BE Civil students at Kathford International College learning structural design and construction

BE Civil Engineering

Create Construct
Change the world.

Learn to design, plan, and construct the next generation of sustainable, tech-driven infrastructure with Kathford’s BE Civil Engineering program in Nepal.

BE Civil Engineering
With Civil-Tech

Discover the power of AI in modern civil engineering design, planning, and execution with Kathford’s BE Civil program.

Smart Structures & Seismic AI

Smart Structures & Seismic AI:

Integrate ML for seismic risk analysis, material optimization, and predictive maintenance.

Civil-Tech Labs & Simulations

Civil-Tech Labs & Simulations

Learn tools like SAP2000, Civil 3D, HEC-RAS, and integrate Python for data-driven design.

Sustainable Infrastructure Innovation at kathford civil engineering

Sustainable Infrastructure Innovation

Focus on environmental impact, sustainability, and water resource AI applications.

AI School Collaboration initiated by Kathford

AI School Collaboration

Students engage in interdisciplinary AI projects like smart road analytics and structural load modeling.

Course Overview

Duration 4 Years, 8 Semesters

Incl, Internship

Location Balkumari

Lalitpur, Metropolitan City

Format Full Time

On Campus

Start date Mangsir- 2082

For Academic year 2082

INNOVATIVE SPECIALIZATION

Curriculum

Our Civil Engineering curriculum focuses on building strong technical foundations in structural analysis, construction, and environmental engineering. With a balance of classroom learning, fieldwork, and project-based experiences, the course prepares students to design and develop sustainable infrastructure solutions for the real world.

AIML

AI & ML

FIFI

Finance & Fintech

SAMA

Sales and Marketing

MAST

Management & Strategy

COMM

Communication & Self Development

Admissions Process at Kathford

Discover how to begin your academic path at Kathford. Admission details and financial guidelines, all in one place.

01

Eligibility & Entrance Exam

01

Eligibility & Entrance Exam

To apply for Engineering at Kathford,

  • you must have completed +2 Science or PCL with a minimum of ‘C’ grade in all subjects.
  • You must pass the IOE (Institute of Engineering) Entrance Examination conducted by Tribhuvan University.

02

College Visit & Priority Form Submission

02

College Visit & Priority Form Submission

After clearing the IOE exam, students must visit Kathford and fill out the College Priority Form (Rs. 500). In this form, students rank their preferred engineering programs (e.g., Civil, Computer, Electronics). The college then evaluates your preferences and publishes the selection result within a week.

03

Program Confirmation & Admission

03

Program Confirmation & Admission

If you are selected for your preferred program, you can proceed with admission. However, if you’re selected for a different program than your first choice, you can visit the college to discuss your options and take necessary steps accordingly. Once you confirm your seat, you complete the formal admission process.

04

Onboarding & Orientation

04

Onboarding & Orientation

Upon admission, students receive a Kathford college email ID and are contacted with essential academic resources, course details, and syllabi. Students are then welcomed through a special orientation session where they meet faculty members, fellow students, and participate in a welcome program.

Eligibility Criteria for BE Civil Engineering

  • Must Clear IoE Entrance Examination
  • Minimum ‘C’ in all subjects in PCL/+2 in Science with Physics and Math or Biology with Extra Math

Our Approach

KATHFORD LEARNING EXPERIENCE MODEL

Empowering students with a holistic, future-ready education that blends academic excellence, professional development, innovation, and personal growth—crafted to shape adaptable, creative, and globally competent graduates.

Student Profile

  • Academic Information
  • Interests
  • Academic Objectives
  • Career Goals and Aspirations
  • Language Proficiency
  • Digital Proficiency
Foundational Literacy
  • Reading Proficiency
  • Writing Skills
  • Comprehension Abilities
  • Subject Specific Literacy
  • Advanced Learning
  • Preparation
Professional Skills
  • Technical Skill
  • Analytical Skill
  • Interpersonal Skill
  • Project Management
Learning and Innovation Skills
  • Creativity, Innovation & Entrepreneurship Skills.
  • Critical Thinking and Problem Solving
  • Communication
  • Collaboration
Life and Career Skills
  • Flexibility and Adaptability
  • Initiative, Self-Direction and Career Planning
  • Social and Cross-Cultural Skills
  • Productivity and Accountability
  • Leadership
  • Active Learning and Curiosity
  • Emotional Intelligence
  • Financial, Civic & Environmental Literacy
  • Global Awareness
STRUCTURE AND LEARNING DOMAIN

Expected Outcomes
What fundamental literacy skills do students need to master for comprehensive knowledge and understanding?
Which specific professional skills should students cultivate to enhance career readiness and achieve success in the workplace?
Which essential life and career skills, including adaptability, leadership, and social responsibility, should be equipped to ensure holistic personal and professional development for students?

  • Navigation of knowledge, skills and abilities
  • Aligning learning objectives with Bloom’s Taxonomy
  • Feedback and loop communication
Academic goals and Strategy
  • Additional Courses and Specialized Trainings
  • Workshops and Practical Skill Development
  • Seminars and Industry Guest Speakers
  • Professional Certifications and Qualifications
  • Industry-Relevant Research Projects
  • Networking Events and Conferences
  • Collaboration with Industry Partners
  • Guided Projects
  • Mentorship
PROFESSIONAL DEVELOPMENT
  • Student Clubs
  • Events
STUDENT EXPERIENCE AND ACTIVITIES
  • Physical Amenities
  • Community and Affiliations
  • Learner Resources
LEARNING ENVIRONMENT
PROCESS AND PILLARS

Processes designed to achieve the outcomes
Processes and pillars encompass the essential actions and foundations required for holistic student development, aligning with academic goals, professional readiness, enriched experiences, and a conducive learning environment. These form the integral framework guiding the comprehensive approach toward fostering well-rounded individuals prepared for the challenges of the future.

LEARNING EXPERIENCE MODEL CANVAS

Student Profile

  • Academic Information
  • Interests
  • Academic Objectives
  • Career Goals and Aspirations
  • Language Proficiency
  • Digital Proficiency
STRUCTURE AND LEARNING DOMAIN

Expected Outcomes
What fundamental literacy skills do students need to master for comprehensive knowledge and understanding?
Which specific professional skills should students cultivate to enhance career readiness and achieve success in the workplace?
Which essential life and career skills, including adaptability, leadership, and social responsibility, should be equipped to ensure holistic personal and professional development for students?

Foundational Literacy
  • Reading Proficiency
  • Writing Skills
  • Comprehension Abilities
  • Subject Specific Literacy
  • Advanced Learning
  • Preparation
Professional Skills
  • Technical Skill
  • Analytical Skill
  • Interpersonal Skill
  • Project Management
Learning and Innovation Skills
  • Creativity, Innovation & Entrepreneurship Skills.
  • Critical Thinking and Problem Solving
  • Communication
  • Collaboration
Life and Career Skills
  • Flexibility and Adaptability
  • Initiative, Self-Direction and Career Planning
  • Social and Cross-Cultural Skills
  • Productivity and Accountability
  • Leadership
  • Active Learning and Curiosity
  • Emotional Intelligence
  • Financial, Civic & Environmental Literacy
  • Global Awareness
PROCESS AND PILLARS

Processes designed to achieve the outcomes
Processes and pillars encompass the essential actions and foundations required for holistic student development, aligning with academic goals, professional readiness, enriched experiences, and a conducive learning environment. These form the integral framework guiding the comprehensive approach toward fostering well-rounded individuals prepared for the challenges of the future.

  • Navigation of knowledge, skills and abilities
  • Aligning learning objectives with Bloom’s Taxonomy
  • Feedback and loop communication
Academic goals and Strategy
  • Additional Courses and Specialized Trainings
  • Workshops and Practical Skill Development
  • Seminars and Industry Guest Speakers
  • Professional Certifications and Qualifications
  • Industry-Relevant Research Projects
  • Networking Events and Conferences
  • Collaboration with Industry Partners
  • Guided Projects
  • Mentorship
PROFESSIONAL DEVELOPMENT
  • Student Clubs
  • Events
STUDENT EXPERIENCE AND ACTIVITIES
  • Physical Amenities
  • Community and Affiliations
  • Learner Resources
LEARNING ENVIRONMENT

The Kathford Experience

Join the Community of Creators and Winners.

Kathford student Ashish Thapa receiving Shivraj Pant Memorial Award for academic excellence

Award and achievement

Celebrating Excellence: Recognizing Student Achievements and Milestones!

Course Overview

Master Concepts Inside And Outside the Classroom

In Class

Engineering Mathematics I

Provides fundamental tools of calculus and algebra for solving engineering problems.

Engineering Chemistry

Explores chemical principles and materials essential for construction and engineering.

Engineering Mechanics

Studies forces, motion, and equilibrium of rigid bodies.

Basic Electrical and Electronics Engineering

Covers basic electrical circuits, laws, and electronic devices used in engineering works.

Computer Programming

Introduces coding and algorithms for solving computational problems in engineering.

Engineering Geology I

Focuses on rocks, minerals, and geological processes relevant to construction sites.

Civil Engineering Materials

Examines properties and applications of construction materials like cement, steel, and timber.

Out Class

Civil Wonder Presentation

Showcase innovative infrastructure ideas through engaging presentations.

Student Giving Presentation

Popsicle Bridge Challenge

Build model bridges and test their load-bearing capacity.

Kathford College student clubs helping students develop communication and leadership skills
In Class

Engineering Drawing II

Develops visualization and technical drawing skills using manual and CAD methods.

Strength of Materials

Analyzes how materials behave under stress, strain, and different loading conditions.

Engineering Physics

Explains principles of mechanics, thermodynamics, waves, optics, and electricity.

Engineering Geology II

Studies geological structures, earthquakes, and groundwater relevant to construction.

Engineering Survey I

Introduces basic surveying methods and instruments for measurement and mapping.

Engineering Mathematics II

Extends knowledge of calculus, vectors, and differential equations for engineering applications.

Out Class

Surveying Field Competition

Apply surveying skills to create accurate topographic maps.

A civil engineering student operating a Total Station

Concrete Mix Design Workshop

Design, prepare, and test concrete mixes for strength analysis.

Presentation on Large Langauge Models
In Class

Engineering Mathematics III

Focuses on vector calculus, Fourier series, and advanced mathematical techniques.

Numerical Methods

Teaches computational approaches to solve maths and engineering problems.

Fluid Mechanics

Explores fluid properties, pressure, and flow behavior in engineering systems.

Theory of Structures I

Introduces structural analysis of beams, trusses, and frames under loads.

Engineering Survey II

Covers advanced surveying techniques like traverse, leveling, and mapping.

Computer-Aided Civil Drawing

Uses CAD tools to create civil engineering designs and drawings.

Concrete Technology

Studies properties, mix design, and testing of concrete for construction.

Out Class

Staircase Design and Model Making

Convert 2D drawings into real architectural staircase models.

Sustainable Infrastructure Innovation at kathford civil engineering

Paper Bridge Competition

Construct paper bridges and evaluate their load performance.

Student Demonstrating Paper Bridge
In Class

Communication English

Enhances technical writing, speaking, and presentation skills for engineers.

Probability and Statistics

Applies probability and statistical methods to analyze engineering data.

Hydraulics

Studies fluid flow in pipes, channels, and hydraulic machinery.

Theory of Structures II

Focuses on advanced structural analysis methods for complex structures.

Soil Mechanics

Examines soil properties, classification, and behavior under different loads.

Water Supply Engineering

Covers water demand, quality, treatment, and distribution system design.

Building Technology

Introduces building construction methods, materials, and practices.

Survey Camp

Provides hands-on field training in surveying and mapping through practical exercises.

Out Class

SPSS for Civil Data Analysis

Analyze civil engineering data using SPSS for informed decision-making.

Student Giving Presentation

Civil Software Skills Showdown

Demonstrate civil software expertise through real-time problem-solving.

Vivitek - Vivid Color, Vivid Life
In Class

Foundation Engineering

Studies shallow and deep foundations, bearing capacity, and soil–structure interaction.

Design of Steel Structures

Covers analysis and design of steel members, joints, and frames.

Transportation Engineering I

Focuses on road planning, design, and traffic engineering basics.

Engineering Hydrology

Explains rainfall, runoff, and water resource estimation for projects.

Engineering Economics

Applies economic principles to analyze costs, benefits, and feasibility of projects.

Sanitary Engineering

Deals with wastewater collection, treatment, and disposal systems.

Design of Timber and Masonry Structures

Teaches design principles for wooden, brick, and stone structural elements.

Out Class

GIS Mapping and Analysis

Learn to visualize and analyze spatial data for infrastructure planning.

Civil Engineering students participating in civil enginnering field visit

External Technical Participation

Participate in inter-college or industry civil engineering competitions.

Civil Engineering students participating in survey
In Class

Estimating and Costing

Teaches methods to estimate material quantities, project costs, and prepare budgets.

Design of RCC Structures

Focuses on analysis and design of reinforced concrete elements like beams and slabs.

Transportation Engineering II

Covers advanced topics in highway design, pavement, and traffic management.

Irrigation and Drainage Engineering

Explains irrigation methods, canal systems, and drainage design.

Professional and Social Engineering

Introduces engineering ethics, professionalism, and social responsibilities.

Elective I

Specialized subject chosen for deeper study in a selected area of civil engineering.

Out Class

Civil 3D Design Workshop

Create and analyze infrastructure projects using Civil 3D software.

Academic Goals and Strategy Framework at Kathford College ensuring measurable learning outcomes

Concrete Structure Testing

Perform lab experiments to assess material strength and safety.

Kathford student attending discussion session with instructor
In Class

Operations Research

Uses mathematical models and optimization techniques for efficient decision-making.

Hydropower Engineering

Covers design and analysis of hydropower plants and water resource utilization.

Elective II

Specialized subject selected for advanced study in a chosen civil engineering field.

Elective III

Provides further specialization and expertise in a different chosen area.

Project I

Initial stage of independent project work involving problem identification and planning.

Project and Construction Engineering

Focuses on planning, scheduling, and management of construction projects.

Out Class

SAP/ETABS Structural Design Training

Master structural analysis and design using SAP and ETABS tools.

Smart Structures & Seismic AI

Site Management Field Visit

Observe real-world project management at active construction sites.

Civil Engineering students participating in survey
In Class

Project II

Final stage of project work where students design, analyze, and present engineering solutions.

Internship

A 12-week practical training program in industry to gain real-world professional experience.

Out Class

HEC-RAS Hydraulics Simulation

Simulate river flow and flood risks using HEC-RAS software.

Civil-Tech Labs & Simulations

Career and Resume Workshop

Prepare for job interviews and build strong career profiles.

Speaker Presenting About Design Elements and Principles
Experience engineering beyond textbooks through real-world events and exposure.

Course Roster

Term
Course Name Professor Concentration Credit Hour
Strength of material
Anil Kasula
Professor
Structural Analysis and Design, Construction Materials and Mechanics, Applied Engineering Physics
48 hours
Strength of Materials
Jivan Gwachha
Lecturer
Structural Analysis and Design, Construction Materials and Mechanics, Applied Engineering Physics
48 hours
Engineering Physics
Rabindra Budathoki
Associate Professor
Applied Physics in Engineering Systems, Material Science and Wave Mechanics, Fundamentals of Thermodynamics and Optics
48 hours
Mathematics
Arjan Kumar Sunar
Graded Senior Lecturer
Engineering Calculus and Linear Algebra, Numerical Methods and Differential Equations, Applied Mathematics in Civil Engineering
48 hours
Engineering Drawing
Mahesh Chandra Luintel
Senior Professor
Technical Drafting and Projection Techniques, Computer-Aided Design (CAD) Fundamentals, Graphical Communication in Engineering
48 hours
Engineering Surveying II
Narayan Basnet
Associate Professor
Advanced Surveying Techniques and Instruments, Geodetic and Topographic Surveying, Route and Construction Surveying
48 hours
Engineering Drawing Practical
Manoj Adhikari
Lecturer
Hands-on Technical Sketching and Drafting, Manual and CAD-Based Drawing Practice, Structural and Architectural Detailing
48 hours
Engineering Geology
Basanta Devkota
Associate Professor
Rock and Soil Mechanics in Civil Structures, Geological Hazards and Site Investigation, Earth Materials and Geotechnical Applications
48 hours
Communication English (Th. & Pr.)
Ashok Kumar Adhikari
Lecturer
Technical writing and presentation skills, interpersonal and professional communication, comprehension and language development.
48 hours
Soil Mechanics
Rajesh Khadka
Professor
Akash Pokharel
Lab Assistant
Sasishekhar Thapa
Lab Assistant
Soil classification and properties, shear strength and permeability analysis, foundation and slope stability studies.
48 hours
Building Technology
Sunil Thapa
Professor
Construction materials and methods, building systems and services, sustainable and modern construction techniques.
48 hours
Theory of Structure II
Subodh Sharma Gautam
Professor
Jeevan Gwachha
Senior Lecturer
Analysis of indeterminate structures, bending and shear in beams and frames, principles of structural stability.
48 hours
Hydrulics
Prakanda Dawadi
Lecturer
Fluid properties and flow dynamics, open channel and pipe flow analysis, hydraulic machinery and systems.
48 hours
Water Supply Engineering
Sujan Pudasaini
Associate Professor
Akash Pokharel
Associate Professor
Prakanda Dawadi
Associate Professor
Water sources and quality, distribution system design, treatment processes and sanitation.
48 hours
Profitability and Statistics
Merina Sthapit
Professor
Probability theory and distributions, statistical inference and hypothesis testing, data analysis and applications in engineering.
48 hours
Foundation Engineering
Rajesh Khadka
Associate Professor
Soil investigation and bearing capacity, shallow and deep foundation design, foundation failure and ground improvement techniques.
48 hours
Engineering Hydrology
Sasishekhar Thapa
Lecturer
Hydrological cycle and precipitation analysis, surface runoff and flood estimation, watershed management and water resource planning
48 hours
Theory of Structure II
Anil Kasula
Senior Lecturer
Suman Regmi
Lab Assistant
Analysis of indeterminate structures, bending and shear in beams and frames, principles of structural stability.
48 hours
Water Supply Engineering
Sujan Pudasaini
Professor
Water source assessment and quality analysis, design of distribution networks, water treatment processes and laboratory testing.
48 hours
Concrete Technology & masonry
Dinesh Sukamani
Department head
Santosh Bhatta
Senior Professor
Sasishekhar Thapa
Professor
Aakash Pokharel
Lab Assistant
Properties and mix design of concrete, masonry materials and construction techniques, durability and quality control of structures.
hours
Numerical Methods
Biben Das Mulmi
Associate Professor
Jayendra Raj Regmi
Associate Professor
Computational techniques for solving equations, numerical integration and differentiation, application of algorithms in engineering problems.
48 hours
Transportation Engineering
Dr. Pradeep Ku. Shrestha
Senior Lecturer
Traffic flow and highway design, pavement materials and construction, transport planning and management systems.
48 hours
Project Engineering
Dinesh Sukamani
Associate Professor
Project planning and scheduling, resource and cost management, risk assessment and quality control.
48 hours
Estimation and Costing
Jeevan Gwachha
Associate Professor
Quantity surveying and material estimation, cost analysis and budgeting, construction economics and financial management.
48 hours
Hydropower Engineering
Prakanda Dawadi
Aakash Pokharel
Dinesh Sukamani
Department Head
Hydrology and site selection, design of turbines and power plants, energy generation and environmental impact.
48 hours
Design of RCC Structure
Anand Kumar Mishra
Dinesh Sukamani
Department Head
Jeevan Gwachha
Principles of reinforced concrete design, analysis of beams, slabs, and columns, and structural detailing and safety considerations.
48 hours
Transportation Planning & Engineering [Elective I]
Dr. Pradeep Kumar Shrestha
Urban transport systems and demand forecasting, traffic management strategies, sustainable and multimodal transport planning.
hours
Rock Engineering [Elective I]
Bharat Dhakal
Rock mass classification and mechanics, tunneling and excavation techniques, stability analysis of rock slopes and underground structures.
hours

Meet The Masters

Masters Who Make Learning Lit.

IMG 5899 scaled
Er. Kishor Bagale Thapa

Assistant Professor, Department Head

Department of Civil Engineering

Screenshot 2026 06 26 at 11.01.40
Prof. Dr. Anant Babu Marahatta

Assistant Professor,

Department of Civil Engineering

Screenshot 2026 06 26 at 10.56.16
Er. Jeevan Gwachha

Assistant Professor,

Department of Civil Engineering

Mr. Arjan Kumar Sunar : Graded Senior Lecturer, Department of Civil Engineering
Mr. Arjan Kumar Sunar

Assistant Professor,

Department of Civil Engineering

Mr. Prakanda Dawadi - Lecturer, Department of Civil Engineering
Er. Prakanda Dawadi

Assistant Professor

Department of Civil Engineering

Mr. Sujan Pudasaini - Lecturer, Department of Civil Engineering
Er. Sujan Pudasaini

Assistant Professor,

Department of Civil Engineering

Mr. Sumann Raj Regmi - Assistant Lecturer, Department of Civil Engineering
Er. Suman Raj Regmi

Assistant Professor

Department of Civil Engineering

Screenshot 2026 06 26 at 10.37.36
Er. Sasishekhar Thapa

Assistant. Professor,

Department of Civil Engineering

Screenshot 2026 06 26 at 10.37.12
Er. Sabin KC

Assistant Professor,

Department Of Civil Engineering

Screenshot 2026 06 26 at 10.58.00
Santosh Sapkota

Lab Instructor,

Department of Civil Engineering

Screenshot 2026 06 26 at 10.59.39
Santosh Thapa

Instructor,

Department Of Civil Engineering

Ms. Roshani Shakya - Department Secretary, Department of Civil Engineering
Ms. Roshani Shakya

Department Secretary

Department of Civil Engineering

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