- Teacher: Abhijit A.M.
Students will learn Analog and Digital Back end design concepts.
Students will learn various Digital design Hierarchy, controller (FSM), case study, meta-stability, synchronization, FSM issues, timing issues, etc and then implementation using reprogrammable platform like FPGA and SoC.
This course focuses on electronic product development. With all the 'analytic' study so far, the learners will learn how to apply those concepts to design an electronic system in this course. Right from idea development, paper design to final PCB design and testing, this course offers a lot to learn collaboratively.
From mobile phones to satellite systems, Real-Time
Operating Systems (RTOS) are every where. This course is a journey of
how an RTOS is designed and written. All the fundamental concepts
related to RTOS will be thoroughly taught through the design
of uC/OS-II, a popular RTOS kernel written by Jean Labrosse.
This course enables students to appreciate the role of various source and channel coding techniques in
This course is all about designing an embedded system with Embedded Linux OS. The journey unfolds the answers to many interesting questions such as 'what is system design', 'What's exactly there inside the Linux kernel', 'What it takes to write a device driver for Embedded Linux Vs what is takes to write an Embedded Linux application' and many such more. Learners will learn the entire Linux kernel architecture, writing device drivers and applications for Embedded Linux and Real-time OS with lots of hands-on experiments. The course will be co-taught by an industry expert as well, through which learners will get enough practical/industrial exposure.
This is a first course in Statistics for B.Tech. Planning students.
This is the third course of Mathematics and Statistics designed for B.Tech Planning.
Solid Mechanics course deals with response of materials under mechanical loadings. In case of recoverable deformations, it is called as Elasticity and for permanent deformations this branch is called as Plasticity. In short this course deals with concepts of stress and strain tensors and their constitutional relations for infinitesimal displacements.
This is a third year institute level open elective which is useful for students of all branches. It gives the basic theory of statistical techniques commonly used in engineering.
This course is particularly for the DIVII students.
To share assignments and other study materials regarding this subject.
Lab to study of Algorithms used in Digital Signal Processing
Cloud, Virtualization and Big Data
Semester VIII elective of the department for both Comp & IT students.
This course is created for the one week faculty development programme on Recent Trends in Cryptography and Network Security held during 18-22, Jan, 2016
fundamentals in computer programming for Div-4 2015-16
Introduction to Cloud computing
Overview of cloud models
Cloud computing tools study
Big Data in the Cloud
FOSS Development Course
Offered by Abhijit A M
This is the fundamental course in computer engineering. It will cover the basics of programming and algorithmic problem solving.
This is a second level course in statistics and gives the theory behind mathematical statistics and its applications in planning.
Online platform for conducting the first round of Xterminate in Mindspark'15.
This course is compulsory for Ph. D. students unless exempted by their departments.
It meets four hours a week. The examination scheme is flexible.
Common course for First Year students
Lean User Experience Design methodology is Agile customer centric process for web applications which is specially very useful for start ups.
Send your requests for accounts creation to helpdesk [ at ] coep [dot ] ac [dot ] in. Password reset requests are handled by data center.
If you are looking for an existing course, use this link
To get your doubts solved about moodle visit: COEP Moodle FAQ