Maksim Kuzmenka

senior engineer - circuit design

DRAM chip design. Circuit design. I/O, PLL. Power management

2005–2009 Qimonda AG / Munich-Germany DRAM IC design engineer / staff engineer. • DRAM IC design within 4 generations of CMOS technologies, from 110nm till 46nm. and data rates up to 7 Gbps. Analog and mixed signal MOSFET based circuit design of output drivers with signal conditioning (impedance calibration, slew rate control, preemphasis), data receivers and samplers, operational amplifiers, controlled oscillators, charge pumps, level shifters, duty cycle correctors, low-jitter current mode and CMOS clock

2001–2004 Infineon Technologies AG / Munich-Germany Design and signal integrity engineer / senior engineer. • Definition and development of DDR memory interfaces, like a data bus, command/address bus, clock distribution network at GHz range signaling on the system and PCB level. Development of JEDEC standards for DDR2 and DDR3 memory generations. • Simulation support of the memory module (DIMM and SODIMM) developing. System level signal integrity simulations using different levels of modeling: from behavior

1996–2000 Rusbelpribor / Minsk-Belarus Circuit design engineer– switched mode power supply focus. • Lead engineer on power supply subsystem of television 3D teodolite station and pulse mode-laser range-finder. • Circuit design of switched mode power supply for solid-state laser (laser range-finder). Electromagnetic interference (EMI) protection system level development. • Circuit design of servo motor control modules with pulse width modulation. • Design of various control and measurement circuitry using t

1993–1995 LEMT (Lasers in Ecology Medicine Technology) / Minsk-Belarus. Circuit design engineer– analog circuits focus. • Circuit and PCB design of linear and pulse power supply modules for medical laser equipment. • Circuit and PCB design of semiconductor laser modules for medical and industrial needs (trans-sclera therapy, smoke-meters, and triangulation), using discrete elements and precise analog ICs for power and temperature control and digital interfaces.