M.Tech Electrical :Electrical Drives and Embedded control

Electrical Engineering is a division of engineering, which relates with the learning & functioning of electromagnetism, electricity and electronics. The programme of Masters of Technology in Electrical Engineering is a postgraduate programme course and includes the complex subjects of electrical machinery. In the last years of 19th century, this science was recognized as a work-related field when electrical telegraph happened to be called commercial. Nowadays, this field includes a variety of subtopics that further comprises power, control systems, telecommunications, electronics and signals processing. An electric engineer has various alternatives accessible in the marketplace when it comes to start a professional career.

Course Syllabus:

The M.Tech Electrical (Electrical Drives and Embedded control) is divided into 4 semesters. Semester wise syllabus is enumerated as follows:

1st Semester: Following topics will be included in the 1st semester-

Applied Maths for Embedded Engineer
Direct Current Drives Designs
System Designs Based on Micro Controllers
Complex Digital Circuit Designs
Elective - 1
Embedded System Laboratory

2nd Semester: Following topics will be included in the 2nd semester-

Alternating Current Drive Designs
Electrical Drives Controlling
Embedded Systems Design
Elective - 2
Elective - 3
Electrical Drive Laboratory

3rd Semester: Following topics will be included in the 3rd semester-

Complex Control Systems
Superior Embedded System
Very-Large-Scale Integration Architecture
Elective - 4
Elective - 5
Projects Phase - 1

4th Semester: Following topics will be included in the 4th semester-

Highly Developed Electrical Machinery
Elective - 6
Projects Phase – 2

Electives List:

Students may choose the elective options from the below mentioned list:

Highly Developed Power Semiconductor Apparatus
Instantaneous Operating System
Embedded Control Systems Design
Flexible Alternating Current Transmission Systems
Transducer & Measurements
Flexible Computing
Robotic Principles
Computer Networking
VHSIC Hardware Description Language
Embedded Communication for Software Designs
Embedded Networks
Synchronized Systems
Computer Aided Design of Power Electronic Circuit
Microelectromechanical Systems
Software Technologies for Embedded System