Ali Sharifironizi

• Deliver lectures and tutorials on material properties, simple structural systems, construction methods, and environmental performance.
• Introduce students to Australian standards and building codes, fostering an understanding of regulatory frameworks in construction.
• Facilitate student learning through case studies and problem-solving exercises on the application of materials and structural design principles.
• Guide students in understanding the relationship between material selection, structural integrity, and environmental sustainability.
• Assess student performance through graded assignments, quizzes, and exams, providing constructive feedback for academic improvement.
• Support students in developing foundational technical knowledge essential for advanced study and professional practice in the built environment sector.

• Project 1: Physiological Sensing and AI for Construction Worker Safety.

Role: Research Assistant at RAISE Lab.

Key Activities: Assisted graduate students in data analysis and drafting papers on integrating physiological sensors with AI to monitor heat strain risks among construction workers.

Funded by: Northeast Center for Occupational Health and Safety, and NIOSH.

• Project 2: Human-Robot Collaboration in Construction

Role: Research Assistant at RAISE Lab.

Key Activities: Supported data analysis and paper drafting for projects leveraging emerging technologies in human-robot collaboration within the construction sector.

• Project 3: Robotic System for Fall Hazard Detection.

Role: Research Assistant at RAISE Lab.

Key Activities: Assisted in the analysis of data and preparation of research papers on developing an affordable robotic system for automated fall hazard detection in indoor construction environments.

• Developed 3D models and visualizations of concrete structures and urban developments using SketchUp and AutoCAD.
• Created detailed 3D renderings to support project planning, permitting, and client communications.
• Assisted in transforming 2D technical drawings into 3D models for enhanced design accuracy.
• Produced visual walkthroughs and site layouts to aid in project presentations and approvals.
• Ensured all models were updated in line with design revisions and project changes.

• Assisted in the planning and design of various concrete structures under the guidance of experienced engineers.
• Participated in on-site inspections and assessments of ongoing construction projects.
• Contributed to the analysis of structural integrity and materials testing for concrete structures.
• Collaborated with project management teams to understand construction workflows and timelines.
• Gained hands-on experience in the use of industry-standard software for structural design and analysis.
• Engaged in meetings and workshops, providing input on project development, and problem-solving.

• Performed soil sampling and geotechnical analysis.
• Used simulation software for seismic testing.
• Developed earthquake-resistant construction methods.
• Published research findings in journals and conferences.
• Analyzed water resource management systems.
• Conducted field surveys on water usage.
• Used hydrological modeling tools.
• Developed water conservation strategies and reports.
• Researched innovative construction techniques.
• Studied modern construction methodologies.
• Visited construction sites for data collection.
• Analyzed construction project management strategies.
• Developed construction project models and simulations.
• Drafted research papers on urban construction challenges.