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Sipna COET’s Department of Civil Engineering’s four laboratories are accredited By NABL (A Consistent Board of Quality Council of India).
It’s a great Pleasure to inform you that Sipna COET’s Department of Civil…
- About Department
- PEO, PO & PSO
- Academic Programs
- Laboratories
- Projects
- Placement
- Events and Activities
- Student Achievment
About Department
Civil engineering is a professional engineering discipline that deals with the design, construction and maintenance of the physical and naturally built environment, including works like roads, bridges, canals, dams, and buildings. Civil engineering is the oldest engineering discipline after military engineering, and it was defined to distinguish non-military engineering from military engineering. It is traditionally broken into several sub-disciplines. Civil engineering takes place on all levels: public sector from municipal to international companies.
To cater the needs of the society, Sipna College of Engineering & Technology, Amravati is obliged to impart quality civil engineering education by making available all requisite contemporary infrastructures, books, equipments and facilities along with well qualified faculty members.
Vision of the Department
To provide quality professional education for creating reputed civil technocrats and entrepreneurs for the sustainable infrastructure development and cater the need of the society.
Mission of the Department
- To provide state of the art resources that contributes to a competitional learning envoirment.
- To contribute to advancement of knowledge through regular interaction with industries and offer solution to their problems.
- To remains updated with contemporary technology and develop managerial skills.
- To inculcate moral and ethical values among the students to fulfil society’s needs.
News Letters
Newsletter 2018-19… Click Here
Syllabus for B.E. (Civil Engineering) Credit Grade System:
- III Semester and IV Semester …Click Here.
- V Semester and VI Semester…Click Here.
- VII Semester and VIII Semester…Click Here.
Time Table:
- II Year Time table….Click Here.
- III Year Time table….Click Here.
- IV Year Time table….Click Here.
Project Format
- Project Report formats …Click Here.
- Guest Lecture for Civil Engineerinng students by 2nd Year coordinators titled Stepping Towards GATE on 01/08/2019.No of participants were 33.
- One Day Skill Improvement Program by Ultratech Cement (Mr. Harish Deshpande, Mr. Rahul Darne for Civil Engineering students on 26/08/2019.No. of Participants were 107.
- A Guest lecture for Civil Engineering students by 3rd Year Coordinators titled Debunking The GATE myths on 07/08/2019.No of participants were 52.
- A Guest lecture titled Aspects of Team Work by Student Activity Team of Third Year on 31/07/2019.No of candidates present were 44.
- A guest lecture titled AutoCAD and android apps for CAD designers by Mr. Gaurav Kurhade for Civil 3rd year student 25/09/2019. No. of participants were 44.
- A guest lecture titled Water Resources Engineering by Mr. Devendra Madankar Assistant Engineer, Water Resources Department, Amravati Division on 27/09/2019.The no of candidates present were 29.
Industrial Visit
| Sr. No | Industry | Academic Year of industrial visit |
No.of Student | Date of Event |
|---|---|---|---|---|
| 01 | Site visit to proposed construction of apartment, Kranti colony, Amravati. | Final Year | 68 | 03-10-2018 |
| 02 | Site visit to proposed construction of commercial complex, Biyani Square, Amravati | Final Year | 70 | 06-10-2018 |
| 03 | Site visit to Tirupati Industries, Kurha, Amravati | Final Year | 71 | 12-10-2018 |
| 04 | Site visit to “Sewage Treatment Plant” at Lalkhadi, Amravati | Final Year | 62 | 30-03-2019 |
| 05 | Site visit to “Siddhivinayak Ready Mix Plant” at Masod, Amravati. |
Second Year | 52 | 09-04-2019 |
| 06 | Site visit to “Badnera railway Station” Badnera, Amravati | Third Year | 50 | 10-04-2019 |
| 07 | Site visit to ” Tirupati Prestress-Precast Industry” Kurha, Amravati |
Third Year | 57 | 11-04-2019 |
CIVIL ENGINEERING
- Name: Prof. Ravi V. Rothkar, Head of the Department.
- Office Contact No: (0721) 2522342 (Ext.)611
- Email: sipnacivil@gmail.com
Program Education Objectives (PEO):
PEO 1: To prepare graduates with a sound fundamental and advanced knowledge in mathematical and civil engineering subjects, which is necessary to meet the need civil engineering industry.
PEO 2: To prepare graduates in civil engineering for successful careers and help them to get entry level positions in civil engineering firms and government organizations.
PEO 3: To provide students with a comprehensive and balanced knowledge of the several sub branches of civil engineering to pursuit higher degree in civil engineering and lifelong learning.
PEO 4: To develop an understanding and make the students aware about social responsibilities, ethical standards and environmental issues.
Program Outcomes (PO):
Engineering Graduates will be able to:
PO 1: Engineering knowledge:
Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
PO 2: Problem analysis:
Identify, formulate, review research literature, and analyze complex 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 with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
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.
PO 5: Modern tool usage:
Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
PO 6: The engineer and society:
Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
PO 7: Environment and sustainability:
Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
PO 8: Ethics:
Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
PO 9: Individual and teamwork:
Function effectively as an individual, and as a member or leader in diverse teams, and in multi disciplinary settings.
PO 10: Communication:
Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
PO 11: Project management and finance:
Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multi disciplinary environments.
PO 12: Life-long learning:
Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.
Program Specific Outcomes (PSO):
PSO.1: Professional Knowledge:
To educate students in a manner that they should acquire knowledge in mathematics, science and engineering fundamentals to serve the society
PSO.2: Design capability:
To provide relevant engineering solutions in planning, analyzing, designing and execution of civil engineering projects
PSO.3: Higher Studies:
To prepare students to pursue post graduation and research in civil engineering and allied fields
PSO.4: Professionalism:
To train students so that they can consult, work and contribute to the infrastructural development projects undertaken by government and private sector by adapting modern trends in civil engineering.
Under Graduate – B. E. (Bachelor of Engineering)
| Sr. No | Course | Intake |
|---|---|---|
| 01 | B.E. (Civil Engineering) | 60 |
 |
 |
Objectives:
- To demonstrate the basic principles in the area of strength, mechanics of materials and structural analysis to the students through a series of experiments.
- To measure the properties of materials such as impact strength, tensile strength, compressive strength and hardness through experiments.
Facilities:
- Computerised universal testing machine of 1000 KN capacity with extensometer.
- Torsion testing machine.
- Impact testing machine.
- Brinell cum Rockwell hardness testing machine, etc.
- Providing the consultancy services for testing of steel material.
 |
 |
Objectives:
- To expose students to general construction materials and their associated quality, durability & availability.
- To impart knowledge of various properties of fresh & hardened concrete and its ingredients.
- To expose students to various quality control aspects of the civil engineering materials by performing different lab tests on materials.
Facilities
- CTM (Compression Testing Machine) having 3000 KN capacity.
- Vibration machine.
- Compaction factor test.
- Accelerated curing tank.
We also provide consultancy services for testing of
- Mix design of concrete.
- Compression test of concrete block, paving block brick and cement.
- Structural auditing of structures.
- NDT (Non Destructive Testing – Rebound Hammer test)
 |
 |
Objectives:
- To provide students with the basic knowledge to carry out filled investigations.
- To help the students to determine the type and properties of the soil, compaction strength of the soil and the strength characteristics of soil.
- To help the students to determine the permeability of the soil and the amount of consolidation of the soil.
Facilities:
- Physical Characterization
- Compressibility and swelling tests
- Compaction
- Flow parameter characterization.
- Strength characterization.
We also provide consultancy services for testing of
- Soil Swelling Pressure & swelling index
- CBR (California Bearing Ratio)
- Permeability
- Laboratory compaction
- Resistivity of soil
- Standard penetration test
 |
 |
Objectives:
- To provide a platform to students for practical implementation of transportation engineering projects.
- To bring engineering students to the level of industrial standards in field of transportation engineering.
- To provide a platform for integration of academics and research.
Facilities:
- Marshal stability test (For mix design of Bitumin)
- Aggregate crushing value test apparatus (Crushing strength of aggregate)
- Los Angeles Abrasion testing machine (Abrasion value of aggregate)
- Impact Value Testing machine (Impact value of aggregate)
- Ductility testing machine (Ductility value of Bitumin)
- We also provide consultancy services for testing of Bitumin: Ductility, Viscocity, Softening point, Marshal stability Aggregate: Crushing strength, Abrasion value, Impact value
We also provide consultancy services
- Determination of Los Angeles value
- Determination of Aggregate Impact value
- Determination of Viscosity of Bituminous
 |
 |
Objectives:
- To provide a platform for the students to observe behaviour of fluids and measure the fluid flow under various conditions.
- To make the students aware of the field standards used in fluid mechanics.
- To provide a platform for integration of academics and research.
Facilities:
- Impact of jet apparatus
- Tilting Flume
- Francis Turbine
- Pelton Turbine
- Centrifugal Pump
- Reciprocating Pump
 |
 |
Objective
- To introduce students that how to conduct environmental experiments relating to water,wastewater & air quality.
- This course will help students to know environmental problems by conducting test, write technical report, basic design and technical solution.
Facilities
 |
Objective
- To provide a platform for the students to learn basic Civil Engineering software’s such as drafting software [CAD] and analysis software [STAD, SAP, ETAB etc.].
- To prepare students to effectively link theory with practical applications of software’s.
- To learn how to handle and prepared programs in various computer languages such as FORTRAN.
- To gained knowledge how to create programs on Numerical methods, Civil engineering problems.
- To expose students to general construction materials and their associated quality.
- To prepare students to effectively link theory with practical applications of software's.
Facilities
- 25 Numbers systems of HP DESKTOP CORE I3 4GB RAM/280GB HDD/KBD/MOUSE/18.5” HP TFT [Windows / Linux environment]
- Softwares:-
- AUTO CAD [Student Version]
- FORTRAN Language.
 |
 |
Objective
- To determine the relative position of any objects.
- To determine the distance and angle between different objects.
- To prepare a map or plan to represent an area on a horizontal plane.
- To develop methods through the knowledge of modern science and technology; and use them in the field.
- To solve measurement problems in an optimal way.
Facilities
- Digital Planimeter
- Theodolite
- Auto Level
- Dumpy Level
- Plane table with accessories
- Total Station (Trimble Nikon Focus 2 series)
- Distance measurement
- Range with specified
- Prisms- 2.5 m to 4,000 m
- Reflectorless- 500 m
- Accuracy
- Prisms- ±(2+2 ppm × D) mm
- Reflectorless- ±(3+2 ppm × D) mm
- Angle measurement
- Horizontal and vertical
- 2 inches/0.6 mgon 5 inches/1.5 mgon
- Reading system-Absolute encoder
- Dual Axis Tilting Sensor
- Communications- serial (RS- 232C), SD card, mini USB
ENGINEERING MECHANICS LAB
 |
 |
Objective
- To perform the experiments which are related to mechanics of solid object in order to understand the behaviour of solid materials especially their motion and deformation under the action of forces.
- We make student perform different practical like Simple beam,different lifting machine,force & force system,moment of inertia of fly wheel,& coefficient of static friction.
- To understand the vectorial & scalar representation of forces & moment .
- Analyse the properties of surfaces & solids in relation to moment of inertia.
Facilities
- Lab consists of simply supported beam to analyse the beam reaction, compound pendulum and to determine acceleration due to gravity.
- Universal force board to verify the law of polygon.
- Different types of simple machines to determine velocity ratio, efficiency of machine, mechanical advantage.
 |
Objective
- To identify different types of rocks and minerals to understand their structural behaviour & quality.
- To learn colour,fracture,cleavage form of different mineral by observing minerals physically.
- To classify different types of rock according to their mode of occurrence & formation.
Facilities
- To identify the properties of rock and minerals.
- Availability of different types of specimen to study the rocks & mineral.
Academic Year 2019-20
| Sr.No. | Name Of Project | Developed By | Guided By |
|---|---|---|---|
| 01 | Smart Solid Waste Collection System | 1.Manjiri S.Dhakulkar 2.Prapti V.Wath
3.Pratik A.Bodkhe 4.Shubangi S.Meshram 5.Gauri S.Lasankar 6.Ajay N.Charhate |
Prof.R.V.Rothkar |
| 02 | Treatment of Industrial Waste Water By
Using Orange Peels As An Adsorbent |
1.Kanchan R.Ingale 2.Akansha S.Hedaoo
3.Shubhangi P. Gajbhiye 4.Amonika G.Kawale 5.Vicky A.Khandelwal 6.Shubham C.Mishra |
Prof.Y.S.Khandekar |
| 03 | Comparison of Physical Properties Of
Different Brands of Cement |
1.Asawari K.Dhoke 2.Kunal S.Wankhade
3.Milind M.Tiwari 4.Pornima R.Gadekar 5.Namrata V.Jagtap 6.Payal P.Hiwarkar |
Prof.S.P.Mahajan |
| 04 | A Study On Variation Of Test Conditions On
CBR Determination |
1.Pratiksha S.Kedar 2.Vidhi V.Telang
3.Trupti V.Dangra 4.Swpnil S.Dube 5.Vaishnavi V.Shirbhate |
Prof.R.B.Wath |
| 05 | Experimental Study Of Bamboo As A
Construction Material |
1.Ashvini R.Gandait 2.Utakarsha A.Makode
3.Amar D.Shash 4.Yash O.Ugale 5.Yash J.wakode 6.Gaurav B.Pise |
Prof.S.M.Patil |
| 06 | Study On Recent E-Waste Management Practices | 1.Aditya D.Tale 2.Kalyani M.Darokar
3.Gulshan N.Bhutange 4.Hrishikesh D.Ganorkar 5.Sumit I.Patil |
Dr.A.V.Tiwari |
| 07 | Enhancement Of Bituminous Property By Adding
Waste Engine Oil |
1.Utkarsha D.Satnurkar 2.Sakshi R.Wankhade
3.Hitesh S.Yadav 4.Sakshi G.Bobade |
Prof.A.S.Attal |
| 08 | Analysis of Parking Facilities For Amravati City | 1.Sanjana K.Dhurve 2.Shivani R.Choukse
3.Jaskirat M.Hora 4.Neha A.Meshram |
Prof.M.D.Tare |
| 09 | Comparative Study And Analysis Of Various
Methods Of Road Under Bridge Construction |
1.Sonam K.Nawghare 2.Krushna R.Malani
3.Digvijay V.Tidke 4.Vaishnavi S.Khade 5.Budabhushan R.Tajne |
Prof.S.N.Kalbende |
| 10 | Performance Analysis Of Vertical Flow Roughing
Filter Using Natural And Artificial Media |
1.Aishwarya K.More 2.Namrata J.Hete
3.Lopmudra G.Chavan 4.Kshama V.Gore |
Prof.A.S.Pand |
| 11 | Utilization Of Waste Plastic In Manufacturing
Of Bricks |
1.Prajwal P.Gudadhe 2.Prachi P.Jadhao
3.Anju B.Barange 4.Vishal R.Bhomble 5.Sanket S.Deshmukh |
Prof.A.A.Pande |
| 12 | Ground Water Quality Assessment | Prof.D.R.Deshmukh |
Academic Year 2018-19
| Sr.No. | Name Of Project | Developed By | Guided By |
|---|---|---|---|
| 01 | Comparison Between AAC Blocks And Conventional Bricks | Ujwal V. Barbde, Puja S. Shelke, Shivam S. Ghadekar , Harshal S. Charthad , Kunal R. Sharma , Sanyojita B. Dhongade |
Prof.R.V.Rothkar |
| 02 | Evaluation And Assessment Of Suspended Particulate Matter (SPM) At Nimbhora MIDC (Amravati) | Nilesh K. Shukla , Dhiraj S. Agrawal , Prajwal K. Nachankar,Akasha S. Chavan ,Gaurav S. Mishra,Noopur R. Khuje ,Diksha A. Ganesh |
Prof.Y.S.Khandekar |
| 03 | Water Supply Scheme For Sipna College Campus / Self Curing Concrete With Recycled Aggregates |
Ekeshwari N. Karmore, Pallavi A. Ghatode, Gaurav R. Bhale , Dipak D. Dhavale , Abhishek P. Anand , Mudar S. Hussain.
Manthan P. Jaiswal , Prajwal R. Shirsat , Sakshi V. Gulhane, Vaibhavi A. Sapkal , Ishan D. Sherekar , Sakshi R. Pal |
Prof.S.P.Mahajan |
| 04 | Designing Policies For Harisal As A Smart Village | Radhika J. Jaipurkar, Smruti M. Kanoje, Kiran R. Dahake, Chaitanya S. Gadhe , Athrav U. Koleshwar, Darshan D. Kohale | Prof.A.S.Attal |
| 05 | Earthquake Analysis Of Residential Building | Pranay P. Rathi, Rushikesh V. Dakre, Prathamesh A. Mardikar, Shivam M. Sharma , Pragati S. Sandanshiv, Komal H. Bawne | Prof. R.B.Wath |
| 06 | Preliminary Design For Wastewater Treatment Of Hostel Building Using Constructed Wetland | Sumedh H. Bambal Rugved G. Wankhade, Pranav S. Dhumale Revati A. Tayade Vaibhav A. Mankar , Shraddha R. Vighe | Prof.A.V.Tiwari |
| 07 | Post Installed Rebar Connection- Comparative Study Using Different Epoxy Solutions | Shreyash V. Bhonde , Anup A. Raut , Pratik A. Ghatole, Chetan B. Khawale , Lokesh R. Dadmal, Swapnil Y. Rathod | Prof.S.M.Patil |
| 08 | Comparison Of Two Different Grade Retempered Concrete | Akshata M. Bhandarge , Tejashwini D. Wankhade , Yamini V. Bople , Rushal A. Shekokar , Swarup R. Shirpurwar , Kajal R. Gend, Reshma R. Jambhulkar |
Prof.M.D.Tare |
| 09 | Comparative Study Of Plastic Paving Blocks Over Traditional Concrete Paving Blocks | Kasif Anwar , Shreyas S. Tayade, Shriram S. Raghatate , Akash Bholwankar , Yashvant M. Kadagale, Pratik R. Arbal, Sanket S. Holey | Prof.S.N.Kalbende |
| 10 | Utilization Of Coal Ash In Stabilised Mud Blocks | R. Akash S. Jadhav, Devesh R. Rathod ,Mr Prabhas R. Vishwakarma, Avinashkumar S. Surwade, Mayuri D. Zate , Dipali M. Hemane , Aishwarya S. Nilatkar . |
Prof.A.S. Pand |
| 11 | Manufacturing Of Bricks By Using Black Cotton Soil And Cement | Atharv N. Atkare ,Chinar C. Bandwal , Pratiksha D. Pateriya, Srushti D. Bhagat , ,Samiksha P. Dhole , Sahil S. Radke |
Prof.A.A. Pande |
Academic Year 2017-18
| Sr.No. | Name Of Project | Developed By | Guided By |
|---|---|---|---|
| 01 | Replacement Of Conventional Pavements By Permeable Pavements | Bhagyashree P. Khandare , Vaishnavi M. Lahoti, Shital K. Yergude, Neha S. Hiware ,Neha R. Dahake |
Prof.R.V.Rothkar |
| 02 | Piping Composting | Raksha D. Thatar , Samiksha A. Band , Prasad R. Kolankar , Suraj K. Lilarvhe ,Nishigandha D. Bhagyawant |
Prof.Y.S.Khandekar |
| 03 | Planning And Designing Of Residential Building | Pallavi S. Kheole ,Monali R. Mahure ,Yogita A. Bhande,Dipika V. Sahu, Ashwini A. Parde | Prof.S.P.Mahajan |
| 04 | Use Of Marble Chips As Coarse Aggregate In Concrete | Aditya R. Korat,Ansar K. Garwe | Prof.A.S.Attal |
| 05 | Microbiological Improvement Of The Physical Properties Of Black Cotton Soil | Shubham S. Mishra , Krishna S. Sahu , Shubham S. Sahastrabuddhe , Tejas A. Kalmegh , Arunojay V. Gondane ,Gaurav R. Bhure, Apurva A. Deshmukh, Rajkumar S. Laddha ,Unnati D. Kurekar, Vedant R. Hutke |
Prof.Ms.R.B.Wath |
| 06 | Study On Compressive Strength Of Plastic Waste And Bituminous Concrete For Road Construction | Pankaj G. Prisingalwar ,Laxmikant D. Waldekar , Utkarshkumar U.Ture, Samruddhi S. Kale |
Prof.A.V.Tiwari |
| 07 | Experimental Study Of Bacterial Concrete | Jayesh D. Sonone Shreya G. Gulahe Rutuja R. Maldhure Apoorva P. Hirulka Neha A. Hukare |
Prof.S.M.Patil |
| 08 | Cost Estimation Of Various Items Of Building | Shreya R. Bansod ,Mrunali H. Surpam,Darshana S. Jamnik,Shrutika K. Sherekar | Prof.M.D.Tare |
| 09 | Comparison Of Conventional And Hy Brid Fibre Reinforce Concrete In Rigid Pavement Regarding Compressive Strength | Kartik V. Atkar Siddharth M. Jain Saurabh H. Bagade Pawan N. Bhuskute Harshal M. Tetu | Prof.S.N.Kalbende |
| 10 | Modification In Flush System Of Water Closet For Conservation Of Water | Gaurav D. Bhonde , Vaibhav G. Rathod, Vishal M. Kathale , Akshay V. Dhumane |
Prof.A.S. Pand |
| 11 | Optimization Of Oxygen Transfer Rate For Rotating Biological Constructor | Karan D. Wankhede , Kajal D. Kawalkar , Mahesh M. Ghuge , Bhavana H. Devikar , Harshavardhan N. Wankhade |
Prof.A.A. Pande |
| 12 | Stabilisation Of Inorganic Medium Plasticity Clay By Using Nano-silica | Priya S.Gawande Aachal R.Bansod Kiran S.Pise Diksha S. Rathi |
Prof.R.N. Tawlare |
Academic Year 2016-17
| Sr.No. | Name Of Project | Developed By | Guided By |
|---|---|---|---|
| 01 | Characteristic Of Dairy Industrial Waste And Design Of Effluent Treatment Plant | Tejas O. Tale Gaurav S. Athawale Nikhil D. Bharati Ashwini D. Ingle Shamal V. Borode |
Prof.R.V.Rothkar |
| 02 | Physico-Chemical Characteristics Of Distillery Effluent And Its Biological Treatment | Devyani S. Deshmukh Sandesh S. Kamble Nikita V. Zatale Shivam R. Solanke | Prof.Y.S.Khandekar |
| 03 | Use Of Coconut Shell As Partial Replacement Of Aggregate In Concrete | Pradnya Nandeshwar Komal Dhokane Purva Jamnik Anam Nayab Pallavi Shelke |
Prof.S.P.Mahajan |
| 04 | Fly Ash Based Geopolymer Concrete | Akshay H. Deshmukh Vikki D. Dhangare Abhijeet R. Deshmukh Prafull B. Sawake Shubham D. Kahale Akshay V. Kabra | Prof.A.S.Attal |
| 05 | Improvement Of Black Cotton Soil Properties Using Eggshell Powder | Sunny B. Thakur Rohan G. Yewale Akash H. Shirkare Akshay J. Indurkar Akshay K. Bijawe | Prof.Ms.R.B.Wath |
| 06 | Study Of Plastic Waste As A Partial Replacement Of Bitumen In Dence Bituminous Concrete For Road Construction | Trupti R. Junghare Mayuri P. Gale Antra R. Vairale Prayesh S. Dhakulkar Shubham G. Chavan | Prof.A.V.Tiwari |
| 07 | Study And Analysis Of Accelerated Curing Method | Akhilesh R. Raut Keshav B. Goyanka Ankit G. Masne Akash M. Rathi Akash N. Ingle Mayur S. Mohod | Prof.S.M.Patil |
| 08 | Comparative Analysis Between Properties Of Various Bricks | Akash A. Gawande Abhinay M. Bhalerao Manoj A. Niwal Akash P. Talan Pratik D. Gupta | Prof.M.D.Tare |
| 09 | Use Of Discrete Polypropylene And Steel Fibers In Rigid Pavement Regarding Compressive Strength | Priyanka R. Ghate Manisha M. Parvatkar Vaishnavi J. Gulhane Diksha S. Uikey | Prof.S.N.Kalbende |
| 10 | Treatment Of Wastewater Streams From Hostel | Aishwary S. Asole Nikita G. Deshmukh Sapna R. Kamble Dhanashree N. Kuche Roshani D. Tale | Prof.A.S. Pand |
| 11 | Behaviour Of Expansive Soil With Fly Ash Mixed Waste Materials | Sudarshan Jadhao, Vijay Ratod, Akshay Kambale, Jayeshree Sakhare ,Gauri Kale |
Prof.A.A. Pande |
| 12 | Effect ion Of Characteristics Strength Of Concrete Using Non Bio-Degradable Material And Demolish Waste | Shweta Deshkar Madhu Chhagani Payoshni Dange Abhinav Meshram Sarvesh Bhisikar |
Prof.A.S.Rathi |
View all Placement Students information…Click Here.
Events and Activities
Events and Activities 2018-2019
| Sr.No. | Type of Event | Topic | No.of Participants |
Name of Experts | Date of Event |
|---|---|---|---|---|---|
| 01 | Guest lecture | Preparation for MPSC & UPSC | 38 | Miss. Nikita Jatale |
18-07-2018 |
| 02 | Guest lecture | Guest Lecture on “Higher Studies in Abroad & Future Job Opportunities” |
30 | Mr. Prasad Nandurkar |
23-08-2018 |
| 03 | Guest lecture | Guest Lecture on “M-Tech as Carrier Option & Opportunities Available Through GATE ” |
52 | Mr. Umesh Aaglave |
16-01-2019 |
| 04 | Guest lecture | Guest Lecture on “Geo Technical Engineering” | 53 | Mr. Shardul Singh |
18-01-2019 |
| 05 | Guest lecture | Guest Lecture on “ Introduction to Civil Engineering ” | 28 | Ms. Kshama Gore |
12-02-2019 |
| 06 | Guest lecture | Guest Lecture on “Project Planning & Detailing” | 32 | Mr. Amit Gilda | 13-02-2019 |
| 07 | Guest lecture | Guest Lecture on “Aspects of Study Habits” | 52 | Ms. Bhagyashri Khandare |
06-03-2019 |
| 08 | Guest lecture | Guest Lecture on “ Building Planning & Drawing ” | 27 | Ms. Manjiri Dhakulkar |
12-03-2019 |
| 09 | Guest lecture | Guest Lecture on “ Transportation Engg & Fluid Mechanics | 34 | Ms. Kanchan Ingle |
19-03-2019 |
| 10 | Guest lecture | Guest Lecture on “ Building Foundations ” | 32 | Ms. Krushna Malani |
26-03-2019 |
| Sr.No. | Name Of Student | Event | Venue | Prize | Session |
|---|---|---|---|---|---|
| 01 | Ms.Manjiri Dhakulkar | Cricket | SGBAU, Amravati | Colour Coat | 2019-20 |
| 02 | Ms.Rucha Deshmukh | Archery | SGBAU, Amravati | Colour Coat | 2019-20 |
| 03 | Mr.Yash Wakode | Wrestling | SGBAU, Amravati | Bronze Medal | 2019-20 |
| 04 | Ms. Rucha Deshmukh | Archery | PRMIT&R Badnera |
Colour Coat | 2018-2019 |
| 05 | Mr .Yash Wakode | Wersling Heavy weight |
SGBAU Amravati |
Colour Coat | 2018-2019 |