Academic insights and technical expertise to support graduate students in achieving excellence and success.

Hello! I'm Abduladheem Almalki (Abdu), a mechanical engineer with a PhD in Advanced Manufacturing from RMIT University, Australia. My journey in engineering and research spans across cutting-edge technologies like additive manufacturing, human-centered design, and renewable energy optimization. I am passionate about problem-solving, product development, and empowering others with knowledge.

Professional Experience

With years of hands-on experience in academia and industry, I bring a wealth of knowledge to the table

Researcher and Innovator

Developed a design tool for additive manufacturing, automating structural reconstruction and performance simulations using MATLAB and Abaqus/CAE.
Conducted finite element analysis (FEA) to optimize the mechanical response of lattice structures, focusing on energy absorption and stress distribution.
Published academic research and presented findings at international conferences.

Teaching Assistant | RMIT University, Australia

Delivered practical lab sessions for over 800 students in the Introduction to Mechanical Engineering course.
Designed and built prototypes for the Wingbox Project, conducting tests on aluminum sheets and cardboard to illustrate mechanical principles.
Implemented a robust rubric marking system for consistent assessment of student work.
Demonstrated a passion for mentorship, guiding students to achieve their academic goals.

3D Fabrication Technician | RMIT University, Australia

Operated advanced Selective Laser Machines (SLM), including PH 500 and PH 250, working with materials like aluminum, titanium, and stainless steel.
Converted 3D models into optimized G-code using "Magic" software, ensuring high productivity and minimal waste.
Maintained and serviced complex machinery to avoid contamination and ensure optimal performance.

Assisted over 50 students with writing high-quality reports, theses, and academic projects.
Provided guidance and training in engineering software, including SolidWorks, MATLAB, Abaqus, and Fusion 360.
Helped students and professionals achieve their academic and project goals with a focus on quality and precision.