe.
	7CE03.4	Design penstocks and surge tanks, understand causes of water hammer.
Environmental Engineering – II	7CE04.1	Define and explain the significance of terms and parameters frequently used in wastewater treatment.
	7CE04.2	Evaluate the influence of the different parameters in design and treatment of wastewater treatment plant (wastewater characteristics).
	7CE04.3	Basic methodology for wastewater treatment (screening, grit chambers, sedimentation, biological treatment).
	7CE04.4	Appreciate the advantages, disadvantages and limitations of the technologies and new developments.
	7CE04.5	An ability to identify and interpret the criteria for the classification of a substance as a solid/hazardous.
	7CE04.6	Ability to identify air pollution problems and interpret criteria air quality data.
	7CE04.7	Evaluate the engineering solutions for industrial and vehicular air pollution problems.
	7CE04.8	The candidate at the end of the experimental exercise would be able to perform field-oriented testing of water.
Professional Elective – III (Water Power Engineering)	7CE05.1	Describe the various sources of energy systems.
	7CE05.2	Classify the different power plants.
	7CE05.3	Identify the problems related to hydraulic pressure.
	7CE05.4	To understand the powerhouse and its components.
Construction Project Management	8CE01.1	To understand meaning of Project and Project Management.
	8CE01.2	To understand the phases of Project Life Cycle and process of developing it.
	8CE01.3	To use and apply various planning tools like BAR chart, Milestone Chart, Networking Methods like CPM, PERT.
	8CE01.4	To compare and control the project at the time of execution.
	8CE01.5	To update projects and review the status of work.
	8CE01.6	To optimize project using Network crashing method.
	8CE01.7	To understand the concept of Project Smoothening/leveling.
	8CE01.8	To plan and develop the project using Project Planner software’s.
	8CE01.9	To understand importance and application of various management like Quality, Safety, Risk handling and Inventory.
	8CE01.10	To turn good manager at individual and organizational level.
Construction Economics and Estimating-costing	8CE02.1	Determine need and basics of Estimation and Construction Economics.
	8CE02.2	Carry out estimation by various methods.
	8CE02.3	Write and understand specification of materials and items of construction.
	8CE02.4	Carry out rate analysis of basic construction material and apply calculation logic for other construction materials.
	8CE02.5	Use of CSR for Estimation work and carry out estimation of residential, commercial building, flexible and rigid roads, water tank, septic tank etc.
	8CE02.6	Understand need, purpose and process of valuation.
	8CE02.7	Understand and carry out bidding and tendering process.
Professional Elective – IV (Advanced Water Treatment)	8CE03.1	In-depth knowledge of physical chemical unit processes for advanced water treatment.
	8CE03.2	Consider the application of this in research projects, and to contribute to the development of new theories and methods in the field.
	8CE03.3	Select or construct appropriate treatment schemes to remove certain pollutants present in water or wastewater.
	8CE03.4	Develop conceptual schematics required for the treatment of water.
	8CE03.5	Translate pertinent forcing criteria into physical and chemical treatment system.
	8CE03.6	Provide recommendations of appropriate treatment processes for upgrading water and treatment efficiency.
Professional Elective – V (Construction Equipment and Machinery)	8CE04.1	To recognize the various terms related to the tools that are required for any construction work.
	8CE04.2	To decide which machine or tool can be implemented as per the project life cycle stage.
	8CE04.3	To understand the survey process with help of Total Station and will be able to analyze the performance of basic minor tools and machinery.
	8CE04.4	To understand various equipment like excavators, shovels, mixers, compactors, crane, hoist, lift etc.