Mohammed Hanneef PS

• Developed Fault Diagnostics system for the Trip Optimizer which is an automated cruise control system for locomotives using MATLAB/Simulink • Development of alternate control logic for LDS (Location Determination system in Locomotive) which is a core subsystem for auto-control of Locomotives • Developed complete simulation models of LDS by understanding the technical behavior of the existing system using MATLAB & Simulink and Stateflow

• Design update of AIRBUS A350 Trent XWB 84K/97K Engine Control functions (FAN, MNT, NI, ICC, ESSAI) at subsystem level. • Project lead for performing the Modeling and simulation of 40 engine functionalities of Trent XWB 84K/97K Engine Using MATLAB & Simulink. • Performed MBSE (Modeled Based System Engineering) to develop Trent XWB 97K design using ARTISAN.

• Performed Model Based design (MBD) for the development of a mechanical test facility to test the Air Flow Sensors for BOEING737 at Honeywell Toronto, Canada using MATLAB & Simulink • Developed control environment to perform HIL (Hardware in Loop) Testing on CPCS motor (Cabin Pressure Control Systems) using in real time environment at Honeywell California, USA for Airbus A350. • Developed VSM on FCS software leading to savings of 120 hours on each FCS project of 400 hours. (Team Lead for a VPD Project)

• Performed Modeling & Simulation (MBD) to develop the control logics for underwater moving vehicles to intercept the moving destination at precise angles using MATLAB • Experienced in tools such as MATLAB/Simulink, Stateflow, LabVIEW, LabWindows-CVI & NI-Test Stand

Lecturer for Engineering students on following subjects: Control Systems Electrical Technology Electrical Machines Electrical Power Generation

Modern Control Theory Power Electronics Power industrial drives

Basic Electrical Engineering AC & DC Machines Electrical Power Generation Utilization of Electrical energy Controls systems C language Microprocessor and Micro controller Semiconductor devices and circuits pulse and digital circuits