Staff

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I teach following courses

• Strength of Materials
• Theory of Structures
• Soil Mechanics
• Foundation Engineering
• Transportation Engineering

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Professional associations:

• Registered member of Nepal Engineering Council.
• Registered Member of Nepal Engineering Association

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Research interests:

• Geotechnical Engineering and Traffic Engineering

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Research publications:

• “Study on the Effect of Bus Bays on the Curb Lane Capacity of Kathmandu Valley” under the Supervision of Er. Anil Marsani.
• “Analysis of Pedestrian Crossing Speed in the streets of Ruse City” under the Supervision of Prof. Dr. Mitko Marinov

After the completion of Bachelor degree from Bengal Engineering College (Calcutta University), WB, India, I have worked in Nepal for 3.5 years and then pursued Masters in Soil Engineering (Geotech) from Asian Institute of Technology (AIT), Thailand.  In 2001, I finished my PhD from Hokkaido University, Japan. My dissertation title was “Design Parameters for Elasto-plastic FE Analysis of Soft Clay Ground.”

After the completion of PhD, I worked at Japanese Universities (Hokkaido University and Kyoto University) both as faculty and researcher. In addition, I have also worked as geotech-researcher in Japan (C-Way Engineering Consultancy, Hokkaido and Japan National Institute of occupational Safety and Health (JNIOSH), Tokyo) and Singapore (National University of Singapore, Singapore) also.

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I teach following courses:

• Soil Mechanics
• Soil Mechanics Practical
• Foundation Engineering

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Professional associations:

• Nepal Geotechnial Society (NGS),
• Nepal Geological Society (NGS)
• Nepal Engineering Association (NEA)
• Nepal Engineering Council (NEC)
• Japanese Geotechnical Society (JGS)
• Japanese Society of Civil Engineers (JSCE)
• International Society of Soil Mechanics and Geotechnical Engineering (ISSMGE)

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Research interests :

Geotechnical related researches

Site Investigation and site characterization, Laboratory and Field Tests related with soil and rock, Centrifuge and Large Scale Modelling, Slope stability, Embankment, Excavations and Liquefaction analyses, etc.

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Research publications:

A.　Journal Papers

1. Kung, G.T., Chien-Chih W., Tamrakar S.B., Yu-Geng T., Shih-Tsung., and Lien-Chieh C. (2014): Early-warning approaches for landslide using rainfall indices, Journal of Disaster Advances, Vol. 7(6), 2014/6/15.
2. Tamrakar S.B., Mitachi T., and Kung, G.T., Tensile strength and suction of naturally available saturated clays with modified tensile testing apparatus and their relationships with unconfined compressive strength, Journal of Disaster Advances, Vol.6(10), 96-109: Oct. 2013
3. Tamrakar S.B., Mitachi T., and Toyosawa Y., Measurement of soil tensile strength and factors affecting its measurement, Soils and Foundations, Vol.47, No.5, 911-918: 2007.
4. Tamrakar S.B., Toyosawa Y., Mitachi T., and Itoh K., Tensile strength of compacted and saturated soils using newly developed tensile strength measuring apparatus, Soils and Foundations, Vol.45, No.6, 103-11:2005.
5. Tamrakar S.B., Shibuya S., and Mitachi T., Parametric FE analysis of Bangkok clay underneath test embankment at Nong Ngoo Hao, Geotechnical Engineering Journal, SEAGS, Vol.31. No.3, 193-208: 2000.
6. Shibuya S. and Tamrakar S.B., Simulating soft clay deformation behind diaphragm wall by FE analysis using linear equalization FEM method, Geotechnical Engineering Journal, SEAGS, Vol. 36, No. 1, 1-12: 2005.
7. Shibuya S., Tamrakar S.B. and Manakul W., Geotechnical hazards in Bangkok – present and future, Lowland Technology International, Vol. 5, No. 1, 1-13: 2003.
8. Shibuya S., Tamrakar S.B. and Theramast N., Geotechnical site characterization on engineering properties of Bangkok clay, Journal of the Southeast Asian Geotechnical Society, Vol. 32, No. 3, 139-151: 2001.
9. Toyosawa Y., MitachiY., Yang J., Itoh K. and Tamrakar S.B., (2005): “Stability of Trench excavation underneath the construction machinery”, Journal of Japan Society of Civil Engineering，No. 806/III，pp.79-91.
10. Itoh Y., Toyosawa Y.，Tamrakar S.B. and Horii N. (2005): “Investigation and analysis of labor accident due to slope failure during construction works”, Journal of Japan Landslide Society，Vol. 41，No. 6，pp.17-26.
11. Tamate S., Itoh K. and Tamrakar S.B. (2009): “An experimental study on monitoring the shear deformations in the shallow section of slopes to sense an increase of the potential risk of failure”, Journal of Japan Society of Civil Engineering, Vol. 65, No. 1, 1-18, (2009.1).
12. Tamrakar S.B., Shiotani T., Chang K.C. and Fujiwara Y., Ultrasonic method for predicting residual tension of ground anchors, Journal of Non-destructive Testing 2016. (to be published)

B.　International Conference Papers

Refereed Conference Papers

1. Tamrakar S.B., Shiotani T., Chang K.C. and Fujiwara Y., Ultrasonic method for predicting residual tension of ground anchors, 6th International Conference on Emerging Technologies in Non-destructive Testing (ET-NDT6), Brussels, Belgium, May 28-29, 2015.
2. Chang K.C., Shiotani T., and Tamrakar S.B., Experimental verification of a Rayleigh-wave based technique for detecting the depth of deteriorated concrete, 6th International Conference on Emerging Technologies in Non-destructive Testing (ET-NDT6), Brussels, Belgium, May 28-29, 2015.
3. Tamrakar S.B., Prediction of residual tension of wedge-fix type ground anchors using ultrasonic reflection wave, International Workshop on Non-destructive Testing, Kyoto, Japan, December 28-29, 2014.
4. Tamrakar S.B., and Mitachi T., Tensile strength and suction of saturated NSF clay and their relationships with UC strength, Third International Conference on Geotechnique, Construction Materials and Environment, Nagoya, Japan, Nov. 13-15, 2013, ISBN: 978-4-9905958-2-1 C3051, 2013.
5. Tamrakar S.B., Toyosawa Y., Mitachi T., Itoh K., and Takashi K., Possible use of tilt-sensor
6. Tamrakar S.B., Toyosawa Y., Mitachi T., Itoh K., and Takashi K., Possible use of tilt-sensor for failure movement and failure plane just before slope failure, Proceeding of International Geotechnical symposium on “Geotechnical Engineering for disaster prevention and reduction”, Russia, pp.247-252, 2007.
7. Tamrakar S.B., Toyosawa Y., and Itoh K., Application of tilt-sensor in the slope excavation field for slope movement measurement just before failure, First North American Landslide Conference, Vail, Colorado, US, pp.1041-1050, 2007.
8. Tamrakar S.B., Mitachi T., and Toyosawa Y., Factors affecting tensile strength measurement and modified tensile strength measuring apparatus for soil, Mechanics of Unsaturated soils, Weimar, Germany, 2007.
9. Tamrakar S.B., Toshiyuki M., Toyosawa Y., and Itoh K., Development of new tensile strength measuring apparatus for soils with suction measurement, 13^th Asian Regional Conference of Soil Mechanics and Geotechnical Engineering, 2007.
10. Tamrakar S.B., Toyosawa Y., and Timpong S., Measurement of slope movement just before failure using newly developed tilt sensors, 13^th Asian Regional Conference of Soil Mechanics and Geotechnical Engineering, 2007.
11. Tamrakar S.B., Toyosawa Y., Itoh K., and Timpong S., Comparison of failure mechanism due to toe excavation, Centrifuge, Field test and Numerical Analysis, CI-Premier’s Geotechnique Week, 2006.
12. Tamrakar S.B., Toyosawa Y., Itoh K., and Timpong S., Failure heights comparison during excavation of slope using In-flight excavator, International conference on Physical Modeling in Geotechnics, Physical Modelling in Geotechnics-6^th ICPMG 2006, Ng, Zhang and Wang (eds),Vol.1, pp.385-390, ISBN 0-415-41586-1, 2006.
13. Tamrakar S.B., Toyosawa Y., Tanaka H. and Itoh K., Possibility of measurement of slope movement during the Sandy soil slope failure in centrifuge, Sea to Sky Geotechnique-2006, 59^th Canadian Geotechnical Conference, pp.351-358, 2006.
14. Tamrakar S.B., Toyosawa Y., Itoh K., and Airki K., Measurement of slope movement during the slope excavation of small size Full scale model, Proceedings of the International Symposium, Landslide Hazards in Orogenic Zone from the Himalaya to Island Arcs in Asia (Kathmandu, Nepal), pp.265-274, 2005.
15. Tamrakar S.B., Toyosawa Y., Itoh K., Horii N., and Kusakabe S., Failure mechanism of slopes in the centrifuge using In-flight excavator, Proceedings of the International Symposium, Landslide Hazards in Orogenic Zone from the Himalaya to Island Arcs in Asia, pp.255-264, 2005.
16. Tamrakar S. B., Mitachi T., Toyosawa Y., and Itoh K., Development of a new soil tensile test apparatus, , Geo-Frontiers 2005, Geotechnical Special Publication 138 (CD-ROM), ASCE, Reston, Va, 2005.
17. Tamrakar S.B., Shibuya S., and Mitachi T., Design parameters for elasto-plastic FE analysis of soft clay ground, of 12^th Asian Regional Conf. on Soil Mechanics and Geotechnical Engineering, Singapore, Vol.1, pp.829-832, 2003.
18. Tamrakar S.B., Shibuya S., and Mitachi T., A practical FE analysis for predicting deformation of soft clay subjected to deep excavation, of 3^rd International Conference on Soft Soil Engineering, Hong Kong, Vol.1, pp.377-382, 2001.
19. Tamrakar S.B., Shibuya S., and Mitachi T., Case study on the practical use of elastic modulus in deformation analysis of soft clay ground, Advance laboratory Stress-strain Testing of Geomaterials, pp.309-316, 2001.
20. Tamrakar S.B., Shibuya S., and Mitachi T., Behavior of soft Bangkok clay underneath test embankment at Nong Ngoo Hao, of the GEOTECH-Year 2000, Development in Geotechnical Engineering (Balasubramanium et. at edns.), Bangkok, Asian Institute of Technology, pp.145-154, 2000.
21. Tamrakar S.B., Shibuya S., and Mitachi T., Effects of elastic deformation modulus of Bangkok clay in predicting soil-structure interaction in excavation work, Proceedings of the 2^nd joint symposium between Hokkaido University and Yeungnam University, (Watanabe Y., Matsuto, T. and Murao, N. edns), pp.15-20, 2000.
22. Timpong S., Miura S., Toyosawa Y., Tamrakar S.B. and Itoh K., Case study and simulation of trench collapse in peat ground, The 13^th Asian Regional Conference of soil Mechanics and Geotechnical Engineering, Kolkata, India, ARC-SMGE, 2007.
23. Timpong S., Toyosawa Y., Tamrakar S.B., Miura S. and Itoh K., Investigation of slope failure during trench excavation in peat, 59^th Canadian Geotechnical Conference, Sea to Sky Geotechnique, Vancouver, Canada, pp. 389-393, 2006.
24. Toyosawa Y., Yang J., Timpong S., Itoh K. and Tamrakar S. B., Stability of trench excavation under construction machinery load, 59^th Canadian Geotechnical Conference, Sea to Sky Geotechnique, Vancouver, Canada, pp. 376-381, 2006.
25. Toyosawa Y., Itoh K., Tamrakar S.B. and Suemasa N., Redistribution of lateral earth pressures using movable earth support apparatus in centrifuge, International conference on Physical Modeling in Geotechnics (2006), Physical Modeling in Geotechnics, 6^th ICPMG 2006, Vol. 2, pp. 1111-1118, ICPMG, Ng, Zhang and Wang (eds) ISBN 0-415-41586-1, 2006.
26. Toyosawa Y., Itoh K., Tamrakar S.B. and Horii N., The characteristics of labor accidents caused by slope failure, Proceedings of the International Symposium, Landslide Hazards in Orogenic Zone from the Himalaya to Island Arcs in Asia, pp. 281-290, 2005.
27. Kusakabe S., Suemasa N., Toyosawa Y., Itoh K., Tamrakar S.B. and Ichikawa T., Centrifuge tests on lateral earth pressures using a movable earth support apparatus, Geotechnical Aspects of Underground Construction in Soft Ground (Netherlands), pp. 63-68, 2005.
28. Takahashi H., Sato N., Toyosawa Y., Itoh K., Horii N. and Tamrakar S.B., Comparison between different construction sequences for safety of slope by reliability analysis, Landslides: Evaluation and Stabilization, pp. 955-961, Lacerda, Ehrlich, Fontoura & Sayao (eds.) – 2004, ISBN 04 1535 665 2, 2004.
29. Itoh K., Toyosawa Y., Horii N., Tamrakar S.B. and Hashizume H., Failure mechanism of slope covered with shotcrete in a centrifuge, The 9^th International Symposium on Landslides, Vol. 2, pp. 947-953, 2004.
30. Takahashi H., Sato N.，Toyosawa T., Itoh K. and Tamrakar S.B., A basic study of the risk assessment about slope failure in construction stage, Asia Pacific Symposium on Safety, November 18 ~ 20，Taipei International Convention Center, pp. 479-482, APSS, 2003.
31. Shibuya S. and Tamrakar S.B., Engineering properties of Bangkok clay, Characterization and engineering properties of Natural Soils, pp. 645-692, Tan et al. (eds.), 2003.
32. Shibuya S., Tamrakar S.B. and Mitachi T., Deep excavation in Bangkok – characterization, measurement and prediction, IS-Kyoto 2001, Modern Tunneling Science and Technology, Japan, pp. 243-248, 2001.
33. Shibuya S. and Tamrakar S.B., In-situ and laboratory investigation into engineering properties of Bangkok clay, Proceeding of International Symposium on Characterization of Soft Marin Clays-Bothkener, Drammen, Quebec and Ariake Clays, Yokosuka, Japan, pp. 107-132, 1997.
34. Kohgo Y., Horpibulsuk S. and Tamrakar S.B., Simulation of volume change behavior of yellow soil sampled from Khon Kaen city in Northeast Thailand, 11^th ARC on Soil Mechanics and Geotechnical Engineering, Vol. 1, pp. 141-144, Hong et. al. (eds.) Balkema, Rotterdam, ISBN905809 0531, 1999.
35. Tamate S., Endo A., Toyoasawa Y., Itoh K. and Tamrakar S.B., Experimental analysis of shallow deformation in slope failure, AEG Special publication, No. 23, CD-ROM, ISBN 978-0-975-4295-3-2, 1^st North American Landslide Conference, 2007.

• Bachelor in Civil Engineering from Kantipur Engineering College
•  Deputy Head of Department at Civil Engineering Department.
• M.Sc. Running.

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I teach following courses

• Masonry Structure
• Civil Engineering Material
• Engineering Economics
• Surveying
• Transportation Engineering

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Professional associations:

Member of Nepal Engineering Council

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Research interests:

Construction technology and tools for planning of construction project based on construction time.

• Bachelor in Civil Engineering , IoE Pulchowk Campus, Pulchowk , Lalitpur
• M. Sc in Construction Management, Pulchowk Campus, Pulchowk, Lalitpur
• Site Engineer, Money Plant Namuna Basti Construction, Hattiban, Lalitpur
• Civil Engineer, Green Tree Developers, Jwagal, Laliptur

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I teach following courses:

• Civil Engineering Material
• Engineering Economics
• Construction Management
• Project Engineering
• Surveying ( Practical)

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Professional associations:

• Registered member of Nepal Engineering Council
• Registered Designer at Lalitpur Sub-Metropolitan City

Research interests:

• Quality and Safety in Building Construction activities in Nepal
• Land Pooling Possibilities in Kathmandu

• S.L.C.: Dhapakhel Secondary English School
• +2.: AIMS College
• B.E. in Civil Engineering, Kantipur Engineering College
• 2012 to Present, Lecturer, KEC
• M.Sc. Running ( Transportation Engineering)

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I teach following courses:

• Applied Mechanics
• Surveying I & II (Theory/Practical)
• Concrete Technology (Lab)
• Soil Mechanics (Lab)
• Hydraulic (Lab)
• Transportation (Lab)

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Professional associations:

• Nepal Engineering Council: 7804 ‘Civil’ ‘A’

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Research interests:

• Bridge Engineering

• Bachelors in Civil Engineering, 2008-2011 (IOE Pulchowk Campus)
• Masters in Energy System Planning and Management, 2014 – ongoing (IOE Pulchowk Campus)
• Design Engineer, Professional Network in Engineering Services, Lalitpur (2011-2013)
• Design Engineer, Hydro Solutions, Kathmandu (2014)
• Lecturer, Kantipur Engineering College, Lalitpur (2015-ongoing)

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I teach following courses:

• Fluid Mechanics
• Hydraulics
• Water Supply Engineering

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Professional associations:

• Registered member of Nepal Engineering Council

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Research interests:

• Energy Planning
• Hydropower operation

An enthusiastic and highly motivated individual who has a clear understanding of the role and responsibilities associated with being a civil engineer.

Academic  achievement:

• Tribhuvan University, Pulchowk Campus, M. Sc .Construction Management

• Tribhuvan University, Pulchowk Campus, Civil Engineering, 2009—2013, with first division (73.77%)

• S. NIKETAN H.S.S, +2 Science, 2006—2008, with Distinction (76.9%)

• SHREE SHARADA H.S.S., SLC, 2006, with Distinction (83%)

Experiences:

• Full time faculty member in KEC October 2015 onward

• ASSISTANT LECTURER FOR ROPEWAY ENGINEERING IN PULCHOWK CAMPUS November 2014 to March 2015

• UPPER TRISHULI 3A, CHINA GEZHOUBA GROUP COMPANY (CGGC) Position: QUALITY INSPECTOR of HEADWORKS AND TUNNEL., October 2013 to August 2014

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I teach following courses:

• Strength of materials
• Theory of structure
• Ropeway Engineering

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Professional associations (Optional) (for teaching faculties only)

• Nepal Engineering Council (Registration no: 11346)

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Research interests

• Related to Construction Management

I am Kirti Dhungana. I am basically from Thasikhel , Lalitpur. I am a good listener, quick learner, hard and smart worker along with good team player. I am self motivated and I aim to improve my knowledge and gain as much experience as I can. I would like to become successful in my profession.

Academic  achievements:

• Tribhuvan University, Kantipur Engineering college, Civil Engineering, 2068, with first division (73.09%)

• United Academy, +2 Science, 2068, with Distinction (75.02%)

• V.M higher secondary school, SLC, 2065, with Distinction (86.12%)

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Experiences:

• Full time faculty member in KEC from Mangshir 2072 onward

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I teach following courses

• Applied Mechanics
• Engineering Survey

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Professional associations

I am self-motivate, young and result oriented. In addition to this I am Hardworking and enthusiastic person and have a capacity and capability to operate the work in a diverse Nepali multicultural environment. I can perform well in any circumstances and have a knowledge and experience of disaster risk management, Green Recovery and  reconstruction with specialization on infrastructural construction work. I love meeting people and dealing with their personal needs. I am responsible and dedicated to perform my tasks and always looking for professional development in my future career.

I teach following courses:

Water Resource

Hydropower

Hydrology

Academic Qualification:

M.Sc Interdisciplinary Water Resource Management (IWRM) running, Nepal Engineering College

Bachelors in Engineering Civil, Cosmos College of Management and Technology, Pokhara University

Intermediate in Science, Trinity International College, HSEB

Work Experience:

Technical designer: Engineering Karmalaya

Project Coordinator: SSICDC, Gorkha

Wash Officer: SSN, Dhading

QUALIFICATIONS:

• Bachelor in Civil Engineering(2013 – 2017): Kantipur Engineering College,Dhapakhel,Lalitpur, affiliation to Tribhuwan University.

• Diploma in Civil Engineering (2012 A.D): Lumbini Engineering College, Bhalwari, Rupandehi affiliation to CTEVT (Nepal), Distinction (88.85%)

• School Leaving Certificate (2008 A.D): Brihaspati Higher Secondary School, S.L.C. Board (Nepal), Distinction (87.88%)

PERSONAL QUALITIES:

• Self-motivated, having a will and strong sense of commitment and responsibility.
• Seeking career-building opportunities.
• Enthusiastic to work in a dynamic environment.
• Having sense of humor, analytical and problem solving abilities.
• Eager to learn openness.

TRAINING AND SKILLS:

• SAP 2000, ETABS 2016.
• Proficient in use of Word, Excel, e-mail, Internet and exposure of other office packages from CSE Bhw.
• AUTOCAD 2008 from Lumbini Technical Institute, Sunuwal.
• Proficient in Hardware and Networking from CSE, Bhw.

Research interests

• Seismic Hazard analysis,sStructural dynamics and design of structure

Bachelors in Civil Engineering, Kantipur Engineering College (2013-2016)

GIS Engineer, Picasso Consultant Pvt. Ltd., Lalitpur (2016-2017)

Assistant Lecturer, Kantipur Engineering College, Lalitpur (2017-ongoing)

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I teach following courses:

Fluid Mechanics

Water Supply Engineering

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Professional associations:

Registered member of Nepal Engineering Council

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Research interests:

Water Resources Management

Infrastructure Planning and Management

I am an enthusiastic, dynamic, result-oriented person with decent communication capability. Sharing knowledge is my passion and I enjoy being involved in teaching Undergraduate Engineering students to training facilitator. I have worked in Post-Earthquake Reconstruction and have trained more than 300 technical persons and 600 masons about Earthquake Resilience Building Construction in different earthquake-affected districts of Nepal from Mountainous Solukhumbu to plain Chitwan. Besides teaching, I am involved in different research activities.

Educational Details:

• MSc in Construction Management, 2018, Pulchowk Campus, Tribhuvan University.
• MA Economics, 2018, Patan Multiple Campus, Tribhuvan University.
• Bachelor in Civil Engineering, 2014, Pulchowk Campus, Institute of Engineering, TU.
• Plus Two Science, 2010, NASA College, Kathmandu, Higher Secondary Education Board
• SLC, 2008 from Siddhartha Higher Secondary school, Damak, Jhapa, Nepal Board.

Work Details:

• Lecturer, Kantipur Engineering College, Dhapakhel, Lalitpur, (May 2019- Present)
• Civil Engineer, Progress Engineering Consult, Pulchowk, Lalitpur.
• Reconstruction Engineer & Individual Consultant, Government of Nepal, UNOPS, JICA, Poverty Alleviation Fund, etc.
• Lecturer, Hillside College of Engineering, Kathmandu.

Subject I teach:

• Engineering Economics
• Building Technology
• Strength of Material
• Applied Mechanics (Statics and Dynamics)

Research Interests

• Infrastructure and their returns
• Transportation planning

MSc Thesis: A Study on Infrastructure Investment and Economic Growth in Nepal

Association and Membership:

• Licensed Engineer, Nepal Engineering Council
• Member, Nepal Engineering Association

I am currently pursuing structure engineering at IOE Pulchowk Campus. I have a creative approach to problems and tackle problems with great enthusiasm. I am an ambitious, hardworking and friendly person in nature.

Educational Profile:

• M.Sc. in Structural Engineering (Enrolled), IOE Pulchowk Campus
• Bachelor of Engineering (BE), Civil, BMS Institute of Technology- Bangalore, India
• Grade 12, Apex Academy H S School- Bharatpur, Nepal, HSEB
• SLC Chahana International Academy Kapan 3 Ktm Nepal, SLC Board

Achievements:

• Indian Embassy Scholarship for Pursuing BE. Civil Engineering.
• Final year project on “Retrofitting of RC beam using Glass Fiber Reinforcement Polymer” shortlisted and funded by Karnataka state council for science and technology (KSCST).

Work Experience:

• Assistant Lecturer, Kantipur Engineering College (Currently Involved)
  Lecture on Structure Related Subject and Conduct Lab
• Building Design Authority Pvt. Ltd Kathmandu
  6 months of working experience as a junior Engineer in the field of structural analysis
• Karnataka Construction Company Bangalore
  3 weeks internship regarding detail and design of RC structure.

Research Interests:

• Retrofitting of Structures using Fiber Polymer
• Non-Linear Analysis of Structures