Abdul Basit Khan Email & Phone Number

Brisbane, Qld, Au

Sydney, New South Wales, Australia

Thesis Title: Real-time Data-driven Emergency Control of Power System considering Battery Energy Storage Systems

Dongtan, South Korea

Key Responsibilities:1: Developing and implementing software verification criteria and plans 2: Documenting design requirements and architecture and writing test procedures, test reports and static code analysis summaries 3: Coordinating testing and validation procedures through software development lifecycle 4: Analyzing design and determining coding, programming and integration based on general objectives and knowledge of overall architecture of product or solution 5: Assessing code during testing stage to determine potential glitches and bugs 6: Heading SW team in meetings with foreign customers 7: Presenting advance development projects to the customers List of Projects:1: Embedded software development of CNT Heater2: Embedded software development of Onboard Charger(OBC) system > Embedded software development of combined OBC & LDC converter > Implementation of 16 channels PWMs and 20 channels ADC > Implementation of High-speed CAN (500bits/s) for communication > Compliance of MISRA rules and ISO26262 standards

Asan, South Chungcheong, South Korea

List of Projects:1: Software and Algorithm Development of Battery Sensor Cable (BSC) for70Ah AGM,80Ah AGMand 50Ah Flooded Batteriesby using ADuCM330MCU. > Implementation of Kalman Filter and Auto Regressive eXogenous (ARX) model for state of charge (SOC) and state of health (SOH) estimation.> Modelling and estimation of state of function (SOF).> Development of Battery Temperature Model (BTM) for the estimation of internal temperature of the battery. > Implementation of LIN 2.0 for communication with engine control unit (ECU).> SOC & SOH errors of 5 % while SOF & BTM errors of 0.5V and 3.5 degree respectively are achieved and verified by vehicle drive tests and HOT & COLD chamber tests.> All standard MISRA rules are followed in software development.2: Software Development of Bidirectional High Voltage (100kW) DC-DC Converter by using TMS320F28377S MCU. > Implementation of 8 channels PWM and 20 channels ADC for interleaved DC-DC converter.> Design of S/W architecture based on AUTOSAR and ISO 26262 compliance.> Design of Unified Diagnostic Services (UDS) for diagnosis purpose.> Development of VECTOR CANOE panels for showing inputs and outputs of CAN communication data.> Code review based on MISRA-C rules.CPU : (TI DSP) 28337S,Microchip PIC16F15324, Infinieon TC234, AD ADuCM330.Technical Software: CAN Network ,Vector CANoe, Eclipse, TRACE32 Debuger, Code Inspector, KEIL etc.Protocols: LIN, CAN, SPI etc.

Dongjak-Gu, Seoul, Korea

List of Projects:1: SOC/SOH Estimation Method for AGM VRLA Battery by Combining ARX Model for Online Parameters Identification and Dual Extended Kalman Filter Considering Hysteresis and Diffusion Effects2: Novel Method to Model Hysteresis Phenomenon in Sealed Flooded Lead Acid Batteries3: Multistage Constant-Current Charge Method for Li-Ion Batteries

Doctor Of Philosophy - Phd, Electrical And Electronics Engineering

Master'S Degree, Electrical And Electronics Engineering

Bachelor'S Degree, Electrical And Electronics Engineering