Curriculum Vitae

Analog Circuit Design Engineer

Intel Corporation 

Main Jobs:

- Managing deliverable of Mixed Signal IP project design team which consists of circuit designers, RTL designers, structural designers, mask designers, signal integrity and power delivery engineers.

- Responsible for developing a given hard IP (USB2, 8Gps IO, Audio/Soundwire IO, GPIO and OPIO) to deliver to the SoC customers.

- Planning the project resource, schedule and risk management throughout the IP project execution to meet the SoC customer commit schedule.

- Managing key stakeholder, customer communication and change request disposition.

- Working with the micro-architects to identify best solution to technical issues e.g. bug fixes and also work with the structural and mask design leads on schedule mitigation.

- Interfacing and managing outsourcing vendors.

- Responsible for IP integration related to RTL, APR and custom layout.

- Design the analog IO interface including platform design implementation of various IO interfaces.

- Responsible for the translation of physical security concepts into layout designs and all the parasitic

- extractions and analog simulations, including pre- and post-layout verification (DRC, LVS, & PEX).

- Analog IC design, circuit simulation and layout in 7 nm CMOS process using Cadence 6.

CAD Engineer

Intel Corporation 

Main Jobs:

- Custom layout within a DA role supporting back-end custom silicon design tools (layout editors, parameterized cells, custom auto-routing, SKILL macros, and environment) on advanced process nodes.

- Scripting using Perl, Python, Ruby, Tcl in the UNIX/Linux operating system.

- Creates flows/scripts to analyze and test design methodologies. 

- Specifies materials, equipment and supplies required for completion of projects. 

- Evaluates vendor practical capabilities to provide required products or services. 

- Responsible for designing, deploying and testing efficiency of tools to utilize in achieving design goals and collaborating with design teams on methodology development. 

- Applying design methodologies to help execute projects effectively and successfully with high quality.

Research Assistant

University College Cork - College Rd, University College, Cork (Ireland).

Main Jobs:

- Design of PAM-4 Ser-Des Systems including circuit design, prototyping, hardware system design development, characterization, MATLAB simulation, product development, and testing of PAM-4 ser-des system for high-speed data communications applications.

- Analog IC design, circuit simulation and layout of PAM-4 ser-des system circuit in CMOS 28 nm using Cadence 6.

Sr. Analog IC Design Engineer

NXP Semiconductors N.V. - High Tech Campus 46, 5656 AG, Eindhoven (The Netherlands).

Main Jobs:

- Development of Security cells including circuit design, characterization, simulation, prototyping, software/hardware development, and testing of latch sensor and high speed secure flip flops.

- Responsible for the translation of physical security concepts into layout designs and all the parasitic extractions and analog simulations, including pre- and post-layout verification (DRC, LVS, & PEX).

- Analog IC design, circuit simulation and layout of latch sensor and high speed secure flip flops circuit in CMOS 40 nm using Cadence 6.

Research Assistant

University College Cork - College Rd, University College, Cork (Ireland).

Main Jobs:

- Development of Phase Lock Loop Systems including circuit design, characterization, simulation, prototyping, hardware development, and testing of frequency synthesizers using high speed oscilloscope and FPGA modules, phase-locking for high-speed data communications applications.

- Analog IC design, circuit simulation and layout of Phase Lock Loop system circuit in CMOS 65 nm using Cadence 6.

International Research Scholar - Internship Student (Ultra-Low Power & Extreme Electronics Design Group)

Design of Low Power ECG Active Electrode for Wireless Bio-potential Sensor

Interuniversity Microelectronics Centre (IMEC) - Kapeldreef 75, Heverlee (Belgium).

Supervisor: Dr. Refet Firat Yazicioglu & Prof. Chris Van Hoof

Main Jobs:

- Design of a low power ECG active electrode for wireless bio-potential sensor including circuit design, prototyping, software/hardware development, characterization/measurement, MATLAB simulation, product development, and testing.

- Design of a front-end CMOS image sensor circuit for PCIS2 New Pixel development (Pinned Photodiode with 4T cell-using deep N-well structure) using Silterra 0.13 μm 1P8M CMOS Technology which was sponsored by Panasonic.

- Analog IC design, circuit simulation and layout of a front-end CMOS image sensor circuit for PCIS2 New Pixel development in CMOS using Cadence 6.

Product Engineer, Product Engineering Department

Infineon Technologies - No.317 Jalan Beringin, Muka Kuning Batamindo Industrial Park, 29433 Batam Island (Indonesia).

Main Jobs:

  - Transfer new product development (Automotive IC) from new development to final testing based on ISO 9001.

  - Improve test yield and quality based on Six Sigma approaching methodology.

  - Release new test program and embedded system hardware to production. 

  - Identify and implement productivity improvement and cost reduction projects. 

  - Provide technical support to production at final testing.

  - Lots on Hold Disposition, Burn-In and Test Time Improvement Projects.

Supporting Jobs:

Internship Student

FESTO - Jl. Trenggilis Tengah I No. 31, Kendang Sari Blok K 12 Surabaya 60292 (Indonesia).

Main Jobs:

- Successfully completed a pneumatic knocker control system including valve, fitting, PLC controller and cylinder system.

- Member of pneumatic and PLC control system team.

Internship Project - Low Power ECG Active Electrode Design for Wireless Bio-potential Sensor

Interuniversity Microelectronics Centre (IMEC) - Kapeldreef 75, Heverlee (Belgium).

Supervisor: Dr. Refet Firat Yazicioglu and Prof. Chris Van Hoof.

Major Role: The research project is focused on designing of a low power ECG active electrode for wireless bio-potential sensor including characterization, MATLAB simulation, and implementation. This work entails the design and characterization of a novel uni-polar three electrodes measurement for wireless bio-potential sensor for an ECG active electrode implementation. Our contribution would be twofold: (i) algorithm development for generating the computed ECG signals for reconstruct the ECG leads signals and (ii) characterization and medical validation of new novel ECG unipolar measurement methods.

Master Project - Fabricate (tape out) of Dual Glucose/Cholesterol readout chip

Chung Yuan Christian University, Chung Li city, Taoyuan. (Taiwan, R.O.C). 

Supervisor: Prof. Danny Wen – Yaw Chung, Ph.D. (鍾文耀 教授)

Major Role: dual glucose/cholesterol readout chip was built by using TSMC 0.35μm 2P4M CMOS Technology, carried by CIC (Chip Implementation Center) – Taiwan, R.O.C.

Master Project - Testing of linear current to frequency converter chip for amperometric Glucose sensing system

Chung Yuan Christian University, Chung Li city, Taoyuan. (Taiwan, R.O.C). 

Supervisor: Prof. Danny Wen – Yaw Chung, Ph.D. (鍾文耀 教授)

Tested by: Teddy Lesmana, Nguyen-Tan Nhut Quang, and Nikhil Bhalla

Major Role: testing of of current to frequency converter chip by using semiconductor device analyzer (Agilent B1500A, Agilent Technologies, Inc.).

Bachelor Project - Development of Elman Neural Network Application with LMA Training Algorithm for East Java-Bali Electrical Load Time Series Data Forecasting

Petra Christian University, Surabaya  (Indonesia). 

Supervisor: Dr. Felix Pasila, ST., M.Sc, Ph.D.

Major Role: design algorithm and development for Elman Neural Network Application with LMA Training Algorithm for East Java-Bali Electrical Load Time Series Data Forecasting by using MATLAB.