Mohammad Alhamoud

Mechatronics Engineering Student

Profile summary

Key skills

Professional experience

• •Contributed to the organisation and coordination of engineering events and seminars.
• •Took a leading role in organising selected events and seminar sessions.
• •Hosted and facilitated seminar discussions, strengthening communication and presentation skills.
• •Worked collaboratively with other student members to coordinate activities and events.

Projects

Developed a smart greenhouse monitoring and control system integrating temperature, soil-moisture and light sensors. Implemented automated control of ventilation and irrigation using motors, relays and sensor-based control logic. Designed and tested the system using Arduino and Tinkercad and developed the LabVIEW interface for monitoring and control. Applied threshold and hysteresis-based control to improve system stability.

Developed a conveyor-based batch control system using four sensors to monitor and count products through a sequential process. Programmed the control logic using Siemens PLC technology and TIA Portal. Designed the HMI interface for monitoring and interacting with the automated process.

Developed an autonomous mobile robot capable of line following and obstacle avoidance. Integrated five IR sensors for line detection and an ultrasonic sensor for obstacle detection. Implemented navigation logic to allow the robot to operate from different starting points and reach designated stopping points.

Developed a simulated cocoa processing system in LabVIEW representing multiple stages of an industrial process. Implemented product sorting based on usable/valid and expired/non-usable conditions. Developed the system interface and control logic to simulate the monitoring and operation of the process.

Designed and implemented a multi-stage BJT audio amplifier as an individual engineering project using CE, CE and Class AB stages. Simulated amplifier behaviour using LTspice before practical implementation. Participated in a separate team-based amplifier design incorporating CE, CE, CE and CC stages.

Designed and physically implemented a compact digital system using four binary inputs. Integrated real-time clock inputs and a sunlight sensor array to represent different time-of-day conditions. Simulated the design in Tinkercad before physical implementation.

Developed a projectile trajectory simulation incorporating velocity, gravity and travel distance. Created an interactive GUI allowing trajectory parameters and target distance to be adjusted. Incorporated a gamified target condition requiring the projectile to land at a specified position without overshooting.

Worked as part of a team on a vibration-control model for urban infrastructure. Developed a reduced two-degree-of-freedom model after initially investigating a three-degree-of-freedom approach. Used MATLAB to model and analyse the dynamic behaviour of the system.

Developing a robotic-arm simulation using ABB RobotStudio. Programming an ABB industrial robot to perform a controlled writing task. Project includes both software simulation and practical implementation using an ABB robot arm.

Developing a machine-vision application for automated tumour detection. Applying image-processing and intelligent analysis techniques to medical images. Project is currently in development as part of academic coursework.

Education

Mechatronics Engineering | Relevant areas of study: Robotics and industrial automation, Control systems, Electronics and circuit design, Engineering simulation and modelling, PLC systems, Mechanical design, Programming and digital systems

Certifications

Languages