Jul 2013 to 2000 HVAC PROJECT ENGINEER Mateen & Associates Architects & Engineers India Dec 2005 to Jun 2013 PROJECT ENGINEER Nova Design Limited
Apr 2009 to Jun 2012 ENTRY LEVEL PROJECT ENGINEER (Part-time) Mateen & Associates Architects & Engineers, INDIA IN Dec 2005 to May 2006 Trainee
Education:
University of Bedfordshire 2009 to 2011 Masters in Science Jawaharlal Nehru Technological University 2002 to 2008 Bachelor's in Technology Vignan Institute of Technology and Science for 2008 Master Diploma in Mechanical Design St Mary's Junior College 2000 to 2002 Froebel's High School 1999
Skills:
Comprehensively understanding the scope of the contract with respect to their respective field, and its subsequent development/implementation in an approved manner<br/> To comprehensively study the relevant international standards/local regulations/standards and practices and adopt the same applicable.<br/> To carry out the design and drawings ensuring its optimization and<br/>full compliance with the contract including local regulations/practices/laws.<br... Identifying training needs of the project team members and arranging for suitable training for them, in consultation with GM for furtherance of their professional skills and competence.<br/> Preparing schedule of work/Bill of Material and float the enquiries for subcontract works/Materials/Systems as per the contract specifications and drawings.<br/> Ensuring the right quotations are obtained for every project.<br/> Evaluating offers and preparing a comparative statement with respect to technical as well as commercial parameters.<br/> Carrying out necessary follow-ups with vendors/suppliers/sub-contract... for timely execution/delivery of the ordered items.<br/> Inspecting (in conjunction with QC Engineer) the material delivered to the site stores and there upon preparing/submitting the inspection request to the Consultants.<br/> To plan and timely arrange any special unloading/storage requirements<br/> Carrying out follow-ups with respect to replacement/delivery of any defective/rejected/materials or short delivered items.<br/> Ensuring that the quality of material and installation of works are in accordance with the acceptance criteria, specifications, approved materials and methods of installation approved for the project.<br/> Efficient planning and optimum utilization of Material and manpower.<br/> Monitoring productivity and compiling relevant information on production rates.<br/> Proactive coordination with civil contractor/subcontractors for effective execution of works.<br/> Preparing and projecting any requirement with respect to materials, plant and tools and manpower or any other items whatsoever required for timely/safe execution of respective services/activities.<br/> Ensuring that safety rules and regulations are communicated to the workforce and are fully enforced.<br/> Coordinating and monitoring of all sub-contractors work closely to ensure that the quality of the work is in full compliance to the contract specification, project quality plan and is completed of time.<br/> Ensuring that all information/drawings are issued/conveyed to the workforce in a proper manner and details produced are in compliance to the requirement.<br/> Any other duties and responsibilities assigned by GM.
Michael McDowell - Spring TX, US Shane Conrad - Conroe TX, US Mohammad Farooq - Spring TX, US Ralph Fuller - Conroe TX, US Brian Neel - Montgomery TX, US Todd Watrous - The Woodlands TX, US
International Classification:
H01R 4/66
US Classification:
439092000
Abstract:
A snap-on tab assembly for electrically grounding a fluid separation device comprising a main body having a first surface for securing the main body to the separation device without the aid of a tool and a second surface for maintaining the main body in continuous electrical contact with the separation device and a tab extending from the main body to provide a grounding connection for discharging static electricity from the separation device.
Method And Apparatus For The Purification Of Salty Streams And The Removal Of Particulates Therefrom
Robb Benson - Montgomery TX, US John H. Burban - Lake Elmo MN, US Mohammad I. Farooq - Spring TX, US Neeraj Gupta - New Dehlhi, IN Hari Prasad - Goa, IN Mathews J. Thundyil - The Woodlands TX, US
International Classification:
B01D 27/00 B01D 29/52
US Classification:
210253, 210442, 210437
Abstract:
A filter assembly for filtering contaminants from a fluid stream. The housing of the filter assembly is preferably made of fiber reinforced plastic to prevent corrosion from the fluid stream, and can hold one or two filter elements or cartridges, each of which can hold a single filter, or multiple filters. Flow in filter housings having two elements can be unidirectional or opposed.
Externally Centering Filter Element Or Cartridge And Housing And System Utilizing The Same
Robb Benson - Montgomery TX, US John H. Burban - Lake Elmo MN, US Mohammad I. Farooq - Spring TX, US Paul D. Osmundson - Ames IA, US Mathews J. Thundyil - The Woodlands TX, US
International Classification:
B01D 29/50 B01D 35/30
US Classification:
2103232, 210442
Abstract:
A filter assembly for filtering contaminants from any fluid stream. The housing of the filter assembly is preferably made of any metal and/or polymer, and can hold one or two externally centering filter elements or cartridges, each of which can hold a single filter, or multiple filters. Flow in filter housings having two externally centering filter elements or cartridges can be unidirectional or opposed.
Nathan Herrin - Conroe TX, US Robb Benson - Montgomery TX, US Mathews Thundyil - The Woodlands TX, US Mohammad Farooq - Spring TX, US Doug Mittlesteadt - Saline MI, US
International Classification:
B01D 27/07 B01D 29/00 B01D 29/50
US Classification:
210457, 2104932, 210485, 210487
Abstract:
Some embodiments of the disclosure are directed to a fluid filter assembly including an outer filter element having a hollow core and an inner filter element having a hollow core. The inner filter element can be positioned within the hollow core of the outer filter element, thereby defining an internal fluid passage. In some embodiments, the first end of the outer filter element and the first end of the inner filter element can be supported by an open endcap assembly, which can also include a fluid inlet in fluid communication with the internal fluid passage. In some embodiments, at least one of the filter elements can include a pleated filter media.