Electronics/Control Engineer
Marine Services Co. Ltd.
Total des années d'expérience :7 years, 2 Mois
Designing of electrical circuits/systems.
Making drawing of electrical and mechanical systems.
Testing and commissioning of electrical systems.
Preparing project reports.
Supervising labour on site.
Maintenance of electrical systems.
Being the Design Engineer at Embedded Technologies my job responsibilities were to:
Work along with colleagues to design new systems, circuits and devices or develop existing technology.
Developing GUIs for systems on LabView.
Programming microcontroller for projects.
Prepare test plan and test procedures for electronic systems.
Research latest technologies and accordingly determine design parameters.
Review and recommend changes to existing designs to improve performance and quality.
Perform root cause analysis of design issues and develop effective resolutions.
Document all design and testing to the required level of detail.
Evaluate systems and recommend design modifications or equipment repair.
I was assigned SMW-3 department. Learned about their infrastructure, process of communication and equipment and systems installed there. They also taught me about different alarms received due to certain failures.
Assigned three departments Electronic Control Room, Aeronautical Message Handling System and RADAR. There I gained knowledge about air traffic management, communication method and equipment, AMHS hardware and functions of AMHS.
Completed my BE Electronics degree with colours. Learned allot from the faculty. My Final Year project was "DEVELOPMENT OF NEURAL SIGNAL CONTROLLED WHEELCHAIR". It's purpose was to offer handicaps an alternative solution to control wheelchair by neural signals instead of using hands. It uses an EEG headset which helps us to measure user's attention level and detect eye blinks. This data is sent to AVR micro-controller via Bluetooth over serial protocol which parses it, reads it and generates PWM signals according to blink counts to set desired direction. We used 24v DC geared motors capable of handling load up-to 80 kg. To control these motors we designed an H-bridge, working on the PWM signals generated by micro-controller. To make it secure to use, ultra sonic sensors were used to avoid any collision.