Andyes sudirja

•Developing hardware/software to overcome bottleneck process in Production Line using VB.net and C# which integrated with Microcontroller (ATMEL), FPGA and CRIO via I2C, SPI and RS232 with (firmware) Embedded C, Verilog HDL, VHDL and Labview. •PCB Design with Altium Designer 17 •Automating manual process and finding solutions to reduce human error. •Increasing accuracy of data used by Engineers/Technicians to analyze machine/line performances. • 3D Simulation factory Automation with FLEXSIM

• Developing DSP algorithm for Radar in baseband (digital) level • Designing architecture (hardware) for DSP modules in front end of Radar. • Completing the Noise Control Oscillator (NCO) module development for Radar in FPGA XILINX Kintex 7 using Verilog.

• Research in Single Input Single Output (SIMO) transceiver Digital Video Broadcasting – Terrestrial (DVB-T). • Developing a new algorithm of Diversity Combining for DVB-T for getting best SNR (Signal to Noise Ratio). • Creating MATLAB bit-precision model for the proposed Diversity Combining algorithm hence Telecommunication team could define the hardware performance rapidly. • Establishing hardware Diversity Combining using VHDL in FPGA Virtex V XILINX and FPGA Cyclone II ALTERA.

• Defining modules in Baseband Digital Video Broadcasting (DVB) • Working closely with model team (MATLAB/Telecommunication) on developing the optimum hardware performance. • Creating Digital Module for FFT-IFFT, Booth’s algorithm, Block Floating Point (BFP) arithmetic hardware, DVB-T Equalizer and FIR Filter in FPGA Xilinx and Altera using VHDL and Verilog which modelled in MATLAB. • Experience on Chip Scope-pro analyzer, Logic analyzer, AMU/Signal Generator and Osciloscope from RS.

• Improving Digital Video Broadcasting – Terrestrial (DVB-T) and WiMax Modules to comply with DVB-H (Handheld) • Developing a new algorithm for Fast Fourier Transform for DVB-T and DVB-H. • Establishing algorithm for Fast Fourier Transform (FFT) to comply with DVB-T and DVB-H (Handheld) simultaneously. • Completing the FFT development hardware for DVB-T and DVB-H in FPGA Cyclone III. • The FFT can cover 400% FFT points with only 3% additional hardware area compared with existing FFT design.

Microelectronics Telecommunication - FPGA. My master thesis title is 'New Method of 6-Way Antenna Diversity Combining Using FPGA Altera Cyclone II EP2C5OU48L48' which used for Digital Television (DVB-T). Reasearch is located in USA-Germany company BMS (Broadcast Microwave Service) in Wiesbaden.

Microelectronics Telecommunication - FPGA. My master thesis title is 'New Method of 6-Way Antenna Diversity Combining Using FPGA Altera Cyclone II EP2C5OU48L48' which used for Digital Television (DVB-T). Reasearch is located in USA-Germany company BMS (Broadcast Microwave Service) in Wiesbaden.

FPGA Microelectroncis - Telecomunication. My final project title is "Design and Implementation 2k/4k/8k Pipeline FFT/IFFT Core for DVB-T (Digital Television) and DVB-H Using FPGA Altera Cyclone III". This project is used for Modulation module in DVB-T