Permanent Employee of DWP Group as Assistant Design Engineer
. Responsibilities include
* Meeting with Client's Technical Staff/Consultant for Project Proposals.
* Initial Site Visit for verification of Drawings as per original Conditions. Coordinate with Architect in case of any ambiguity.
* Calculation of Thermal Load and Fresh Air Needed .
* Designing the Purposed/ Requested HVAC System in Autocad Layout for Clients Input.
* Designing the Pipe Routing for the purposed system while taking in account the Equipment Requirements.
* Selection of the Equipment from the Respective Software/Catalogs .
* Designing the Ducts for Fresh Air while purposing the shortest duct route possible.
* Prepartion of Foundation Details Drawing for the Equipment to be Shared with Civil Contractor/Client.
* 3D simulations of Shadow for Solar Panels and Condensers Placement.
* Preparation of Equipment Summary to be Shared with Imports department.
* Preparation of BOQ to be Shared with Procurement and Projects Departments Respectively.
*Prepartion of detailed Shop Drawings to be Shared with Projects Department for Site Mobilization.
* Site Visit in case of a Design Conflict with Civil , Plumbing or Electrical Works. Rectifying the Conflict by Redesigning the Specified Zone.
*Preparation of the As Built Drawings after the project is executed to be shared with Client and Services Department.
* In charge of Managing and Troubleshooting HP T520 Plotter.
* Co-ordinate with Services Department in case of any Malfunctioned Equipment.

Solid waste management is an important and critical issue for sustainable development and environment friendly innovations. Among solid waste material, plastic has posed a challenge to researchers for its proper disposal and management. The problem under study is a move to achieve a workable solution in this direction. Development of pyrolyzor has solved the issue by converting plastic into liquid fuel without any hazardous effect to environment. Pyrolyzor works on the principle of pyrolysis i.e. conversion of plastic waste into liquid fuel by thermal cracking at 400-450 degree Celsius in absence of oxygen. The gas formed is condensed subsequently to produce a hydrocarbon distillate comprising straight and branched chain aliphatic, cyclic aliphatic and aromatic hydrocarbons. The produced liquid fuel has properties nearer to diesel.