BCT 2080/2023

Bachelor's Degree in Computer Engineering

First Semester

Code	Title	Exam Type	Theory		Practical		Total
			Ass	Final	Ass	Final
SH401	Engineering Mathematics I	T	20	80			100
CT401	Computer Programming (Notes I, Notes II)	B	20	80	50		150
ME401	Engineering Drawing I (Book, Extra)	P			60	40	100
SH402	Engineering Physics	B	20	80	20	30	150
CE401	Applied Mechanics	T	20	80			100
EE401	Basic Electrical Engineering	B	20	80	25		125
Total Marks							725

(Notes aren't embedded yet! This course is very similar to BECEI, CLICK HERE to redirect to BECEI course collection)

Second Semester

Code	Title	Exam Type	Theory		Practical		Total
			Ass	Final	Ass	Final
SH451	Engineering Mathematics II	T	20	80			100
ME451	Engineering Drawing II	P			60	40	100
EX451	Basic Electronics Engineering	B	20	80	25		125
SH453	Engineering Chemistry	B	20	80	20	30	150
ME452	Fundamental of Thermodynamics & Heat Transfer	B	20	80	25		125
ME453	Workshop Technology	B	10		40		50
Total Marks							650

Third Semester

Code	Title	Exam Type	Theory		Practical		Total
			Ass	Final	Ass	Final
SH501	Engineering Mathematics III	T	20	80			100
CT501	Object Oriented Programming	B	20	80	50		150
EE501	Electric Circuit Theory	B	20	80	25		125
CT502	Theory of Computation	T	20	80			100
EX501	Electronic Devices & Circuits	B	20	80	25		125
EX502	Digital Logic	B	20	80	50		150
EX503	Electromagnetics	B	20	80	25		125
Total Marks							875

Fourth Semester

Code	Title	Exam Type	Theory		Practical		Total
			Ass	Final	Ass	Final
EE554	Electrical Machine	B	20	80	25		125
SH553	Numerical Methods	B	20	80	50		150
SH551	Applied Mathematics	T	20	80			100
EE552	Instrumentation I	B	20	80	25		125
CT552	Data Structure & Algorithm	B	20	80	50		150
EX551	Microprocessor	B	20	80	50		150
CT551	Discrete Structure	T	20	80			100
Total Marks							900

Fifth Semester

Code	Title	Exam Type	Theory		Practical		Total
			Ass	Final	Ass	Final
SH601	Communication English	B	20	80	25		125
CT601	Software Engineering	B	20	80	25		125
SH602	Probability & Statistics	T	20	80			100
EX602	Instrumentation II	B	20	80	25		125
EX603	Computer Graphics	B	20	80	50		150
CT602	Data Communication	B	20	80	25		125
CT603	Computer Organization & Architecture	B	20	80	25		125
Total Marks							875

Sixth Semester

Code	Title	Exam Type	Theory		Practical		Total
			Ass	Final	Ass	Final
CE655	Engineering Economics	T	20	80			100
CT655	Embedded System	B	20	80	25		125
CT653	Artificial Intelligence	B	20	80	25		125
CT652	Database Management System	B	20	80	50		150
CT651	Object Oriented Analysis & Design	B	20	80	25		125
CT656	Operating System	B	20	80	25		125
CT654	Minor Project	P			50	25	75
Total Marks							825

Seventh Semester

Code	Title	Exam Type	Theory		Practical		Total
			Ass	Final	Ass	Final
CT701	Project Management	T	20	80			100
CT702	Computer Network	B	20	80	50		150
CT703	Distributed System	B	20	80	25		125
CT704	Digital Signal Analysis & Processing	B	20	80	25		125
CT707	Project I	P			50		50
EX701	Energy Environment & Society	T	10	40			50
ME708	Organization & Management	T	20	80			100
CT72501	Advanced Java Programming (Elective I)	B	20	80	25		125
CT72502	Data Mining (Elective I)	B	20	80	25		125
CT72503	Embeded System Design Using ARM Technology (Elective I)	B	20	80	25		125
CT72504	Image Processing & Pattern Recognition (Elective I)	B	20	80	25		125
CT72505	Web Technology (Elective I)	B	20	80	25		125
EE72504	Power Electronics (Elective I)	B	20	80	25		125
EX72501	Radar Technology (Elective I)	B	20	80	25		125
EX72502	Satellite Communication (Elective I)	B	20	80	25		125
EX72503	Biomedical Instrumentation (Elective I)	B	20	80	25		125
EX72504	Aeronautical Telecommunication (Elective I)	B	20	80	25		125
EX72505	RF & Microwave Engineering (Elective I)	B	20	80	25		125
Total Marks							825

Eight Semester

Code	Tital	Exam Type	Theory		Practical		Total
			Ass	Final	Ass	Final
CE752	Engineering Professional Practice	T	10	40			50
CT751	Information Systems	T	20	80			100
CT753	Simulation & Modeling	B	20	80	25		125
CT754	Internet & Intranet	B	20	80	25		125
CT755	Project II	P			50	50	100
CT76502	Agile Methodologies (Elective II)	B	20	80	25		125
CT76503	Networking with IPv6 (Elective II)	B	20	80	25		125
CT76507	Big Data Technologies (Elective II)	B	20	80	25		125
CT78501	Remote Sensing (Elective III)	B	20	80	25		125
CT78503	Multimedia System (Elective III)	B	20	80	25		125
CT78504	Enterprise Application Design & Development (Elective III)	B	20	80	25		125
CT78505	XML: Foundation Techniques & Applications (Elective III)	B	20	80	25		125
EX78503	Telecommunication (Elective III)	B	20	80	25		125
CT78507	Geographic Information System (Elective III)	B	20	80	25		125
CT78508	Speech Processing (Elective III)	B	20	80	25		125
Total Marks							750

Refrences:

Pulchowk Campus

IOE Solutions

B.E. Computer Engineering is a four-year undergraduate program in Computer Engineering offered by Tribhuvan University in Nepal. ErgBus can provide a wealth of resources and materials tailored to the specific needs of Computer engineering students such as syllabus, notes, past papers, solved problems and exam strategies. Additionally, ErgBus can also provide interactive quizzes, mock tests and practice exams, which can help students to identify their weaknesses and improve their confidence before the actual exams. Overall, ErgBus can play a vital role in helping Computer engineering students at Tribhuwan University to achieve academic success and excel in their field by providing them with the necessary resources and materials to excel in the exams.

There are several ways to best utilize a Bachelor of Computer Engineering degree from Tribhuwan University in Nepal:

1. Pursue a career in the field of computer engineering: Graduates can find employment in various industries such as software development, system administration, network engineering, and data analysis.

2. Specialize in a specific area: As computer engineering is a broad field, it can be beneficial to specialize in a specific area such as artificial intelligence, data science, or cybersecurity.

3. Continue education: Graduates can pursue advanced degrees such as a master's or PhD in computer engineering or related fields to further specialize and advance their careers.

4. Entrepreneurship: Utilize the knowledge and skills gained during the degree to start your own business in the field of computer engineering or technology.

5. Stay up-to-date with industry trends: The field of computer engineering is constantly evolving, so it is important for graduates to stay informed about the latest developments and advancements in order to remain competitive in the job market.

It's important to note that, with a computer engineering degree, the opportunities are vast and varied, and it's important to explore and find what best fits you and your career goals.