AUTOMATION ENGINEER AND RESEARCHER
INFINITY VACUUM TECHNOLOGY
مجموع سنوات الخبرة :9 years, 8 أشهر
Key Tasks:
• PLC program development, Motion (Servo, Stepper) control program development, PLC and HMI design, Electric panel design and development, instrumentation, EFEM(Equipment front end module) development, vacuum heating chamber development, EFEM robot and Vacuum robot teaching.
• Research on various vacuum technologies systems together with the Korea Institute of Standards and Science (KRISS) for LG display, Samsung (SEC, SDC, SDI), Posco, Hyundai, Sk Hynix, Dongjin-SemiChem etc.
• LabView program development (team member), PLC setup and commissioning (LS PLC, Delta PLC).
• Networking and Communication(Serial Communication RS232/RS485, Ethernet TCP/IP, Modbus TCP/ RTU, Cnet, P2P, Profinet)
• Software: EPLAN, AutoCAD Electrical, Quadera, Labview, XG5000, ISP Soft, FactoryI/O, Kepserver, Softing, Ignition, XP-Builder.
Projects:
Development and research on vacuum technology equipment with National Research Institute of
Science and Standards (KRISS).
• LG Display, Posco, Hyundai, and Dongjin-Semichem (Steel & Small Sample Thermal
Decomposition System): PLC program development, Motion (Servo, Stepper) control program development, electrical panel design, and development, LabVIEW-based DAQ development.
• Samsung (300mm Semiconductor Wafer Fusion Thermal Decomposition System): PLC program
development, Motion (Servo, Stepper) control program development, electrical panel design, and development, LabView-based DAQ development, EFEM robot and Vacuum robot teaching.
• SK Hynix Next-generation semiconductor project (Hybrid Thermal Decomposition System): PLC program development, Motion (Servo, Stepper) control program development, electrical panel design, and development, LabView-based DAQ development, EFEM robot and Vacuum robot teaching
Key Tasks: R & D - Development of smart grid advanced metering infrastructure using wired and wireless technologies
• Wired solution provided by using power line communication (PLC) for the advanced metering
infrastructure (AMI)
• Top-down PLC channel used for transfer function analysis
• PLC channel operated up to an extended frequency range of 100MHz
• Multi-carrier modulation (OFDM) used for combating the deficiencies of power line communication channel
• Includes advanced metering infrastructure to transform the traditional grid into smart grid
• Includes project report writing, research paper writing, simulation, technical experiments
• Used water-filling algorithm for power allocation in PLC.
Projects:
Power line communication for smart grid advanced metering infrastructure deployment (AMI) Major
Achievements:
Worked on two projects assigned to the laboratory (Power ICT) - Researcher
• Worked on a project funded by National Research Foundation (MSIT) (NRF2016R1C1B1014968).
• Worked on Project funded by (KEPCO) (Grant Number: R18XA04).
• Accomplished project task before the deadline
• Wrote one SCI journal research paper
• Wrote six conference research papers
• Simulations and experiments for AMI
PUBLICATIONS:
Water-filling based power allocation for channel capacity analysis in indoor power line communication
submitted in Journal of Communication and Network, JCN, 2018
Tufail Ahmed, Yonghoon Choi. Water-filling based power allocation for AMI in indoor power line communication network
24th International Conference on Electrical Engineering, Jun 2018
Tufail Ahmed, Youngchan Kim, Yonghoon Choi. A simplified analytical model of PLC channel for evaluating AMI performance.
Proceedings of the Korean Electrical Society Conference, pp. 176-178, Nov. 2017
Tufail Ahmed, Youngchan Kim, Yonghoon Choi. A study of power line communication channel behavior in universal frequency ranges.
Proceedings of the Korea Telecommunications Society Conference, pp. 1334-1335, Jan 2018
Tufail Ahmed, Youngchan Kim, Yonghoon Choi. Behavioral change in power line channel based on transmission distance.
28th Joint Communication and Information Conference, May 2018
Tufail Ahmed, Sarfaraz Ahmed, Yonghoon Choi. Baseband modulation and demodulation of IEEE WLAN 802.11b physical layer on MATLAB.
Proceedings of the Korea Telecommunications Society Conference, pp. 717-719, Jan 2018
Kim Youngchan, Tufail Ahmed, Yonghoon Choi . Profit analysis according to the correlation coefficient by customer load of shared energy storage device in real-time electricity plan.
Proceedings of the Korea Telecommunications Society Conference, pp. 1332-1333, Jan 2018
Key Tasks: Technical Operation - Technical Operation Management
• Technical field survey and proposal for cost-effective solutions
• Operational team management for fieldwork
• Creation of B.O.Q and survey reports
• Testing, and commissioning of all technical equipment
• Solutions provided in the following domains (PLC-based automation, perimeter detection, access control, road blocker, Cctv, etc.)
• Responsible for planning and proper allocation of available resources for smooth and efficient
operation
Key Tasks: (Communication & Networking)
Job Responsibilities
• Installation and adjustment of the line of sight of wireless UBNT device (Nano-bridge M5, Power Station)
• Optical cable-based P2P solution using Maipu switch
• Development and Management of Data Centers
Key Tasks: Cctv & Network Solution
Job Responsibilities
•Testing and commissioning access control system, analog, and IP CCTV camera system
•Provide analog and online network CCTV solutions
•Control center monitoring and control support
•Softwares used Milestone, Huawei IVS, omniscient, face recognition ANPR
Working in robotics and control systems. The research focus includes PINN(Physic Informed Neural Network), optimal control (Model Predictive Control). Robust control( Sliding mode control), Robotic arm manipulator, Wheeled mobile robot, Reinforcement learning, Linear Systems, and Nonlinear Systems. https://en.knu.ac.kr/main/main.htm
Field of study: Advance Metering Infrastructure for Smart Grid Thesis: “Water-filling based power allocation in power line communication and channel capacity analysis for smart grid ” https://international.jnu.ac.kr/IndexMain.aspx
Thesis “Design, Monitoring and Controlling of various Industrial process through remote location( Based on PLC & HMI)” https://www.bahria.edu.pk/
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