Mohammad Lihanur Rahman Ifty

A highly motivated third-year Bachelor of Engineering (Honours) student specializing in Robotics and Mechatronics, with a passion for developing innovative solutions through engineering principles and advanced technology. Currently seeking an internship to apply theoretical knowledge in a practical setting, enhance technical competencies, and gain hands-on experience in the field of robotics and mechatronics engineering. Brings a strong foundation in mechanical and electrical engineering concepts, programming, and system design, complemented by real-world problem-solving skills honed through working in a fast-paced retail environment at Coles Express. Demonstrated ability to work effectively in team settings, manage time efficiently, and communicate complex ideas clearly. Eager to contribute to engineering projects that push technological boundaries and improve efficiency and sustainability.

• Postiebike Project: Implemented design processes, including the creation of parts, assembly, and detailed drawings utilizing SolidWorks. Engaged in 3D modeling, animation, and conducted Finite Element Analysis (FEA) along with sustainability evaluations to guarantee the integrity and efficiency of design solutions.
• Arduino Sensor Project: Opted for BME680 and BH1750 SDI-12 sensors. Developed a secure arduino based sensor. Successfully integrated, showcasing adaptability and strong communication skills.
• Cybersecurity Project: Directed a cybersecurity-centric initiative in autonomous vehicle, utilizing sensors to oversee essential metrics. Established a control room system for real-time monitoring with MQTT for secure, rapid data exchange. Strengthened safety and operational efficiency through the deployment of comprehensive cybersecurity protocols.
• LabVIEW Rail Crossing Project: Coordinated the development of a real-time railway crossing system in Melbourne, leveraging LabVIEW for accurate management. Developed a working prototype that included a dual-track railway, a single-direction road, and a pedestrian crossing. Effectively showcased the system's functionality with NI DAQ hardware, LabVIEW software, LED indicators, a servo motor, and infrared sensors.