FINISHING SCHOOL FOR ENGINEERING GRADUATES
	SYLLABUS
	Table of contents
	MATHEMATICS –I .......................................................................................................	4
	MATHEMATICS –II.......................................................................................................	4
	BASICS OF BUSINESS, PROJECT APPRAISAL AND COST ACCOUNTANCY................	5
	INFORMATION SYSTEMS...........................................................................................	5
	OVERVIEW OF TECHNOLOGY ELEMENTS & INFORMATION SECURITY......................	6
	SOFTWARE ENGINEERING AND PROJECT MANAGEMENT........................................	7
	EMBEDDED SYSTEMS...............................................................................................	8
	SOFT SKILLS..............................................................................................................	9

	Note:
	An overview of these topics will be given. Course material for each   topic will be given to the student participants.
	MATHEMATICS – I
	Syllabus
	( Total Hours: 14 )
	Sets – Relation –Maps –Functions – Sequences.
	Truth Tables – Boolean Algebra.
	Permutations & Combinations
	Modulo Arithmetic – Euclids Algorithm - Fermat’s Theorem - Euler Totient Function – Primality Test.
	Mean, Mode, Median, Variance, Standard deviation.
	Probability – Binomial and Normal Distributions - Correlation & Regression
	Numerical Solution of Linear System by Gauss Elimination and Gauss Seidel Method.
	Exercises on Analytical Ability and Logical Reasoning.
	MATHEMATICS – II
	Syllabus
	( Total Hours: 16 )
	Mathematical structures – Trees, Graphs – Recursion – Graph Traversal – Minimum Path.
	Prepositional & predicate logic – Fuzzy logic – Time valued logic – Proof systems – induction – refuting allegations.
	Eigen values – distance norm in vector spaces –Application of differential & integral calculus.
	Conditional probability –Least squares curve fitting – Maximum likelihood methods.
	Linear programming – Simplex method –Non-linear programming – Gradient search method.
	Applications to IT.
	BASICS OF BUSINESS, PROJECT APPRAISAL AND COST
	ACCOUNTANCY
	Syllabus
	( Total Hours: 10 )
	Introduction to Micro and Macro economics.
	Introduction to Marketing Services
	Operations Management – Procurement process-Vendor evaluation-Quality Systems and Standards.
	Financial Management-Introduction to basic accounting-Introduction to costing-
	Management accounting-Time value of money-Project appraisal.
	HR Systems-Introduction to functional areas-Recruitment-Training.
	INFORMATION SYSTEMS
	Syllabus
	( Total Hours:40 )
	Overview of Information Systems:
	Introduction to Information system
	Understanding system from business view point
	Business processes
	Types & Levels of Information Systems
	An overview of SCM, KM, CRM, ERP.
	Technology support for IS:
	Data warehousing concepts-
	Data pre-processing –
	Concept of data cube, Comparison of OLAP with OLTP systems
	Overview data mining for knowledge discovery
	Mini project or by means of programming
	OVERVIEW OF TECHNOLOGY ELEMENTS & INFORMATION
	SECURITY
	Syllabus
	( Total Hours: 60 )
	Digital electronics & Microprocessor-8085/8086, Interfacing
	Computer Organization & Architecture-Parallel and Distributed environment
	Programming Language Concepts-Programming paradigms
	Data Structures & Programming-Searching & Sorting-C/C++
	Database Management Systems-Relational database-design
	Computer Networks-Protocols-OSI Reference model
	User Interface design-GUI design
	Mini project (as per the student interest and problems specified by industry)
	Information Security- DoS, Cryptography, Ciphers
	SOFTWARE ENGINEERING AND PROJECT MANAGEMENT
	Syllabus
	( Total Hours : 50 )
	Need of Software Engineering- Software Development Life Cycle Models
	Requirements Engineering
	Information modeling- Data flow diagrams- Entity Relationship
	Basic concepts of software design
	Software Construction- Use of Standards in construction- Structured programming practice.
	Software metrics – Metrics for complexity.
	Software Quality Assurance
	Software Testing
	Software Configuration Management and Version Control
	Software Maintenance – Reengineering – Reverse Engineering.
	A mini project in software engineering – Support of IT Industry needed.
	Components of Software Project Management
	SPM – Activities and Tools.
	Case study.
	EMBEDDED SYSTEMS
	Syllabus
	(Total Hours : 10 )
	Hardware design of circuits – Design using microcontrollers, Selection of components, Schematic entry using tools, Timing analysis, PCB design tools, Design, testing and verification using oscilloscopes and logic analyzer, Documentation.
	Overview of the latest technologies – Trends, Application areas, New directions.
	Embedded Software – Ideas regarding device drivers, RTOs, Protocols, Names of popular RTOs and Protocols
	Ideas of signal processing and filters.
	Hardware – Software interface – Examples of application – FPGA, CPLD, VHDL.
	SOFT SKILLS
	Syllabus
	( Total Hours : 40 )
	Communication Skills – Oral and Written communication, Presentation skills, Interview skills, Group discussion, Telephone strategies.
	Team Work – Interpersonal skills, Behavioural attitude, People management – Intrapersonal skills, Personality development, Clean and healthy living tips.
	Organizational Behaviour – Goal setting, Individual goal, Organizational goal
	Time Management – planning, Scheduling.
	Ethics, Values, Attitudes.
	Indian Culture and Heritage.