Muhammad Sohail
Home : Nankana Sahib, Punjab, 39100, Pakistan
Email: m.sohail9118abcd@gmail.com
Phone: (+92) 3092325955
WeChat: wxid_iw8qctvkhk7222
ABOUT ME :
Aspiring to leverage my expertise as an Agricultural Engineer to pioneer inventive strategies within the Agricultural Mechanization Industry, Irrigation, Drainage, and Environmental Sustainability realms. Dedicated to revolutionizing agricultural practices by spearheading novel concepts in farm machinery, water quality assessment, and enhancing wastewater and drinking water testing methodologies. With a tenacious work ethic and a collaborative mindset, I aim to drive impactful contributions to your team, aligning efforts with your organizational objectives.
WORK EXPERIENCE:
Internee Engineer
Water Management Training Institute Punjab, Lahore
City: Lahore
Country: Pakistan
Business or sector: Professional, scientific, and technical activities
1. Learning and gaining knowledge about water management
2. Conducting research and analysis on my Internship topic Design a Sustainable Water Storage Pond
PROJECTS :
Design and Development of a Non-Contact Water Flow Meter
The main objectives are:
1. We developed a non-contact smart metering device for measuring water flow rates.
2. Addressed the challenge of water scarcity in agriculture and improved water use efficiency
Monitoring of Rakh Branch Canal for Drinking Water Supply
The main objective is:
1. The Monitoring of the Rakh Branch Canal, Faisalabad for the Drinking Water Supply project was a crucial initiative aimed at ensuring a safe and clean water supply to the residents of Faisalabad
Broad Fork with Lever for Manipulation of Soil
The main objectives of Broad Fork with Lever are:
1. To aerate the compact soil which helps the deep root plants to grow properly
2. To loosen the soil for gardening and farming.
Sound Analysis of Residential Areas Around (UAF)
1. The academic project involved using a sound meter android app to analyze sound levels in the areas surrounding the University of Agriculture Faisalabad.
2. The project aimed to identify areas with high noise pollution levels and to develop strategies to reduce noise pollution in these areas.
EDUCATION AND TRAINING:
Bachelor's of Science
University of Agriculture, Faisalabad
Address: University Road, Faisalabad, 38000, Faisalabad, Pakistan
Field(s) of study: Agricultural Engineering
Final grade: 3.29/4
Thesis: Design and Development of Non-Contact Flow Meter
Techniques: Farm Machinery and Power, Structures and Environmental Engineering, Irrigation and Drainage.
Science Applied: Environmental Engineering, Agricultural Engineering, Civil Engineering, Mechanical Engineering, Irrigation Engineering, Drainage Engineering.
Technology: Principles of Engineering, Sustainability and Safety, Water and Soil Conservancy, Efficient Farm Machinery, GIS and Remote Sensing.
LANGUAGE SKILLS:
Mother tongue(s): Urdu, Panjabi.
Other language(s):
English
LISTENING B2 READING B2 WRITING B2 SPOKEN PRODUCTION B2 SPOKEN INTERACTION B2
Levels: A1 and A2: Basic user; B1 and B2: Independent user; C1 and C2: Proficient user
Technical Skills:
i) ArcGIS, ii) Water Quality Assessment, iii) Report writing, iv) Soil Sampling, v) AutoCAD-Intermediate, vi) C++-Intermediate
ONLINE PROFESSIONAL DEVELOPMENT AND TRAINING:
1. Water Resources Management and Policy from the University of Geneva
2. Understanding Research Methods from the University of London
3. Water: an essential resource from Politechnico di Milano
4. Discover Best Practice Farming for a Sustainable 2050 from the University of Western Australia
5. Sustainable Agricultural Land Management from the University of Florida
6. English for Career Development from the University of Pennsylvania
7. Introduction and Programming with IoT Boards from Pohang University of Science and Technology 8. National Financial Literacy Program for National Financial Literacy Program for Youth from State Bank of Pakistan
9. Water Quality for Agriculture from the University of Agriculture Faisalabad
10. Speak English Professionally: In Person, Online & On the Phone from Georgia Institute of Technology
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