B.Tech. (Information Technology & Mathematical Innovations)

Course Structure

Each paper is designed as an interactive learning module. A paper with 6 credits has two components: a theory component of 3 credits and a laboratory component of 3 credits. Papers with a total of 3/4 credits do not have a separate laboratory component. Experiments, Hands-On projects, Innovative projects, Model implementations linked to each of the papers will be carried out in the "Engineering Kitchen: Innovation Lab".

Total credit in eight semesters is 256. A student passing a paper will earn the total credit assigned to that paper.

The evaluation or assessment for each paper shall be based on regular internal assessment throughout the semester and a final end-semester examination.

Key: T: Theory, L: Lab, P: Project/Internship

Semester I

Paper	Interactive Learning Modules		Credits					Marks
No.	(Paper Title)	T	L	P		Total	T	L	P	Total

I.1	Seeing the world through Calculus.
	First steps through symbolic	3	3	0	6		75	75	0	150
	mathematics

I.2	Linearity in Nature: Engineering
	through Linear Algebra. First steps	3	3	0	6		75	75	0	150
	through numerical algorithms

I.3	Optimizing memory use through Data	4	0	0	4		100	0	0	100
	Structure and Design	4	0	0	4		100	0	0	100
	Structure and Design

I.4	The Science and Art of Logic and	4	0	0	4		100	0	0	100
	Programming: Algorithms	4	0	0	4		100	0	0	100
	Programming: Algorithms

I.5	Physics at work I: Deconstructing	3	3	0	6		75	75	0	150
	Machines	3	3	0	6		75	75	0	150
	Machines

I.6	Business, Entrepreneurship and	4	0	0	4		100	0	0	100
	Innovation Management	4	0	0	4		100	0	0	100
	Innovation Management

I.7	Environment Science & Ecosystem	2	0	0	2		50	0	0	50
	Management	2	0	0	2		50	0	0	50
	Management

	Grand Total	23	9	0		32	575	225	0	800

Key: T: Theory, L: Lab, P: Project/Internship

Semester II

Paper	Interactive Learning Modules		Credits					Marks
No.	(Paper Title)	T	L	P		Total	T	L	P	Total

II.1	Modeling continuous changes
	through ordinary differential equations	3	3	0	6		75	75	0	150
	and complex analysis

II.2	Understanding real life situations	4	0	0	4		100	0	0	100
	through Discrete Mathematics	4	0	0	4		100	0	0	100
	through Discrete Mathematics

II.3	Decoding Computation Structure & Logic	4	0	0	4		100	0	0	100

II.4	Reflecting thought processes via	3	3	0	6		75	75	0	150
	Object Oriented Programming	3	3	0	6		75	75	0	150
	Object Oriented Programming

II.5	Physics at work II: Deconstructing	3	3	0	6		75	75	0	150
	devices	3	3	0	6		75	75	0	150
	devices

II.6	Art of Communication & Creative Writing	3	0	0		3	75	0	0	75
II.7	Knowing specialization streams (Electives)
II.7.1	Business processes and strategic IT	3	0	0	3		75	0	0	75
	alignment	3	0	0	3		75	0	0	75
	alignment

II.7.2	Electronics at work & circuit simulations	3	0	0	3		75	0	0	75

II.7.3	Exploring Biology - Systems Approach	3	0	0	3		75	0	0	75

	Grand Total	23	9	0		32	575	225	0	800

Note:

1.The student may opt for one or more papers in II.7. Only one paper will be included in the transcript as credit paper and the others as non-credit paper.

2.At the end of second semester, the student will opt for only one of the streams and will pursue papers meant for that stream in the subsequent semesters.

Key: T: Theory, L: Lab, P: Project/Internship

Semester III

Paper	Interactive Learning Modules					Credits							Marks
No.	(Paper Title)		T		L			P		Total	T		L		P	Total

III.1	Modeling change in the world
	around us: Partial Differential	4		0			0		4		100	0		0		100
	Equations

III.2	Handling information through Data	3		3			0		6		75	75		0		150
	Modeling & Design	3		3			0		6		75	75		0		150
	Modeling & Design

III.3	Instructing computing devices:	4		0			0		4		100	0		0		100
	Operating System	4		0			0		4		100	0		0		100
	Operating System

III.4	Language and Communication:		4		0			0		4	100		0		0	100
	Computational Linguistics		4		0			0		4	100		0		0	100
	Computational Linguistics
III.5	Specialization Stream – 1
III.5.1	Understanding Economic Behavior:	4		0			0		4		100	0		0		100
	The micro level	4		0			0		4		100	0		0		100
	The micro level

III.5.2	Electronics circuit elements and	4		0			0		4		100	0		0		100
	instruments	4		0			0		4		100	0		0		100
	instruments

III.5.3	Integrative Biology	4		0			0		4		100	0		0		100

III.6	Specialization Stream – 2
III.6.1	Principles of Management	4		0			0		4		100	0		0		100

III.6.2	Electronics circuit elements and	0		4			0		4		0	100		0		100
	instruments – Innovation Lab	0		4			0		4		0	100		0		100
	instruments – Innovation Lab

III.6.3	Cell: Biochemical and Molecular	4		0			0		4		100	0		0		100
	perspective	4		0			0		4		100	0		0		100
	perspective

III.7	Summer Internship : projects drawn		0		0			6		6	0		0		150	150
	from the world around us		0		0			6		6	0		0		150	150
	from the world around us
	Grand Total	23		3			6			32	575*	75*		150		800

Note:

1.The students will attend papers in III.5 & III.6 only from the opted stream

2.* For students opting for Electronics stream, the total marks for theory in this semester will be 475 and total marks for practical will be 175

3.The student will execute the internship III.7 during the preceding summer break.

Key: T: Theory, L: Lab, P: Project/Internship

Semester IV

Paper		Interactive Learning Modules			Credits							Marks
No.		(Paper Title)	T		L		P	Total		T		L		P	Total

IV.1		Does Nature play dice?: The amazing	3	3		0		6	75		75		0		150
		world of probability and statistics	3	3		0		6	75		75		0		150
		world of probability and statistics

IV.2		Understanding Computing Systems	3	3		0		6	75		75		0		150
		Architecture	3	3		0		6	75		75		0		150
		Architecture

IV.3		Software Engineering	3	0		0		3	75		0		0		75

	IV.4	Science, Philosophy, Truth: Impact of	3		0		0	3		75		0		0	75
		technology	3		0		0	3		75		0		0	75
		technology
	IV.5	Specialization Stream – 3
IV.5.1		Understanding Economic Behaviour:	4	0		0		4	100		0		0		100
		The macro level	4	0		0		4	100		0		0		100
		The macro level

IV.5.2		Digital electronics and logic design	4	0		0		4	100		0		0		100

IV.5.3		Genes to Genomes	4	0		0		4	100		0		0		100

	IV.6	Specialization Stream – 4
IV.6.1		Bringing Companies and clients
		together: Sales & Marketing	4	0		0		4	100		0		0		100
		management

IV.6.2		Digital electronics and logic design –	0	4		0		4	0		100		0		100
		Innovation Lab	0	4		0		4	0		100		0		100
		Innovation Lab

IV.6.3		Flow of information in living systems	4	0		0		4	100		0		0		100

	IV.7	Semester long innovation project	0		0		6	6		0		0		150	150
		Grand Total	20	6		6		32	500*		150*		150		800

Note:

1.The student will attend papers in IV.5 & IV.6 only from the opted stream

2.* For students opting for Electronics stream, the total marks for theory in this semester will be 400 and total marks for practical will be 250

3.The student will finalize the semester long project title, area, and mentor(s) for IV.7 during Semester III. The project work will commence from the beginning of the preceding winter break.

Key: T: Theory, L: Lab, P: Project/Internship

Semester V

Paper	Interactive Learning Modules		Credits					Marks
No.	(Paper Title)	T	L	P		Total	T	L	P	Total

V.1	Algorithms for Computational	3	3	0	6		75	75	0	150
	Mathematics: Numerical Methods	3	3	0	6		75	75	0	150
	Mathematics: Numerical Methods

V.2	Information exchange in computing
	devices: Data Communication &	4	0	0	4		100	0	0	100
	Networking

V.3	Computer and Brain: Knowledge	3	0	0	3		75	0	0	75
	Discovery and Artificial Intelligence	3	0	0	3		75	0	0	75
	Discovery and Artificial Intelligence

V.4	History, culture & civilization	3	0	0		3	75	0	0	75
V.5	Specialization Stream – 5
V.5.1	Maximizing performance: Human
	Resource management and Organizational	4	0	0	4		100	0	0	100
	Behavior

V.5.2	Embedded systems studio - I	4	0	0	4		100	0	0	100

V.5.3	Biological Networks: from Micro to	4	0	0	4		100	0	0	100
	Macro niche	4	0	0	4		100	0	0	100
	Macro niche

V.6	Specialization Stream – 6
V.6.1	Efficient manufacturing process:	3	3	0	6		75	75	0	150
	Production and Operations Management	3	3	0	6		75	75	0	150
	Production and Operations Management

V.6.2	Signals & Systems Engineering	3	3	0	6		75	75	0	150

V.6.3	Applied Genomics and Proteomics:	3	3	0	6		75	75	0	150
	Methods and techniques	3	3	0	6		75	75	0	150
	Methods and techniques

V.7	Industrial mini project	0	0	6		6	0	0	150	150
	Grand Total	20	6	6		32	500	150	150	800

Note:

1.The Student will attend papers in V.5 & V.6 only from the opted stream

2.The student will execute the Industrial mini project V.7 during the preceding summer break

Key: T: Theory, L: Lab, P: Project/Internship

Semester VI

Paper	Interactive Learning Modules				Credits								Marks
No.	(Paper Title)		T		L		P		Total		T		L		P		Total

VI.1	Linear Construction of Actions:
	Engineering through Linear	4		0		0		4		100		0		0		100
	Programming and Game Theory

VI.2	Computer Graphics and Visualization	3		3		0		6		75		75		0		150

VI.3	Advanced Algorithm Design	3		0		0		3		75		0		0		75


VI.4	Art & Design		3		0		0		3		75		0		0		75
VI.5	Specialization Stream – 7
VI.5.1	Handling money: Finance management	4		0		0		4		100		0		0		100

VI.5.2	Embedded systems studio – II	4		0		0		4		100		0		0		100

VI.5.3	Biodefense and Bioengineering	4		0		0		4		100		0		0		100

VI.6	Specialization Stream – 8
VI.6.1	e - Business: Organization and Strategy	3		3		0		6		75		75		0		150

VI.6.2	Control systems	3		3		0		6		75		75		0		150

VI.6.3	In silico Biology	3		3		0		6		75		75		0		150

VI.7	Project in Industry, Society and		0		0		6		6		0		0		150		150
	Villages		0		0		6		6		0		0		150		150
	Villages
	Grand Total	20		6		6			32	500		150		150		800

Note:

1.The student will attend papers in VI.5 & VI.6 only from the opted stream

2.Students will finalize the semester long project title, area, and mentor(s) for VI.7 during Semester V. The project work will commence from the beginning of the preceding winter break.

Key: T: Theory, L: Lab, P: Project/Internship

Semester VII

Paper	Interactive Learning Modules				Credits								Marks
No.	(Paper Title)		T		L		P		Total		T		L		P		Total

VII.1	Fluidity in nature: computational	4		0		0		4		100		0		0		100
	interpretations	4		0		0		4		100		0		0		100
	interpretations

VII.2	Computer Language Design & Engineering	3		0		0		3		75		0		0		75

VII.3	Software Project Management	3		3		0		6		75		75		0		150


VII.4	Visual arts & aesthetics		3		0		0		3		75		0		0		75
VII.5	Specialization Stream – 9
VII.5.1	Environment Management	4		0		0		4		100		0		0		100

VII.5.2	Engineering at Molecular Scale:	4		0		0		4		100		0		0		100
	Devices and Nanotechnology	4		0		0		4		100		0		0		100
	Devices and Nanotechnology

VII.5.3	Modeling and Simulating Brain	4		0		0		4		100		0		0		100
	Functions: Computational Neuroscience	4		0		0		4		100		0		0		100
	Functions: Computational Neuroscience

VII.6	Specialization Stream – 10
VII.6.1	Business automation strategies. ERP.	3		3		0		6		75		75		0		150
	Case studies and project in industry	3		3		0		6		75		75		0		150
	Case studies and project in industry

VII.6.2	Circuit Analysis and Synthesis	3		3		0		6		75		75		0		150

VII.6.3	Systems Biology	3		3		0		6		75		75		0		150

VII.7	Industrial mini project, Simulation of		0		0		6		6		0		0		150		150
	real time cases		0		0		6		6		0		0		150		150
	real time cases
	Grand Total	20		6		6			32	500		150		150		800

Note:

1.The student will attend papers in VII.5 & VII.6 only from the opted stream

2.Students will execute the Industrial mini project VII.7 during the preceding summer break

Key: T: Theory, L: Lab, P: Project/Internship

Semester VIII

Paper	Interactive Learning Modules		Credits					Marks
No.	(Paper Title)	T	L	P	Total	T	L		P	Total

VIII.1	Industrial Internship/Major Project	0	0	32	32	0	0		800	800
	Grand Total	0	0	32	32	0	0		800	800

Note:

1.Students will decide the field of work and the organization for execution of the Industrial Internship/Major Project VIII.1 during Semester VII.

B.Tech. (Information Technology & Mathematical Innovations)

B.A. Honours (Humanities & Social Sciences)

M.Sc. (Mathematics Education) @ Meta University

Ph.D. (Doctorate of Philosophy)

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