Microcontroller (8/16/32bit)

• Embedded system design using 8 bit microcontroller (8051 Clubbed With PIC) (S-HT PIC)
• Embedded system design using 8 bit microcontroller (8051 Clubbed With AVR) (S-HT AVR)
• Embedded system design using 8 bit microcontroller (8051 Clubbed With Renassas) (S-HT R8C tiny)
• Embedded system design using 32 bit microcontroller (8051 Clubbed With ARM) (S-HT ARM)
• Wireless embedded systems (S-HT  WES)
• Real time operating system –uclinux (S-HT  RTOS)

• C/C++ (S-HT  C)
• JAVA (S-HT JAVA)
• .NET (S-HT .NET)
• Sqlserver/Mysql (S-HT SQL)

Power Electronics

• Mat lab for Power electronics (S-HT MATPOWER)
• Power Electronics Using Tms320f2407/F2812 (S-HT TMSDSP 1)
• Power Electronics Using Tms320f28335 (S-HT TMS DSP 2)
• Industrial Automation with PLC and SCADA (S-HT PLC SCADA)
• PSPICE for power electronics ( S-HT-PSPICE-PE)
• Switched Mode Power Supply System Design ( S-HT-SMPS-PE)
• FPGA based power electronics and drive systems using VHDL (S-HT FPGA PED VHDL)
• FPGA based power electronics and drive systems using Verilog (S-HT FPGA PED Verilog)
• Digital Motor Control Algorithm using MATLAB ( S-HT-DMC-PE)
• Inductor and Transformer Design for SMPS ( S-HT-SMPS-PE)
• dsPIC30F2010 development tool for brushless DC motor Design ( S-HT-DSPIC-PE)
• FACTS Devices Design using MATLAB ( S-HT-FACTS-PE)
• Design and analysis of electrical drives and its control circuits for industrial automation ( S-HT-EDC-PE)

VLSI

• CPLD & FPGA Design using VHDL (S-HT CF VHDL)
• CPLD & FPGA Design using Verilog (S-HT CF Verilog)
• FPGA Design and application using C (S-HT FPGA C)
• Advanced FPGA Implementation (S-HT AFPGA)
• Minimizing Design Time with the Chip Scope Pro Debug & verification tools(S-HT CS-PRO)
• Embedded Systems Development using Xilinx FPGA (S-HT ESD XFPGA)
• Advanced Embedded Systems Development using Xilinx FPGA (S-HT AESD XFPGA)
• Embedded Systems Software Development using Xilinx FPGA (S-HT ESSD XFPGA)
• Embedded Open-Source Linux Development using Xilinx FPGA (S-HT OS XFPGA)
• AccelDSP Synthesis Tool (S-HT Accel DSP Syn)
• DSP Design Using System Generator (S-HT DSP SYS GEN)
• DSP Implementation Techniques for Xilinx FPGAs (S-HT DSP XFPGA)
• FPGA design using ALTERA FPGA (S-HT ALTERA FPGA)
• FPGA Design using DSP Builder (S-HT DSP BUILD FPGA)
• Embedded system design using Nios® II embedded processor (S-HT ESD NIOSII)
• Designing with the Nios II Processor and SOPC Builder (S-HT SOPC NIOSII)

PCB Design

• Schematic design and PCB design using CADDENCE (S-HT PCB)