Aqsa Nisar



Engr. Aqsa Nisar

Lab Engineer

aqsanisar@piet.edu.pk

Qualification

Ø B.Sc Civil Engineering

Year: 2015-2019

University: Pakistan Institute of Engineering and Technology, Multan

Experience

Ø Working as a Research Assistant from Nov, 2019 to Till Date at PIET Multan

Ø Worked as a Internee from June 2017 to July 2017 in Descon

 Research Group

Ø Study of impact of alum sludge on properties of soil

Ø Study of impact if waste toner on properties of soil

Professional Certification

Ø Certificate of Excellence for research paper publication by PIET, Multan

Ø Debate Competition: 1st Position at Multan District Level in debate competition held by government of Punjab, Pakistan. (2017)

Ø Debate Competition: 2nd Position at Multan Division Level in debate competition held by government of Punjab, Pakistan. (2017)

Ø Certificate of achievement in 1st semester of Civil Engineering (PIET) for securing 2nd Position.

Ø Certificate of achievement in 2nd semester of Civil Engineering (PIET) for securing 3rdpostion.

Ø Certificate of appreciation for conducting research workshop for students at school level from PIET, (2019)

Ø Merit Certificate by Brig President MGES for supporting students in research work (2019).

  Skills

Ø Proficient in Microsoft Word, Microsoft Excel, Microsoft PowerPoint and Endnote.

Ø Proficient in Engineering drawing and to AutoCAD Conscientious

Ø Good at communication Teamwork ability

Others

Ø Successfully organized and conducted workshop of research paper writing for school students.

Ø Conducted seminar on how to get scholarship and how to write a research paper at PIET.

 

Publications

1)    Shah, S. A. R., Mahmood, Z., Nisar, A., Aamir, M., Farid, A., & Waseem, M. (2020). Compaction Performance Analysis of Alum Sludge Waste Modified Soil. Construction and Building Materials, 230, 116953. (I.F=4.046).

2)    Aamir, M.; Mahmood, Z.; Nisar, A.; Farid, A.; Ahmed Khan, T.; Abbas, M.; Ismaeel, M.; Shah, S.A.R.; Waseem, M. Performance Evaluation of Sustainable Soil Stabilization Process Using Waste Materials. Processes 2019, 7, 378. (I. F=1.963).