Auto CAD Operator
NEELUM JHELUM CONSULTANTS
مجموع سنوات الخبرة :9 years, 8 أشهر
NEELUM JHELUM CONSULTANTS
Malik House lower Chatter Muzaffarabad
\[JV between MWH-Int, NORPLAN, NESPAK, ACE & NDC\]
969 MW Hydro Project
Neelum Jhelum Hydroelectric Project is located in the vicinity Muzaffarabad (AJ&K). It envisages the diversion of Neelum river water through a tunnel out falling into Jhelum River. Project has installed capacity of 969 MW.
The total length of head race tunnel is 28.5 Km. A 15.1 Km stretch of the tunnel will be constructed as a twin tunnel system each with x-section of 53 Sq.m. The remaining head race tunnel down to the surge chamber will be a single tunnel having x-section of 114 Sq.m The tunnels are shotcrete lined with a concrete invert. The tunnel crosses Jhelum River approximately 200 m below its bed. The tunnel will be accessed by 7 Adits for construction and rock support.
• Project Map Layout
• Geological Mapping
• Geotachnical Mapping
• Geological Surface Mapping
• Geological Underground Mapping
• Comparison of Surface & Underground
• Mapping in cross sections
• Boreholes Drawing
• Boreholes logs
• Geological Cross Sections
• Locations Maps
• Digitization Topographic & GT sheets
• Digitization of Geological Maps
• Improve the quality of images
• Joining the images (GT Sheet)
• Joining and Editing in Satellite images
• Scaling Drawing & (GT Sheet)
Period: September 03, 2007 to September 05, 2008
Company: Hingol Dam Consultant Joint Venture 58-L Model Town Lahore.
Project: Hingol Dam Hydropower Project.
The dam site is located in District Lasbela near Aghor on Hingol river in Balochistan Province at a distance of 233 Kms North West of Karachi and about 8 Kms North of Kund Malir where the river falls into the sea. Storage 0.78 MAF Area To Benefit 50000 Acres Power 300 KW Cost 206 Million US($) Con. Spillway Capacity 209000 Cusecs Implementation ICB River Hingol Area Under Irrigation 50000 Acres Time Lines.
• Calculation quantities
• Catchments Area,
• Alignment of Road
• Construction Materials
• Structure
• Coffer-Dam
• X-Section
• Modification of Typical Embankment Section
• Sketch of Aqueduct
• Sketch of Canal Fall
• Sketch of Outlet,
• Sketch of Water Course.
• Designing of Title Pages
• Reports generated,
• Saving of data Backup on DVDs,
Period: August 30, 2005 to August 30, 2007
Company Mott MacDonald of Pakistan 187-C Model Town Lahore.
Project: Suki Kinari Hydropower Project
Position Held: Auto CAD Operator
840 MW Sukki Kinari Hydropower project is the largest private sector hydropower initiative in Pakistan Sukki Kinari is arguably the best and highest ranked hydropower projects in the entire river system of Pakistan. Located in the peaceful district of Mansehra, this project had been studied in detail since 1960 by renowned international consultants like Chas T. Main, Montreal Engineering Company Limited,
NESPAK and GTZ (Germany) when it was finally advertised for development in the private sector in 2005. SK Hydro hired Mott MacDonald Ltd to conduct the bankable feasibility study which confirmed the potential and benefits of this unique hydropower scheme.
• Project Map Layout
• Geological Mapping
• Geotachnical Mapping
• Geological Surface Mapping
• Locations Maps
• Digitization Topographic & GT sheets
• Civil Drawings
• Architectural Drawings
• Mechanical Drawings
• Electrical Power House Drawings
Period: Feb. 02, 2003 to July 12, 2005
Company: Nazami Associates 165 Pak Block Allama Iqbal Town, Lahore.
Project: Buildings Projects
Position Held: Auto CAD Operator
Worked as Auto CAD Operator under Training of Senior Engineer of different Projects, Drainage
Tunnels & Architecture, Mechanical, Electrical, Civil, Geological, and Geotechnical Drawings.
• Manual drafting
• Civil Drafting
• Architectural Drafting
• Mechanical Drafting
• Electrical Drafting
• Piping Processes Drafting
• Structural Drafting
• Manufacturing Drafting
• Engineering Co-ordination
• CAD Drafting 2D& 3D
• Preparation of Shop and As-built drawings
• Basic layout proposal, Concept development and detailing
• Site layouts as per the site measurements and coordinates