M.Tech Electronics and Communication Engineering at NERIST Nirjuli Offline Course

Semester I

• Linear Algebra
• Modern Digital Communication Techniques
• Semiconductor Device Modelling
• 1^st Elective-A (For COMM. students)
• 1^st Elective-B (For VLSI students)
• 2^nd Elective-A (For COMM. students)
• Elective-B (For VLSI students)
• Communication Engineering laboratory (For COMM. students)
• Analog and Digital  Circuit Simulation Lab (For VLSI students)

Semester III

• Project Part I   

Electives A (For COMM student)

• Digital audio and video communication 
• Telecommunication switching and networks             
• Mobile communication           
• RF integrated circuits  
• Microwave devices and circuits 
• Information theory and coding techniques
• Computer communication networks
• Optical communication          
• Satellite communication system
• RF component and circuit design 
• Radar signal processing          
• Antennas and propagation for wireless communication            
• Advanced networks technologies 
• Error control technique           
• Electromagnetic interference and compatibility
• Channel modelling for wireless communication             
• High speed communication techniques 
• Signal processing for communication 
• Advanced digital signal processing 

Semester II

• Wireless communication  
• CMOS mixed signal circuits
• 3^rd Elective-A (For COMM. students)
• 3^rd Elective-B ((For VLSI students)
• 4^th Elective-A (For COMM. students)
• 5^th Elective-B (For VLSI students)
• Elective-C 
• RF laboratory (For COMM. students)
• Circuit Simulation and FPGA Lab (For VLSI students)
• Seminar

Semester IV

• Project Part II

Electives B (For VLSI student)

• VLSI technology
• CMOS analog design  
• Low power VLSI design        
• Digital IC design 
• CAD for VLSI 
• Design of semiconductor memories   
• Mems and microsystems technology  
• Advanced computer architecture
• Analog filter design    
• VLSI signal processing           
• VLSI data conversion circuit 
• Testing and verification of VLSI circuits
• Digital system design using FPGA 
• Photonics integrated circuits

Electives C (For COMM. students)

• Nanoelectronics          
• Neural networks, architecture and its applications 
• Adaptive signal processing 
• Soft computing
• Statistical signal processing and modelling
• Intelligent instrumentation
• Digital image processing
• Speech processing                   
• Modern control engg. 
• Biomedical signal processing 
• Embedded system design       
• Biosensors and biomems        
• Convex optimization