Albert Han Email & Phone Number

Chicago, Il, Us

Greater Chicago Area

• Developed Google Nexus 6, Moto Z / Z Force Droid, and Moto MODs interface• Designed Qualcomm APQ8084 and MSM8996 platform architectures including subsystems such as eMMC, UFS, and LPDDR4 memory, display, touch, and camera, and released out operational documents, and performed communication channel for software and factory• Designed glass and plastic OLED display module, MIPI DSI and VESA DSC interfaces, and flexible PCB placement and layout for world’s best class display. Estimated routing Signal Integrity using simulation tools, and validated designs for electrical and optical display performance targets• Co-worked with mechanical team and touch controller suppliers to design touch sensor structure and touch patterns by estimating display noise. Focused on touch tuning and performance optimization based on user trial feedbacks, robot test results and manual test outcomes for best-in-class touch performance• Aggressively led camera module selection, AF and OIS performance validation, dual CCT flash LED and circuit design, MIPI CSI flexible PCB design, and laser focus design for top-class camera performance• Experienced in engineering management such as planning of engineering resource and budget, and design validation process. Co-worked with mechanical team to lock down PCB placement, layout and grounding. Cooperated with supply chain and factory for prototype build planning and factory test implementations to meet production yield. Led industry safety certifications such as IEEE1725, EMC and CEC. Responsible for carrier requirement verifications and field return analysis

Seoul, Korea

• Developed six cellular phones and designed Linux phone platform architecture• Key products: Multi-Media Platform for SK Telecom Linux phone platform using dual-port RAM between TI OMAP and Qualcomm MDM, and TI OMAP CPU-based first Android phone, Milestone XT720, and Motorola 2nd Generation tablet, Droid Xyboard 10.1 MZ617• Technically responsible for Qualcomm MSM/MDM and TI OMAP CPU based system architecture design, documentations of theory of operations, and factory test support• Designed variable display interfaces such as SPI, parallel interfaces of Intel-80 and Motorola M68000, and MIPI DSI. Co-worked with suppliers to lead display module design, flex routing and SI verification using eCAD simulations• Championed memory selection and interface design for flash memory, SRAM, DRAM, discrete and PoP LPDDR, dual-port RAM, and SD cards, and responsible for interface Signal Integrity validation and performance improvement and reliability test execution• Leading engineer to design and validate Panasonic customized power management chip• In-depth experienced in digital interfaces such as USB, HSIC, memory interfaces, PCMCIA, I2C, I2S and SPI• Engineering representative for Strategic Component Team & Qualcomm MSM/MDM chipsets, and a member of Motorola Patent Committee

Seoul, Korea

• Developed Intel StrongARM SA-1100 microprocessor based PDA & Web Pad architectures• Developed digital baseband system optimized with battery charging, power management, display, touch and audio and UART & USB connectivities. • Developed Bootloader, SW driver, JTAG programming tool, and USB flashing tool• Responsible for PCB placement & layout, and factory test verification prior to production

Seoul, Korea

Started my career in the start-up of finger print authentification algorithm and platform development for cellular phones. • Developed Intel StrongARM SA-1100 microprocessor-based mobile finger print reader platform• Responsible for system design & optimization of uProcessor, finger print reader, power management, and USB & UART as well as PCB placement & layout

Master’S Degree, Control & Instrumentation Engineering, 4.0/4.0 Gpa

Merit-based scholarship (1996)

Bachelor’S Degree, Control & Instrumentation Engineering

Activities and Societies: A chairman of Student Council of my engineering departmentMerit-based fellowship (1991-1993)