

| Overview | Staff | Research | Teaching | Facilities | Photo Gallery |
The Division of Building and Structural Engineering comprises eleven senior academic staff members, qualified at postgraduate level from leading universities in Australia, Canada, Japan, United Kingdom and United States of America. It has two Senior Professors, two Professors and seven Senior Lecturers.
The division is responsible for conducting courses relating to structural engineering in all four years of the undergraduate programme.
The division contributes to the Continuing Professional Development of the practising civil and structural engineers in a major way, by conducting a regular Postgraduate Diploma / Master’s Degree Programme in Structural Engineering Design on a part time basis, and many training programmes on specialised topics as and when required.
The staff members are actively engaged in research both in supervisory capacity at undergraduate and postgraduate levels and as research partners in sponsored research projects. The division has established links with industry through these research programmes and also through the wide range of consultancy assignments undertaken.
Much of the experimental research and consultancy assignments are carried out in well-equipped laboratories. Some of these have facilities, which are the only ones of their kind in Sri Lanka.
The expertise of the staff in this division is sought in the preparation of regulatory standards and related documents.
The staff members also serve on committees of Learned Societies thereby further enhancing the University – Industry collaboration. The staff members of the division are very actively involved in the activities of the Society of Structural Engineers, which is a professional body of structural engineers in the country. One member of the division is the local representative of the Institution of Structural Engineers, UK.
The division is particularly proud of the initiative shown by two of their colleagues in their authoring of text books, whereby they have made a pioneering contribution to structural engineering literature in Sri Lanka.
M.Sc/PG Diploma in Transportation
The modules to be study include :
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Urban Transport Planning
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Transport Demand Analysis
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Public Transport Systems
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Transport Economics
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Quantitative Methods for Transport Analysis
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Systems and Operational Research Methods in Transport
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Road Safety, Social & Environmental Evaluations
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Project Management
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Research Methods
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Research Project I
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Traffic Management & Intelligent Transport Systems
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Highway Planning & Management
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Transport Project Planning and Appraisal
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GIS and Geometrics in Transport Planning
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Railway & Airport Infrastructure
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Freight Transport & Logistics
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Sustainable Transport Systems
Carrier Progrssion :
The Transportation industry is currently undergoing an unprecedented expansion fuelled by worldwide economic growth. There is an expanding need for highly skilled transportation professionals. The M.Sc. /PG Dip. In Transportation is a highly valued qualification and graduates can expect to pursue carriers in a range of organization in the world.
Duration :
Master of Science
2 years – Part Time
15 months – Full Time
Eligibility Requirements :
A special degree in a relevant field with one year appropriate experience, after obtaining such qualifications, the recognition of the institute and the relevance of the field for this purpose shall be judge by the faculty and approved by the senate;
or
A general degree in a relevant field with two years, after obtaining such qualifications, the recognition of the institute and the relevance of the field for this purpose shall be judged by the faculty and approved by the senate.
or
An equivalent professional qualification with at least two years’ experience in a relevant field, after obtaining such qualifications, the recognition of the institute and the relevance of the field for this purpose shall be judged by the faculty and approved by the senate.
Financial Information :
For the latest information on fees, scholarships and bursaries please refer to www.civil.mrt.ac.lk/ted
Enquiries :
Programme Coordinator :
Dr. H. R. Pasindu
This email address is being protected from spambots. You need JavaScript enabled to view it.
Start Month :
January
Application Form :
Download at www.civil.mrt.ac.lk/ted
CONSTRUCTION MANAGEMENT & MANAGEMENT INFORMATION SYSTEMS (MIS) LABORATORY
Lecturer in charge : Dr. L.L. Ekanayake
Technical Officer : Mrs. W.B.U.Rukma
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Software Package |
Application |
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Autodesk Architecture |
For Building Drawings (2D and 3D) |
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AutoCAD Civil 3D |
For Design of Civil Engineering Structures |
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AutoCAD Revit Architecture |
For building design and construction(Building Information Modeling (BIM) ) |
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Autodesk Revit is a single application that includes features for architecturaldesign,MEP and structural engineering, and construction. |
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AutoCAD Revit MEP |
For design and construction documentation solution for mechanical electrical andplumbing (MEP) Engineering |
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Microsoft Project and Microsoft Project Server |
For Planning and Monitoring of Construction Projects |
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Primavera |
For Planning and Monitoring of Construction Projects |
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Billets |
For Cost Estimation |
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Microsoft Share Point Services |
For a multipurpose set of Web application platform like document & file management, collaboration, websites and enterprise etc. |
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Equipment |
Applications |
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CO2 Meter |
To measure carbon dioxide, temperature and relative humidity levels |
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Digital Thermometer |
To measure the temperature |
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Solar Power Meter |
To measure solar power. |
MECHANICS OF MATERIALS LABORATORY
Lecturer in Charge : Dr. (Mrs.) D. Nanayakkara
Technical Officer in Charge : Mrs. D.R. Cooray
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Equipment |
Application |
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Timber Testing Machine |
Testing of timber for compressive strength, flexural strength, shear strength and impact strength |
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Tensometer ( Capacity - 2 Tons) |
Tensile testing of standard circular specimens, flat plates and wires |
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Bending moment apparatus |
This experimental apparatus provides visualization and proof of the basic theory of bending moments in a beam. Using this apparatus, students can investigate the variation of bending moment at a point away from the point of loading of a simply supported beam. |
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Shear force apparatus |
This experimental apparatus provides visualization and proof of the basic theory of shear forces in a beam. Using this apparatus, students can investigate the variation of shear force at a point away from the point of loading of a simply supported beam. |
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Biaxial bending |
An experimental apparatus to allow students to investigate the difference between axis of bending and axis of bending moment when the applied moment is about a non-principal axis of the section. |
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Shear centre apparatus |
An experimental apparatus for determining the shear centre of a cross-section of a given specimen |
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Pin jointed framework |
An experimental apparatus to allow students to create a wide selection of pin-jointed frameworks and then investigate the effects resulting from applying loading forces to them. |
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Shear force apparatus |
An experimental apparatus to allow students to investigate the variation of shear force on a supported specimen |
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Torsion apparatus |
An experimental apparatus to allow students to investigate the relationship between torque and twist in the elastic region of solid circular sections in various materials. |
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Buckling of struts apparatus |
An experimental apparatus to allow students to investigate the deflection and stability of struts under various end conditions. |
TRAFFIC ENGINEERING LABORATORY
Lecturer in Charge : Prof. W. K. Mampearachchi
Technical Officer in Charge : Mr. T. P. D. G. Indika Yohan
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Equipment |
Application |
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Manual Traffic Counters |
Traffic Counts, Turning Movement Counts |
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Radar Guns |
Speed Surveys |
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Automatic Traffic Counter |
Traffic Counts |
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Geographical Information Software Systems Software |
Transport Planning |
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Global Positioning System |
Highway Inventories, Transport Operations, Vehicle Tracking |
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Precision Odo-Meter |
Distance Measurements |
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Vehicle Installed Back Lighted Distance Measuring Instrument |
Distance Measurements |
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Trans Plan V3 |
Traffic Forecasting, Transport Planning |
M.Eng./PG Diploma in Foundation Engineering and Earth Retaining System
The aim of the course conducted on a part-time basis is to provide a specialist training to participating civil engineers in the; analysis, design and construction of building foundation and earthrating system; improvement of soft soil, and solving various problem related geotechnical aspects. The taught part of the course is conducted on Fridays and Saturdays, so that participating engineers will be able to follow the course without interrupting their careers.
Application should have a Degree in Civil Engineering from a University in Sri Lanka, or equalent qualifications from any other university as acceptable to the University of Moratuwa. Alternatively, applications should have an associate Membership of a recognized professional engineering Institution in the relevant field as acceptable to the university of Moratuwa, with a minimum of one year of experience after obtaining such memebership.
Course Structure:
Course leading to Post Graduate Diploma
Duration:
One Year (Three Terms)
This Course spans over one year and consist of:
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Lectures and other course-work (laboratory work, Field work, design office work, computer work and assignment) in the subject specified in curriculum |
40 Credits |
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Design Project |
4 Credit |
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Research Seminars |
2 Credits |
Course Modules:
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Module |
Credits |
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Engineering Properties of Soil |
4.5 |
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Engineering Geology |
3.5 |
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Geotechnical Investigations |
3.5 |
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Design of Dewatering Systems and Ground Subsidence |
3.0 |
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Earth Retaining Systems |
5.5 |
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Ground Improvement Techniques |
3.0 |
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Design and Construction of Shallow Foundation |
4.5 |
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Structural Design of Foundation |
3.5 |
One credit corresponds to approximately 14 hours of Lecturers or 28 hours of assignment.
The above work will be held from 8.30 am -5.30 pm on Fridays and Saturdays. The performance of the candidate will be evaluated through course work assignments and written examinations.
During the course, the candidates will be required to undertake a group design project, in the form of a comprehensive design involving design of Foundations, ground improvements and earth retaining system under the supervision of a staff member. A group will consist of four candidates. The progress of this project will be monitored through seminars.
On completion of the Design Project, the group is required to submit a report and the performance of each individual candidate will be assessed based on this report and an oral examination.
Course leading to Master of Engineering
Curriculum for taught part of the course is identical to that for Post Graduate Diploma course. In addition, each candidate for the Master of Engineering Degree should undertake a suitable research project of 20 credits under the supervision of a staff member and complete it successfully. The progress of the research project will be monitored through regular seminars.
On completion of the research project the candidate is required to submit a thesis and the evaluation of performance will be made based on this thesis and oral examination.
Enquiries:
For application forms and further details please contact :
Dr. U P Nawagamuwa
Course Co-ordinary,
M.Eng. / P.G Diploma in foundation Engineering and Earth Retaining Systems
Department of Civil Engineering
University of Moratuwa
Moratuwa.
Tel :2650567, 2650568(Ext. 2017)
Fax :2651216
E-mail : This email address is being protected from spambots. You need JavaScript enabled to view it.
WORKSHOP
Lecturer in charge : Dr. K. Baskaran
Technical Officer : Mrs. D. R. Cooray
The following workshop facilities are available for teaching, research and development activities of the department.
· Upright drill machine
· Bench drill machine
· Radial drill
· Milling machine
· Lathe machine
· Bench Grinder
· Shaping Machine
· Surface grinding Machine
· Arc welding plant
· Power Hack saw Machine
· Hand shearing Cutter
· Gas cutter
· Air Compressor
BUILDING SCIENCE & CLIMATE CONTROL LABORATORY
Lecturer in Charge : Dr. K. Baskaran
Technical Officer in Charge : Mrs. D. R. Cooray
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Equipment |
Application |
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Digital Aerosol Monitor |
All equipments are used for undergraduate and postgraduate researchwork in Building Science.These equipments are also used for demonstration purposes to students following the subjects Building Engineering, HVAC& Building Automation.
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Digital Sound Level Meter |
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Data Logger |
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Moisture Analyser |
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Humidifier & Controller |
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Anemometer |
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Wind Speed & Direction Instrument |
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Digital Lux Meter |
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Sunshine Reader |
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Photometric Sensor and Measuring Unit |
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Ultra Violet Measuring Unit |
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Whirling Hygrometer |
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Stevenson Screen |
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Sound Level Meter With Sound Calibration |
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Sound Level Meter Kit |
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Thermo Hydrograph |
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PM Meter |
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VOC Meter |
HYDRAULIC ENGINEERING LABORATORY
Lecturer in Charge : Prof. S. S. Wickramasuriya
Technical Officer in Charge : Mr. H. W. Kumarasinghe
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Equipment |
Application |
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Circular Orifice Apparatus |
To study flow through orifices and determine coefficients of discharge, velocity andcontraction for a circular orifice |
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Pelton Wheel Turbine |
To study hydraulic performance and obtain characteristic curves for a Pelton turbine |
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Centrifugal Water Pump |
To establish the head-discharge characteristic for a centrifugal pump. |
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Series & Parallel pumps |
To study the effects of having pumps in series or parallel |
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Flow Measuring Apparatus |
To determine the coefficients of discharge and obtain calibration curves for a venturi meter and orificemeter and determine head losses |
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Pipe Friction Apparatus |
To study laminar and turbulent flow in pipes to determine variation of friction factor withReynolds number |
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Energy losses in pipe networks |
To study the loss of energy in pipe networks due to bends, expansions and contractions |
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Hydrostatic Pressure Apparatus |
To determine the centre of pressure of fully and partially submerged plane surfaces |
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Pressure Gauge |
To calibrate a Bourdon pressure gauge |
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V-Notch |
To study flow through notches and determine the coefficient of discharge for a V-notch |
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Pontoon Apparatus |
To determine the metacentric height and the metacentre of a floating vessel |
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Forced Vortex Apparatus |
To study the characteristics of forced vortex motion |
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Infiltrometer |
To measure in-situ the infiltration rate of soils |
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Open Channel Flow- tilting Flume |
To study the characteristics of open channel flow |
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Ground Water Flow Analysis |
To determine the distribution of ground water head and flow in aquifers |
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HEC-RAS |
To model and study a river reach and its flood plain |
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WaterCAD Software |
To model water distribution |
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CulvertMaster Software |
To analyse and design culverts |
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Hydraulic Ram Pumps |
For water supply and irrigation system |
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Pump/Turbine Apparatus |
To study performance characteristics with direct computer generated output |
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Mike – 11, 21BN, 21NSW |
To model open channel flow, break waters and sea waves as well as near shore waves respectively |
HIGHWAY ENGINEERING LABORATORY
Lecturer in Charge : Prof. W. K. Mampearachchi
Technical Officer in Charge : Mr. T. P. D. G. Indika Yohan
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Equipment |
Application |
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Vehicle Bump Indicator |
To determine the road roughness using a vehicle - mounted indicator |
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Marshall Tester |
To design asphalt concrete mixes ASTM D 1559:89 |
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Dynamic Cone Penetrometer (Field CBR) |
To determine rapid in-situ measurements of the structural properties of road pavements.Penetrometerconstructed with unbound materials, TRL (Transportation Research Laboratory) Road Note 31:1993 |
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Sand Equivalent Test |
For determining the theoretical maximum specific gravity of uncompacted bituminouspaving mixtures & the percent air voids in compactedbituminous mixtures and the amountof bitumen absorbed by aggregates. |
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Softening Point Apparatus |
To determine the softening point of asphalt ASTM D36:76 |
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Rice Test Apparatus |
Density measurement of asphaltic mixtures |
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Flash Point Tester |
To determine the point of the bituminous binder |
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Saybolt Viscosity Set |
For measuring the Saybolt viscosity of bituminous emulsion ASTM D 244-89 |
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Penetration Set |
The penetration of bituminous binder ASTM DS: 86 |
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Aggregate Impact Value (AIV) Test Equipment |
To determine the toughness of aggregates |
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Solubility Set |
To determine the purity of asphalt cement. |
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Ductility Set |
To measure ductility on a representative portion of Bitumen = ASTM DI 13: 86 |
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Residue by Distillation Set |
Quantitative determination of residue and oil distillate in asphalt emulsionASTM D 244:89 |
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Asphalt Binder Analyser |
To estimate the bitumen content of Asphalt |
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Rotary evaporator |
To recover asphalt from a solvent |
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Thin film oven |
To determine the effects of heat and air on a film of semisolid asphaltic material |
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Kinematic Viscometer |
To determine the Kinematic Viscosity of liquid asphalt (bitumen), road oils anddistilledresidues of liquid asphalts at 600 C and for asphalt cement at 1350 C |
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Centrifugal Extractor |
To determine bitumen in hot mixed paving mixtures and pavement samples. |
M.Eng./PG Diploma in Water Resources Engineering and Management
The Programme conduct-ed by the UNESCO Madanjeet Centre for South Asia Water Management (UMCSAWM) attached to the Department of Civil Engineering, has been designed to teach Water Management in a regional context and intends to provide participants from a wide range of backgrounds a firm grounding in the principles, techniques, issues and practice of Water Resource Engineering and Management. In addition to formal classroom-based activities, the programme includes laboratory and field based studies, both individual and group work.
Intended Course Modules:
- Integrated Water Resources Management
- Concepts of Irrigation and Irrigation Water Management
- Remote Sensing and Geographic Information Systems (GIS) for Planning and Management
- River and Estuary Hydraulics
- Water Resources Project Planning and Management
- Research Methods for Water Resources Engineering and Management
- Water Quality Management
- Climate change impacts and adaptation options for Water Resource Management
- Disaster Risk Assessment, Reduction and Mitigation
- Advanced GIS for Water Resources Management
- Coastal Engineering and Management
- Water Pollution Control
- Computer Applications in Irrigation and Drainage
- Groundwater Engineering and Management
Course Duration:
M.Eng (Full Time)12 months
M.Eng (Part Time) 21 months
PG Dip (Part Time) 12 months
Eligibility Requirements:
- The Degree of Bachelor of Science in Engineering of the University of Moratuwa, Sri Lanka in a relevant field with a minimum of one year relevant experience
or
- The Degree of Bachelor of Applied Science of the University of Sri Lanka, Katubedda Campus in a relevant field with a minimum of one year relevant experience
or
- Any other Engineering Degree in a relevant field as judged by the faculty, and equivalent to (a) above with a minimum of one year relevant experience.
or
- At least the Associate Membership of a recognized professional Engineering Institute in a relevant field with a minimum of two years appropriate experience
and
- If English is not the medium of Instruction in the first Degree of the candidate, TOEFL (a minimum of 500 points in paper-based, 173 in computer-based, or 61 in internet-based test) or IELTS (a minimum of 5.0 in Academic version) scores or equivalent.
: Note: Qualifications as judged by the faculty and approved by the Senate, and valid experience after obtaining relevant qualifications.
Date of Commencement :
January, 2013
Fridays & Saturdays (08:30-17:30)
Laboratory/Field work may be arranged on other weekdays.
Programme Leader:
Prof. N. T. Sohan Wijesekera
For application forms and further details please contact:
Dr. R. L. H. Lalith Rajapakse
Course Coordinator
M.Eng. / P.G Diploma in Water Resources Engineering and Management
Department of Civil Engineering University of Moratuwa
Moratuwa
Tel.:+94-(0)11-2650567 (Ext. 2116)
Fax: +94-(0)11-2651216
E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.
COMPUTER LABORATORY
Lecturer in Charge : Prof. J.M.S.J. Bandara
System Analysts : Mr. Charaka Satharasinghe
Mrs. V. P. Wickramatunga
Technical Officer : Mr. G. T. V. Somaratne
Data Entry Operator : Mrs. A. P. Kandage
Resources and Services Provided
- Servers: File Server for Staff and Students
Two Printer Servers
DHCP Server
DNS Server for the Department
Gateway Server
Backup Server
Test Server
SSH Server
WiFi Access points for the Department
- High speed internet and email connectivity with a fiber optic backbone Wireless Access Points for Staff and Final Year Students
- Network Printer for Academic and Non-Academic staff, Research Staff, and Research students
- Student Area for Undergraduates has 60 computers of i5 with internet facilities.
- Services: Lab classes for Computer Applications in Civil Engineering
- For undergraduate and postgraduate Students
Multimedia communication facilities for undergraduates to enhance their communication skills
Printing and scanning facilities
Internet facility
Maintenance of computers in the Department of Civil Engineering
Maintain the Civil Engineering Department web site
Moodle content Development
E-Learning web site development for undergraduates
BUILDING MATERIALS LABORATORY
Lecturer in Charge : Dr. C. S. Lewangamage
Technical Officer in Charge : Ms. P. A. I. D. Perera
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Equipment |
Application |
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Universal Testing Machine |
To determine the tensile strength of steel |
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Compressive strength and flexural strength of concrete. |
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Versa Tester |
To perform Tensile test and compression test |
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Heat of Hydration Calorimeter |
To determine the heat of hydration of cement |
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Blaine fineness apparatus |
To determine the fineness of cement |
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Vicat Apparatus |
To determine the setting time of cement |
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Le Chatelier Apparatus |
To determine the soundness of cement |
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Aggregate crushing value test apparatus |
To determine the mechanical properties of coarse aggregate |
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10% Fines value test apparatus |
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Aggregate Impact test apparatus |
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Test sieves (BS & ASTM) |
To determine the particle size distribution of coarse and fine aggregates |
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Air Entrainment Meter |
To determine the air content in fresh concrete |
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Slump cone/Compacting Factor Apparatus |
To determine the workability of fresh concrete |
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V-B Consistometer |
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Setting time of Concrete test apparatus |
To determine the initial and final setting time of concrete in accordancewith ASTM specifications |
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Humidity cabinet/ Length comparator |
To determine shrinkage of concrete, mortar and cement paste undercontrolledhumidity and temperature conditions. |
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Concrete Core cutting m/c |
To extract concrete cores of dia. 2” – 4” |
ADVANCE BITUMEN TESTING LABORATORY
Lecturer in Charge : Prof. W. K. Mampearachchi
Technical Officer in Charge : Mr. T. P. D. G. Indika Yohan
ENVIRONMENTAL ENGINEERING LABORATORY
Lecturer in Charge : Dr. M.Jayaweera
Technical Officer in Charge : Mrs. N.S. Gunathilake
Analytical Chemist : Mr. Kasun Zoysa
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Equipment |
Testing Facilities |
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Atomic Absorption Spectrophotometer |
To determine the content of Heavy Metals |
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UV VIS Spectrophotometer |
To determine the Total Phosphorus, Total Nitrogen, Total Iron, Chlorophyll,Analysis of Kinetics of chemical reaction |
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Flame Photometer |
To determine the content of Potassium, Sodium, Lithium |
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Photometer |
To determine the content of Nitrates, Nitrites, Hardness, Ammonia, Sulfates, Fluorides |
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Turbidity Meter |
To measure Turbidity |
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Hand-held water quality Meter |
To measure in-situ field parameters eg. pH, Conductivity, TDS, DO, Salinity,Temperature |
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Conductivity Meter |
To measure Conductivity |
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pH Meter |
To measure pH |
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Titration Equipment |
To measure Alkalinity, Dissolved Oxygen |
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Muffle Furnace |
To determine the content of Volatile Suspended Solids, Sulfates |
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Deionizer |
To produce deionised water for reagent preparation |
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Distilled Water Plant |
To produce distilled water for reagent preparation |
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Fume Hood |
To conduct extraction/ distillation under safe environment |
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Millipore Kit/ Glassware/ Incubator |
Microbiological Examinations: Total and Faecal Coliforms |
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Filtration Equipment |
To determine Total Suspended Solids |
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Cooled Incubator |
To determine Biochemical Oxygen Demand |
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Kjeldhal Apparatus |
To determine Chemical Oxygen Demand |
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Gas chromatograph |
To determine concentration of volatile organic substances for extractionorganic substances from soil and other media. |
.Eng/PG Diploma in Highway & Traffic Engineering
The Programme intends to provide students from a wide rang of backgrounds a firm grounding in the principles, techniques, issues and practice of Highway and Maintenance, thus equipping them for professional career.
The Modules to be study include:
- Highway Construction & Maintenance Techniques
- Traffic Engineering
- Highway infrastructure Design
- Geotechniques and Pavement Analysis
- Systems and Operational Research Methods in Transport
- Road Safety, Social & Environmental Evaluations
- Project Management
- Research Methods
- Research Project I
- Traffic Management & intelligent Transport Systems
- Highway Planning & Management
- Transport Project Planning and Appraisal
- Urban & Regional Transport Planning
- GIS and Geomatics in Transport Planning
- Railway & Airport Infrastructure
- Freight Transport & Logistics
- Advanced Methods in Road and airfield Infrastructure Design
- Sustainable Transport Systems
Career Progression:
The Transportation and Highway industry is currently undergoing an unprecedented expansion fuelled by worldwide economic Growth. There is an expanding need for highly skilled highway professionals. The M. Eng / PG Dip. In Highway Engineering is a highly valued qualification and graduates can expect to pursue carriers in a rang of organization in the world
Duration:
Master of Science
- 2 year – Part Time
- 15 months – Full Time
Eligibility Requirements:
B.Sc. Eng. Degree of the university of Moratuwa, Sri Lanka in relevant field as judged by the faculty and approved by the senate;
or
Any other engineering degree in a relevant field equalent to (a) above as judge by the faculty and approved by the senate;
or
An equalent professional qualification, with at least one year experience in a relevant field, after obtaining such Qualifications, the recognition of the institute and the relevance of the field for this purpose shall be judged by the faculty and approved by the senate.
Financial Information:
For the latest information on the fees, Scholarships and bursaries please refer to www.civil.mrt.ac.lk/ted
Enquiries:
Programme Coordinator:
Dr. H. R. Pasindu
This email address is being protected from spambots. You need JavaScript enabled to view it.
Start Month:
January
Application Form:
Download at www.civil.mrt.ac.lk
SURVEYING LABORATORY
Lecturer in Charge : Mr. T. D. C. Pushpakumara
Technical Officer in Charge : Mr. H. S. Hettiarachchi
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Equipment |
Testing Facilities |
Software Facilities Available |
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Global Positioning System, |
Facilities available for : |
AutoCAD |
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Receivers |
Chain Surveying |
Pythagoras |
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Laser Total Station |
Levelling |
ArcGIS |
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Total Station Instruments |
Prismatic Compass Survey |
ERDAS |
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Electronic Theodolite |
Theodolite Traverse Survey |
Surfer 8 |
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Optical Theodolite |
Traverse Sheet Calculation |
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Vernier Theodolite |
Tachometry Surveys |
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Cradle Theodolite |
Plane Table Surveying |
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Micro-optic Theodolite |
Triangulation Surveys |
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Instructional Theodolite |
Surveying with Total Station |
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Precise Level |
Surveying with Global Positioning System |
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Automatic Level |
Computer generated survey plans |
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Engineers Level |
Civil engineering setting-out works |
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Dumpy Level |
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Self-Reducing Alidades |
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Self-Reducing Tachometers |
Survey camp of two weeks duration forCivil Engineering Students. |
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Sextants |
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Stereoscope |
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Subtense Bar |
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Distance Measuring Wedges |
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Invar Tape |
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Invar Staves |
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Multimedia |
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Photocopy Machine |
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Digital Camera |
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Personal Computers |
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Chain |
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Tapes(linen/ steel) |
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Accessories for basic surveying work |
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STRUCTURAL TESTING LABORATORY
Lecturer in Charge : Dr. H. M. Y. C. Mallikarachchi
Technical Officer in Charge : Mr. D. M. N. L. Dissanayaka
The Structural Testing Laboratory houses both data acquisition and hydraulic testing systems that are used in undergraduate teaching and research as well as in postgraduate research.
A variety of tests can be conducted in the Structural Testing Laboratory, ranging from concrete test cubes to the evaluation of full scale structural components such as wall panels, framed structures, transmission poles, precast concrete products, manhole covers, welded rails etc.
The main feature of the structures testing laboratory is the reaction floor consisting of a 1.0 m thick reinforced concrete slab to which the testing rigs can be attached. The laboratory is equipped with manual and servo-controlled jacks ranging in capacity up to 100 tons, together with associated measuring devices such as load cells and deflection gauges, and loading frames.
The laboratory is equipped with a 5-ton overhead crane to be used in erecting loading frames and positioning specimens, a 200 Tons compression machine, 30 channel high performance data logger, load cells (tension and compression), proving rings (3 tons, 10 tons, 30 Tons, 50 Tons and 200 Tons), prestressing wire jack, creep testing rig and LVDTs. The laboratory is also equipped with non-destructive testing facilities such as PUNDIT, rebound hammer, cover meter and concrete surface resistivity meter.
ROAD SAFETY & INTELLIGENT TRANSPORTATION SYSTEMS LABORATORY
Lecturer in Charge : Prof. W. K. Mampearachchi
Technical Officer in Charge : Mr. T. P. D. G. Indika Yohan
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Software Package |
Application |
|
Revised MAAP by UoM |
Accident data recording and analysis |
|
Blink 2005 |
Traffic Signal Design |
ROCK MECHANICS LABORATORY
Lecturer in Charge : Dr. L.I.N. De Silva
Technical Officer in Charge : Mr. D. G. S. Vithanage
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Equipment |
Testing Facilities |
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Los Angeles Abrasion Test Apparatus |
To perform Los Angeles Abrasion Test |
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Point Load Test Apparatus |
To determine the Point Load Index |
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Core Drilling Machine |
To perform Extrusion of Core Samples |
|
Slake Durability Test Apparatus |
To perform Slake Durability Test |
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Uniaxial Compression Machine |
To determine Uniaxial Compression Strength of rock core Samples |
Triaxial Test Direct Shear Test