The Bachelor of Architecture (B.Arch.) at Kathmandu Engineering College is a five-year undergraduate architecture program conducted under the academic framework of the Institute of Engineering (IOE), Tribhuvan University.
The program combines architectural design with building construction, architectural history, structures, building science, graphics, surveying, settlement planning, building services, conservation, sustainability, construction management, professional practice, research, practicum, and thesis work. Design studios run through several stages of the curriculum and remain a central part of architectural study.
The course follows TU/IOE rules for curriculum, eligibility, entrance, assessment, examinations, academic progression, and degree completion. A minimum 90-working-day practicum is included in the fourth year, while the fifth year develops toward architectural research and a final thesis.
| Field | Details |
|---|---|
| Course | Bachelor of Architecture (B.Arch.) |
| Level | Undergraduate |
| Duration | 5 Years |
| Academic Structure | Year I to Year V |
| Institution | Kathmandu Engineering College |
| Location | Kalimati, Kathmandu |
| Affiliation | Tribhuvan University |
| Academic Authority | Institute of Engineering (IOE) |
| Entrance | IOE Entrance Examination |
| Seats | 48 |
| Practicum | Minimum 90 Working Days |
| Final Academic Component | Architecture Thesis |
| Degree Award | Tribhuvan University |
Architecture brings together design, technical knowledge, building systems, construction, visual communication, social context, and the study of how people use physical space.
The B.Arch. curriculum at KEC reflects this multidisciplinary character. Students do not study architectural design in isolation. Studio work develops alongside subjects such as building materials, structures, construction, building science, history of architecture, surveying, building services, estimation, settlement planning, conservation, sustainable architecture, economics, and professional practice.
This combination means that an architectural proposal must be considered from several perspectives. A student may need to think about spatial arrangement and visual form while also working with materials, structural requirements, services, climate-related considerations, construction methods, and the context in which a building or settlement exists.
The five-year structure allows these areas to develop gradually before students move into professional practicum, advanced studio work, architectural research, and thesis.
B.Arch. may suit students who are interested in both creative and technical work.
The curriculum requires drawing and visual communication, but architecture is not limited to artistic ability. Students also encounter mathematics, mechanics, structures, building construction, estimation, surveying, building services, research, and professional practice.
A student considering the program should be prepared for:
Architecture therefore requires sustained engagement with design as well as the technical and contextual questions that influence buildings and the built environment.
The program follows the IOE Bachelor in Architecture curriculum. Academic work progresses from introductory design and graphics to construction, structures, building science, planning, professional practice, research, and thesis.
| Academic Stage | Main Areas of Study |
|---|---|
| Year I | Mathematics for Architecture, Design Studio I–II, Introduction to Architecture, Building Materials, Architectural Graphics, Free Hand Sketching, Building Construction, History of Nepalese Architecture, Applied Mechanics |
| Year II | Design Studio III–IV, History of Eastern and Western Architecture, Building Materials II, Design Theory, Building Science, Building Construction II, Structure I–II, Computer Aided Design and Drafting, Surveying |
| Year III | Design Studio V–VI, Contemporary Architecture, Building Construction III–IV, Working Drawing, Sociology and Culture, Communication English, Human Settlement Planning, Estimation and Specification, Building Services I–II, Elective I |
| Year IV | Minimum 90-working-day Practicum, Architectural Conservation, Design Studio VII, Sustainable Architecture, Construction Management, Building Services III, Building Economics, Elective II |
| Year V | Seminar and Directed Studies, Design Studio VIII, Professional Practice, Architectural Research for Thesis, Elective III, Thesis |
The sequence shows how the program becomes progressively more integrated. Early years build drawing, design, technical, and historical foundations. Middle years bring construction, structures, environmental considerations, surveying, working drawings, and services more directly into architectural work.
The final stages shift toward practice, advanced design, research, and independent thesis work.
Design Studio appears repeatedly throughout the B.Arch. curriculum, beginning with Design Studio I and continuing through Design Studio VIII.
Studio-based learning differs from a conventional lecture subject. Students work on architectural problems over an extended period, developing ideas through drawings, models, presentations, technical considerations, and design revisions.
The progressive studio sequence allows students to move from introductory design exercises toward more complex architectural work. As technical subjects enter the curriculum, students are expected to consider those areas alongside design.
For example, later architectural work takes place after students have studied building construction, structures, building science, surveying, services, estimation, settlement planning, conservation, sustainability, and construction management.
Design therefore becomes increasingly connected with the practical conditions under which buildings are planned and developed.
Architectural communication begins early in the program.
First-year study includes Architectural Graphics I and II together with Free Hand Sketching I and II. These courses help students work with visual representation as part of architectural thinking and communication.
Computer Aided Design and Drafting appears in the second year, adding digital drafting to the student's developing architectural toolkit.
Working Drawing is included in the third year. This marks a shift from broader design communication toward drawings that connect architectural ideas with building and construction requirements.
The curriculum therefore develops architectural representation through several stages rather than relying on a single drawing subject.
Architecture students also study how buildings are put together.
Building Material I and II introduce material-related study, while Building Construction I through IV develops construction knowledge across several academic stages.
Structural study begins with Applied Mechanics and continues through Structure I and Structure II. These subjects give architecture students a technical basis for considering how architectural proposals relate to structural requirements.
The curriculum does not position architects as structural engineers. Instead, these subjects provide technical knowledge relevant to architectural design and coordination.
Estimation and Specification later adds another practical dimension by connecting architectural work with quantities, specifications, and construction-related documentation.
Buildings must respond to more than their visible form. Their performance also depends on environmental conditions and technical systems.
Building Science I and II appear during the second year. Building Services I and II are included in the third year, followed by Building Services III later in the curriculum.
These subjects sit alongside design and construction study, allowing students to consider technical building systems as part of architectural education.
Sustainable Architecture in the fourth year adds another focused area of study related to the environmental dimensions of architectural work.
Together, these subjects broaden the student's understanding of a building from its external appearance and spatial organization to the systems and conditions involved in its use and operation.
Architecture is also studied through historical, cultural, and theoretical perspectives.
The curriculum includes History of Nepalese Architecture, History of Eastern Architecture, History of Western Architecture, Contemporary Architecture, Design Theory I, and Design Theory II.
Sociology and Culture introduces another perspective by connecting the built environment with social and cultural conditions.
Human Settlement Planning extends the scale of study beyond an individual building. It brings settlement and planning considerations into the curriculum, allowing students to examine architecture within a larger physical and social setting.
Architectural Conservation in the fourth year introduces the study of existing buildings and heritage-related architectural concerns.
These subjects give design studio work a wider context. Architectural decisions can then be considered in relation to history, society, culture, settlements, conservation, and contemporary practice.
One of the major distinctions in the architecture curriculum is the professional practicum.
Year IV, Part I consists of Practicum carrying eight credits. The IOE curriculum specifies a minimum of 90 working days in architectural firms, organizations, or government offices.
The practicum places students in a professional working environment before they begin the final stages of the degree.
It is a formal academic requirement rather than an optional extracurricular placement. Students move from studio and classroom study into a setting where architectural work is carried out within organizational and professional processes.
After the practicum, students return to subjects including Architectural Conservation, Design Studio VII, Sustainable Architecture, Construction Management, Building Services III, Building Economics, and an elective.
The final year prepares students for a substantial independent academic and design undertaking.
Year V, Part I includes Seminar and Directed Studies, Design Studio VIII, Professional Practice, Architectural Research for Thesis, and Elective III.
Architectural Research for Thesis provides a direct transition toward the final thesis stage.
Year V, Part II is devoted to Thesis. The current IOE curriculum assigns 16 credits to this component.
The thesis differs from an ordinary semester subject because it requires students to bring together research, architectural thinking, design development, representation, and knowledge gained during the earlier years of the program.
It forms the concluding academic component of the five-year architecture curriculum.
Eligibility for Bachelor of Architecture at Kathmandu Engineering College follows the applicable rules and regulations of Tribhuvan University and the Institute of Engineering.
Applicants must satisfy the academic conditions prescribed by IOE for entry into the B.Arch. admission process.
KEC does not maintain a separate academic eligibility framework outside the TU/IOE system. Eligibility, entrance requirements, and admission conditions are governed through the applicable IOE process.
Admission to B.Arch. at KEC is connected with the IOE Entrance Examination.
Candidates who meet the applicable eligibility requirements participate in the entrance process conducted within the Institute of Engineering framework. Entrance performance establishes the rank used during the admission process.
Applicants then proceed through the applicable admission procedure using their IOE entrance information and program preference. Admission operates according to the merit and admission rules prescribed under the TU/IOE framework.
Kathmandu Engineering College has 48 seats for the Bachelor of Architecture program.
The IOE entrance process is therefore a central part of admission; applying to the college does not replace the university entrance requirement.
Assessment in architecture includes more than written examinations.
The curriculum contains theory subjects, studio classes, project work, drawing-based subjects, practical components, practicum, research, and thesis.
Design studios require continuing academic work across the semester, while technical and theoretical subjects follow their prescribed assessment structure. Project-marked courses also contain work that cannot be assessed solely through a conventional written examination.
Central examination functions operate through the IOE Examination Control Division for affiliated colleges, while KEC manages the college-level teaching and internal academic components required under the curriculum.
Students must complete the applicable coursework, studio requirements, projects, practicum, examinations, and thesis requirements to progress through the program and complete the degree.
Kathmandu Engineering College delivers the B.Arch. program as an affiliated college under the Institute of Engineering.
It does not independently award the university degree.
After successful completion of the curriculum and all prescribed academic requirements, the Bachelor of Architecture degree is awarded through Tribhuvan University.
This distinction separates the role of the college from the role of the affiliating and degree-awarding university.
The curriculum gives students opportunities to develop abilities related to architectural design and representation while also working with the technical and research aspects of the discipline.
Through studio, graphics, construction, structures, services, planning, practicum, and thesis work, students may develop skills in areas such as:
The level reached by each student depends on academic performance, studio engagement, practicum experience, thesis work, and continued professional development.
The curriculum provides an academic foundation for work connected with architecture and the built environment.
Graduates may explore opportunities in architectural design practices, planning and design organizations, construction-related settings, architectural conservation work, project coordination, research, or other roles where architectural education is relevant.
Further academic study may also be pursued in architecture or related fields, subject to the admission requirements of the institution and program concerned.
Career outcomes depend on individual ability, portfolio quality, professional experience, registration requirements, further qualifications, employer needs, and available opportunities.
Professional registration is separate from university graduation. The Nepal Engineering Council is the relevant professional regulatory body, and registration operates under the applicable council framework.
Students considering architecture should look beyond the idea that the course is mainly about drawing attractive buildings.
The five-year curriculum combines design with mathematics, mechanics, construction, structures, history, building science, services, surveying, planning, estimation, conservation, sustainability, management, professional practice, research, practicum, and thesis work.
It can be a suitable academic direction for students who are comfortable moving between creative design and technical study and who are prepared for sustained studio work over several years.
The program also requires a longer time commitment than KEC's four-year engineering degrees. Students should consider that five-year structure, the 90-working-day practicum, repeated design studios, and the final thesis when deciding whether the course matches their interests and study goals.
The Bachelor of Architecture is a five-year undergraduate program conducted under the IOE/TU academic framework.
Kathmandu Engineering College has 48 seats for the Bachelor of Architecture program.
Yes. Admission follows the applicable IOE entrance and merit-based admission framework.
Yes. The curriculum contains Design Studio I through Design Studio VIII across different academic stages.
Yes. The fourth year includes a practicum of at least 90 working days in architectural firms, organizations, or government offices.
Yes. Architectural Research for Thesis is included in Year V, Part I, followed by a 16-credit Thesis in Year V, Part II.
The curriculum and academic framework operate under the Institute of Engineering, Tribhuvan University. Central examination functions are managed through IOE.
Tribhuvan University awards the degree after completion of the prescribed academic requirements.
