Department of Civil Engineering
To create quality civil engineers & technocrats capable of providing leadership in all spheres of life & society. MISSION:
One of the primary engineering departments of the MITS Gwalior,is the Department of Civil Engineering offers B.E., M.E/M.Tech. degree programs. The Department actively promotes curriculum development activity by updating existing courses, developing new courses and preparing resource material for teaching. The Department has a number of ongoing research projects and sponsored research schemes from public and private sector organizations. It undertakes industrial consultancy works as a part of its interaction with industry and also organizes seminars/symposia for professional interaction. The Department contributes to the interdisciplinary academic and research activity of the Institute.
Major Equipments: Automatic Free Fall Hammer with- 1) A Hammer guide assembly, 2) A Fall Hammer attached, 3) A base assembly for hammer, 4) Split spoon sampler “A’ Drill rod, dynamic conc, other Accessories etc. ; Large Direct Shear Apparatus, Stand
Major Equipments :Atomic absorption spectrophotometer, UV spectro-photometer,COD Analyser, Perisltatic pump, Quartz distillation apparatus, Muffle furnace. pH mater, Water analysis kit, Jar test apparatus, Centrifuge, Rotary flask shaker, Sieve shaker, We
Major Equipment's: Crane 2T Capacity, Compression Testing Machine, Pre stressing system equipment, Data Acquisition Controller, Vibration Table etc.
Major Equipments: PH meter, Bench Top D.O. meter, Portable D.O. meter, UV Spectorphotometer, Turbidity meter, Handy sampler kit, High Volume sampler, Stack Monitoring kit, Sound level Meter, BOD Incubator, Double Distillation Apparatus, Autoclave, Muffl
Major Equipments: Automatic Free Fall Hammer with- 1) A Hammer guide assembly, 2) A Fall Hammer attached, 3) A base assembly for hammer, 4) Split spoon sampler “A’ Drill rod, dynamic conc, other Accessories etc. ; Large Direct Shear Apparatus.
Major Equipment’s: Hot Air Oven, Blain Air Permeability Apparatus, Digital Concrete Test Hammer, Concrete core cutting m/c, Electrically operated compression testing m/c (Stress strain control), Flexure testing m/c, Laboratory concrete mixer, Profometer
Major Equipments :Atomic absorption spectrophotometer, UV spectro-photometer,COD Analyser, Perisltatic pump, Quartz distillation apparatus, Muffle furnace. pH mater, Water analysis kit, Jar test apparatus, Centrifuge, Rotary flask shaker, Sieve shaker.
Major Equipments Simple jib crane, Joint roof truss on wheels, Apparatus to find centroid, Friction slide Apparatus, Inclined plane Apparatus, Screw jack, Combined coil and belt app., Train of gear wheels, MI of fly wheels (15cm), MI of fly.
Major Equipments :Compression testing Machine, Los Angeles Abrasion Testing Machine, Tile Abrasion Testing Machine , Tile Flexure Strength Tester, Bitumen Penetrometer, Bitumen Full Tar Testing Machine, Clevel Flash & Fire Point Test App., Ductility Testi
Desktop Computer – I 7 (Five nos.), Desktop Computer –I 5 (Ten nos.) , Software ( STAAD Pro, Primavera, MatLab ).
Major Equipments :Microptic Theodolite 20 minute Least count , Microptic Theodolite 1 minute Least count, Geodimeter Model – 4A (For day time observations), Automatic level Manufactured by NIKON, Electronic Digital Planimeter 350 E, Plane table equipmen
Area of Interest: Water Resource Engg., Soil Water Transportation
E-Mail: email@example.com Contact:
Area of Interest: Structural Engineering
E-Mail: firstname.lastname@example.org Contact:
Area of Interest: Hydraulic Engineering
E-Mail: Kakani60.email@example.com Contact:
|Mr. R.K Mishra|
|Mr. M.L. Sahu|
|Mrs. S Khare|
|Ms. Renu Gupta||0751-2409247|
PO1 Apply knowledge of mathematics, science & design principles to solve the problems in civil engineering.
PO2 Identify, formulate and analyse engineering problems with substantial conclusions using analytical tools appropriate to civil engineering.
PO3 Design civil engineering systems within realistic constraints to meet desired needs of economy, environment, society, health and safety.
PO4 Conduct investigations of complex problems by use of research based knowledge & methods including experimentation, interpretation of data & synthesis of information to provide valid conclusion.
PO5 Use the technical skills and modern engineering / computational tools for broadly defining engineering activities.
PO6 Assess safety & legal issues and the consequent responsibilities relevant to the professional civil engineering practice.
PO7 Understand the impact of the professional civil engineering solutions in relation to societal needs, environmental concern & sustainable development.
PO8 Understand the importance of professional ethics and norms of civil engineering practice.
PO9 Function effectively as a member or leader in diverse teams.
PO10 Communicate effectively with engineering community and society at large by being able to comprehend and write effective reports, prepare documentation and make effective presentation.
PO11 Demonstrate knowledge of management and financial principles to civil engineering projects.
PO12 Engage in lifelong learning & adapt to rapid changes in civil engineering and its allied areas.
PSO1 Evaluate the use of codal provisions like IRC, IS, NBC, CPHEEO manuals for planning & designing of civil infrastructures.
PSO2 Understand uncertainty & risk of the project during critical decision making and subsequently mitigate the uncertainty.