The Bachelor in Health Informatics at Aspire College is a four-year undergraduate program that brings health-related study together with information technology, data management, and digital health.
The program is organized into eight semesters with 127 total credit hours. Its curriculum moves across programming, public health, epidemiology, health information systems, bioinformatics, statistics, databases, health data governance, analytics, medical image processing, research, projects, and an internship or capstone project. Aspire College has 30 seats for the program. Eligibility, entrance, admission, curriculum, examinations, and degree awards follow the rules and regulations of Kathmandu University.
| Field | Details |
|---|---|
| Course | Bachelor in Health Informatics (BHI) |
| College | Aspire College, Biratnagar |
| University | Kathmandu University |
| Academic level | Bachelor |
| Duration | 4 years |
| Semesters | 8 |
| Total credit hours | 127 |
| Seats | 30 |
| Study areas | Health, informatics, IT, mathematics, research and data |
| Practical components | Projects, laboratory work, research, internship/capstone |
| Eligibility and admission | As per Kathmandu University rules and regulations |
| Examinations and degree award | As per Kathmandu University rules and regulations |
Bachelor in Health Informatics is structured around the point where health information, computing, data, and health services meet. Students do not study only software or only health subjects. The curriculum combines both areas and adds mathematics, statistics, research, management-related health study, and practical project work.
The program runs for four academic years. Across eight semesters, students complete 127 credit hours. Early semesters introduce programming, communication, mathematics, public health, health information systems, epidemiology, bioinformatics, and related foundations. Later semesters move into health databases, system administration, health data policies, digital health platforms, analytics, software engineering, medical image processing, disease surveillance, research, and a final internship or capstone project.
At Aspire College, the course forms part of a bachelor-level academic portfolio delivered in Biratnagar. The college is located on Malaya Road, Biratnagar, Morang, Nepal, and operates within the academic framework of Kathmandu University.
Health informatics deals with information used in health and healthcare settings and the systems through which that information is collected, organized, processed, analysed, communicated, and managed.
The curriculum approaches this area from several directions. Students study health-related subjects such as Introduction to Public Health, Epidemiology, Planetary Health, Basics of Radiology, Anthropology, Health Economics, Psychology of Health and Illness, and Disease Surveillance and Monitoring.
Alongside these subjects are computing and information-system courses. Python Programming appears in the first semester, followed by Application Development Framework, Health-Care Database System, Network and System Administration, Software Engineering, and other technology-oriented study.
The informatics component connects these areas more directly. Courses include Principle of Health Information Systems, Spectrum of Digital Health, Terminology in Health Informatics, Bioinformatics, Pharmaco-Informatics, Tele Health Care and Technology, Digital Health Platform, Health Data Inter-Operability, Health Data Analytics, Intelligent Health, and Medical Image Processing.
This mix gives the program a different academic identity from a general information technology degree. Computing is studied in relation to health information, health systems, health data, and related applications.
Duration: 4 years
Semesters: 8
Total Credit Hours: 127
The credit distribution changes across the program rather than remaining identical in every semester.
| Semester | Credit Hours | Main Academic Direction |
|---|---|---|
| Semester I | 18 | Programming, communication, mathematics, public health and health information |
| Semester II | 18 | Application development, epidemiology, bioinformatics and health quality |
| Semester III | 18 | Health informatics, statistics, radiology, telehealth and project management |
| Semester IV | 17 | Databases, systems, GIS, statistics, anthropology and project work |
| Semester V | 15 | Health data governance, digital health, research and interoperability |
| Semester VI | 17 | Health economics, analytics, intelligent health, software and project work |
| Semester VII | 15 | Healthcare management, medical imaging, psychology and surveillance |
| Semester VIII | 9 | Internship/capstone project and research seminar |
The progression totals 127 credit hours across the full degree.
Semester I carries 18 credit hours and establishes foundations across computing, communication, mathematics, health, and informatics.
Students study:
Python Programming
Professional Communication
Calculus and Linear Algebra
Introduction to Public Health
Principle of Health Information Systems
Spectrum of Digital Health
Starting with both Python Programming and Introduction to Public Health illustrates the interdisciplinary nature of the course from the first semester. Students encounter computing and health concepts side by side rather than completing them as separate phases.
Semester II also carries 18 credit hours.
The courses are:
Application Development Framework
Epidemiology
Terminology in Health Informatics
Bioinformatics
Technology-Enhanced Nursing Care
Health Quality Improvement and Safety
This semester broadens the curriculum into epidemiology, health terminology, biological information, technology-related nursing care, application development, and healthcare quality.
Semester III consists of 18 credit hours.
Students study:
Pharmaco-Informatics
Planetary Health
Basics of Radiology
Biostatistics
Tele Health Care and Technology
Project Management
The semester adds more specialized health informatics topics while introducing biostatistics and project management. Tele Health Care and Technology also brings technology-supported healthcare into the academic sequence.
Semester IV carries 17 credit hours.
The courses are:
Health-Care Database System
Network and System Administration
Population Dynamics and Geographic Information System
Inferential Statistics
Anthropology
Health Informatics Project I
This stage gives database and systems study a stronger place in the curriculum. Statistics and Geographic Information System-related study appear alongside anthropology and the first Health Informatics Project.
The inclusion of Health Informatics Project I marks a shift from subject-based coursework toward a defined project component.
Semester V contains 15 credit hours.
Students study:
Health Data Policies and Governances
Digital Health Platform
Research Methodology
Elective I
Health Data Inter-Operability
This semester places greater attention on the management, exchange, and governance of health data. Research Methodology also prepares students for more structured research work later in the program.
Health Data Inter-Operability addresses another core informatics concern within the curriculum: the ability to work with health information across different systems and settings.
Semester VI carries 17 credit hours.
Its courses are:
Health Economics
Health Data Analytics
Intelligent Health
Elective II
Software Engineering
Health Informatics Projects II
The semester combines health-sector study with data analysis and software development. Health Informatics Projects II continues the project sequence introduced in Semester IV.
Health Data Analytics and Software Engineering place analytical and technical work alongside Health Economics and Intelligent Health, maintaining the program's combined health-and-technology structure.
Semester VII consists of 15 credit hours.
Students study:
Health Care Management System
Medical Image Processing
Psychology of Health and Illness
Elective III
Disease Surveillance and Monitoring
This semester brings together healthcare management, image-related informatics, health psychology, surveillance, and elective study.
Medical Image Processing is particularly connected with the technical side of health information, while Disease Surveillance and Monitoring links data and information with the observation of health conditions at a broader level.
Semester VIII carries 9 credit hours and centers on final practical and research work.
It includes:
Internship / Capstone Project
Research Seminar
The final semester therefore gives students a dedicated period for applying and presenting learning developed throughout the preceding semesters.
The curriculum can be understood through several connected academic areas.
Health informatics courses form the central thread of the degree. They include:
Principle of Health Information Systems
Spectrum of Digital Health
Terminology in Health Informatics
Bioinformatics
Pharmaco-Informatics
Tele Health Care and Technology
Health Data Policies and Governances
Digital Health Platform
Health Data Inter-Operability
Health Data Analytics
Intelligent Health
Medical Image Processing
These subjects connect information processes and technological systems directly with health-related settings.
The IT component begins with Python Programming and continues through application development, databases, network and system administration, project management, and software engineering.
This gives students technical coursework that supports the informatics side of the degree rather than treating health information only as an administrative subject.
Public health and related subjects appear throughout the eight semesters. The curriculum includes Epidemiology, Planetary Health, Basics of Radiology, Technology-Enhanced Nursing Care, Health Quality Improvement and Safety, Anthropology, Health Economics, Health Care Management System, Psychology of Health and Illness, and Disease Surveillance and Monitoring.
These courses provide the health context in which information systems and data are studied.
Calculus and Linear Algebra appear in the first semester, followed later by Biostatistics and Inferential Statistics.
Research Methodology, Research Seminar, project work, and the internship/capstone component add a research and application strand to the degree.
BHI is not structured only around lecture-based coursework. Practical learning, laboratory work, research, projects, internship activity, and a capstone component form part of the academic design.
Health Informatics Project I appears in Semester IV, followed by Health Informatics Projects II in Semester VI. Semester VIII then contains an Internship / Capstone Project together with a Research Seminar.
This sequence places applied work at different stages of the program rather than reserving all practical work for the final semester.
The wider academic environment at Aspire College also includes workshops, projects, research activities, case studies, internships, laboratories, guest lectures, and industry interaction. These activities sit alongside the formal university curriculum and academic requirements established for the program.
An important distinction in BHI is that it is a non-clinical degree. It does not train students to practise medicine or nursing.
Its academic focus is health information and technology. Students study subjects related to health systems, data, databases, digital health, analytics, epidemiology, software, medical image processing, healthcare management, and research.
This distinction matters when comparing BHI with degrees centered on direct clinical practice. The course is built around information and technology functions connected with health and healthcare rather than training for the clinical responsibilities of doctors or nurses.
Eligibility: Eligibility for the Bachelor in Health Informatics at Aspire College follows the rules and regulations of Kathmandu University.
The course-specific academic threshold is therefore governed through the applicable university framework rather than a separate eligibility standard created for this page.
Entrance: Entrance requirements and procedures follow Kathmandu University rules and regulations.
Admission: Admission is conducted according to Kathmandu University rules and regulations.
Seats: Aspire College has 30 seats for the Bachelor in Health Informatics program.
The same university framework governs the academic process from eligibility and entrance through curriculum, examinations, and degree award.
Curriculum: The Bachelor in Health Informatics curriculum follows Kathmandu University academic rules and regulations. Its stated structure is four years, eight semesters, and 127 credit hours.
Examinations: Examinations are conducted according to Kathmandu University rules and regulations.
Degree Award: Degree award requirements follow Kathmandu University rules and regulations.
The program is therefore academically connected with Kathmandu University throughout admission, study, assessment, and degree completion.
The course structure gives students repeated academic exposure to technical, analytical, information-management, health, and research tasks.
Through the listed subjects and practical components, students work with areas such as:
Programming
Application development
Health information systems
Database systems
Network and system administration
Biostatistics and inferential statistics
Health data management
Data analytics
Digital health platforms
Health data interoperability
Software engineering
Medical image processing
Research methods
Project work
Professional communication
The extent to which individual students develop these abilities depends on their academic work, projects, practical engagement, and performance throughout the program.
The course identifies several professional areas connected with its curriculum:
Health Data Analyst
Digital Health Officer
EMR Specialist
Healthcare AI Researcher
Health Information Officer
Clinical Data Coordinator
Medical Records Manager
Healthcare Systems Analyst
These titles represent possible career directions related to health information, data, records, digital health, and healthcare systems. They should not be read as guaranteed employment outcomes. Career progression depends on a graduate's skills, academic performance, experience, role requirements, and available opportunities.
Students considering BHI can assess the program by looking at the balance of subjects rather than treating it as either a pure health degree or a standard IT degree.
The curriculum requires engagement with:
Programming and software-related study
Health and public health subjects
Mathematics and statistics
Health data and information systems
Research
Databases and systems
Project work
Internship or capstone work
A student interested in the use of information, software, data, and digital systems within health-related settings may find this combination relevant to their academic plans.
Students who are comparing BHI with a general IT program should note that a substantial portion of this curriculum is specifically tied to health, public health, healthcare management, epidemiology, health data, and health informatics.
It is a bachelor-level program combining health-related study with information technology, data management, health information systems, statistics, research, and digital health subjects.
The program runs for four years and is divided into eight semesters.
The complete program contains 127 credit hours.
Aspire College has 30 seats for the Bachelor in Health Informatics program.
The program operates according to the rules and regulations of Kathmandu University.
Yes. Python Programming appears in Semester I, and later semesters include Application Development Framework, Health-Care Database System, Network and System Administration, and Software Engineering.
Yes. Health Informatics Project I is included in Semester IV, Health Informatics Projects II in Semester VI, and Semester VIII contains an Internship / Capstone Project.
Yes. The curriculum includes Introduction to Public Health, Epidemiology, Planetary Health, Basics of Radiology, Health Economics, Psychology of Health and Illness, Disease Surveillance and Monitoring, and other health-related courses.
No. It is a non-clinical degree and does not train students to practise medicine or nursing. Its academic focus is health information, digital health, data, systems, and related technology.
Listed career areas include Health Data Analyst, Digital Health Officer, EMR Specialist, Healthcare AI Researcher, Health Information Officer, Clinical Data Coordinator, Medical Records Manager, and Healthcare Systems Analyst.
