Please follow these topics with the number of pages and references for each one in the writing:
Eye Movement Metrics (2 Pages) (4 references or more)
You can use this reference:
• Eye Tracking in Human-Computer Interaction and Usability Research: Current Status and Future Prospects By Alex Poole and Linden J. Ball
Also use some other references from your choice.

How Does an Eye Tracker Work? (1 Page) (2 references or more)
You can use this reference or others from your choice:
• Eye Tracking in Human-Computer Interaction and Usability Research: Current Status and Future Prospects By Alex Poole and Linden J. Ball
Eye Tracking Application Areas and Some of Previous Research for each area (2 & ½ pages) (At least 10 references)
Use references from your choice.

Eye tracking in Construction (1 page) (3 references or more)
You can use these references:
• Implementing Eye Tracking Technology in the Construction Process by Yousefi, Karan, and Mohammad pour
• Measuring Construction Workers’ Attention Using Eye-Tracking Technology by Bhoir et al.
• Find other references
Cognitive Workload (½ page) (2 references or more)
Use references from your choice.
Measuring Cognitive Workload by using Eye Tracking glasses and Index of Cognitive Activity (½ page) (3 references or more)
You can use some of these references:
• MARSHALL, S. 2002. The Index of Cognitive Activity: Measur-ing Cognitive Workload. In Proceedings of IEEE Conference on Human Factors and Power Plants, 7–9.
• Richstone, L., Schwartz, M., Seideman, C., Cadeddu, J., Marshall, S., & Kavoussi, L. (2010). Eye metrics as an objective assessment of surgical skill. Annals of Surgery. Jul; 252 (1): 177-82.
• Schwalm, M., Keinath A. & Zimmer, H. (2008). Pupillometry as a Method for Measuring Mental Workload within a Simulated Driving Task. In Human Factors for Assistance and Automation. Shaker Publishing, 75–87.
• Measuring Cognitive Workload Across Different Eye Tracking Hardware Platforms.
• MARSHALL, S. 2007. Identifying Cognitive States from Eye Me-trics. Aviation, Space and Environmental Medicine 78, 1, 165–175.
• LEE, J., KAHOL, K., KERBL, D., ALIPANAH, N., HSUEH, T., MUCK-SAVAGE, P., PCK, D., LOUIS, M., WINFIELD, H. AND MCDOUGALL, E. 2010. Impact of Pre-operative Warm-up Exercises on Surgical Performance in Urology. Paper presented at the 28th World Congress of Endourology, Chicago, IL.
• MARSHALL, S. 2010. Measuring Cognitive Workload in Simula-tion Environments. Paper presented at the 8th Annual STISIM Users Group Meeting, St. Petersburg, FL.

Measuring Cognitive Workload by using NASA TLX (½ page) (2 references or more)
Use references from your choice from your choice.

Comparing between using Eye Tracking (objective method) and NASA TLX (Subjective method) to Measures Cognitive Workload (1 page) (3 references or more)
You can use these references and others:
• Comparing Visual and Subjective Measures of Cognitive Workload by Tuomo Kujala.
• Workload assessment of surgeons: Correlation between NASA TLX and blinks.