Парни подскажите, пжлста
Добавлено: 19 янв 2005, 21:12
Кто ещё не спит..... Очень надо. Мне позвонил рекрутер. Сказал, что моё резюме AutoCad Tools developer неплохое. Потом позвонил и попросил доп. более инфу конкретпую о моей работе. Я дал. Теперь он говорит, что моё резюме надо дополнить более конкретным содержанием о рабочем инвайромент. Как это сделать? Ниже моё резюме и то, что я ему потом отсылал. Может версии конкретные добавить, может раздуть резюме?
Не понимаю.... Если я это сделаю, то он может представить меня работодателю.
----------------------
Objective
Software Developer position where I can apply over 11 years programming experience and solid background in GIS, CAD and RDBMS application development.
Summary of Qualifications
• C++ Software Developer experience – more than 9 years.
• Participated in full software development life cycle in the roles of Software Developer, team member and mentor.
• Built object-oriented multi-tiered multi-threaded middleware.
• Developed databases, RDBMS client/server applications and GUI.
• Possess scientific and technical expertise in designing GIS and CAD products.
• Versatile in software and hardware products.
Technical Summary
• Operating Systems: NT/2000/XP/2003.
• Languages: AutoLisp, Avenue, C#, C/C++, .NET C++ extension, Delphi, Transact-SQL, XML.
• IDE: Borland C++ Builder, Microsoft Visual C++ .NET, Turbo C++, Watcom C/C++.
• General client/server Technologies and Libraries: COM/DCOM, SCM/SCC, STL, Multithread Programming WinAPI, WinSock (stream- and RAW-sockets, SOCKS 4/5).
• GUI Tools and Libraries: MFC, Microsoft and Borland RAD tools (.NET Windows Forms, VCL), WinAPI.
• RDBMS Technologies and Libraries: ADO, ADO.NET, DAO, ODBC, MFC (ODBC wrappers), VCL (BDE ODBC sockets and ADO wrappers).
• Network Protocols: TCP/IP, UDP, HTTP, SOCKS, SMTP, POP3.
• Databases: MS SQL Server, Microsoft Access, IBM DB2, Borland InterBase, Borland Paradox.
• GIS: ESRI products (ArcView 3.0/3.1, Arc/Info 7.1, ArcGIS 8.2/8.3) and AutoDesk AutoCad MAP 14.0.
• CAD: AutoCad 10/11/12/13/14.
Work Experience
Senior Software Developer, Territorial Fund of Geological Information Enterprise, 2003 – 2004
http://www.mnr.gov.ru/part/?pid=381
Developed middleware, multi-tiered architecture and client applications for local government geology information systems. This middleware considerably increased robustness of system, improved stability and reduced time and efforts needed to develop client applications. The new architecture provided C++ and VB interfaces that were better adapted to different skill sets of staff members.
• Wrote enterprise requirements for operations with the databases and the samples for C++ and VB enterprise programmers.
• Designed and implemented object-oriented database access layer with COM interfaces, C++ classes and handle-oriented C-style API functions.
• Implemented RDBMS access modules for multi-tier architecture using wrappers of MFC, VCL, ODBC API, ADO, ADO.NET.
• Developed client/server DCOM middleware of the Geology Objects Universal Catalog.
• Integrated client side applications with ESRI GIS.
• Developed custom GIS plug-in for ESRI AcrGIS (implemented in C++ as COM server).
• Supervised enterprise’s .NET C++ and .NET VB programmers.
Software Developer, The Administration of the Magadan Region of the Russian Federation, 2000 – 2003
http://www.magadan.ru
• Proposed the object-oriented model of mining resources.
• Implemented the database storage mechanism for the model.
• Created tables, indexes, stored procedures and views for Microsoft SQL Server corporate database and stand-alone application (Microsoft Access and dBase data format).
• Developed data exchange modules using WinSock.
• Developed network traffic monitoring tools using WinSock’s RAW-sockets (firewall logs analysis, troubleshooting with TCP/IP packets and incident analysis).
Software Developer, Enterprise Magadan Geology, 1996 – 2000
• Collected user requirements, conducted code reviews and design meetings.
• Represented the software in leading scientific and industrial enterprises for discussions.
• Created MS SQL Server corporate database and the databases for stand-alone application (Microsoft Access and dBase data format).
• Wrote front end GUI applications for the databases browsing, editing and reports.
• Integrated the applications with ESRI / AutoDesk GIS.
• Wrote user documentation.
• Packaged the software into an installation program.
Programmer, The Khabarovsk State Technical University CAD / GIS laboratory. Committee of Land Resources, 1987 - 1999
• Developed CAD applications for optimizing and drafting the building structures.
• Customized user drafting tools for digital mapping and land monitoring GIS software.
Education
Master of Science, Majored in Computer Aided Design in Civil Engineering, Khabarovsk Technical University, Russia
Additional Courses, Seminars & Qualifications
ESRI ArcGIS for Municipal Services, Magadan, Russia - 2003
Local Area Networks for Technical Staff, Magadan, Russia –1997
AutoCad 12 for Civil Engineers, Moscow, Russia - 1996
References available upon request.
--------------------------------------
Потом я прислал вот, что
Senior Software Developer, Territorial Fund of Geological Information Enterprise, 2000 – 2004
All the applications I have developed with AutoLisp and Microsoft Visual Studio .NET were run on top of AutoCad MAP (based on AutoCad 14). The AutoCad menu macros invoked AutoLisp programs or directly ads_xxxx core functions in the *.arx applications coded by me using Microsoft Visual C++ 7.0. These packages automatically added the geology information from the corporate MS SQL Server database to the AutoCad maps. And vice versa, the attribute information about these objects could have been obtained from a digital map (AutoCad *.dwg file). For this purpose, I also used mixed coding with AutoLisp and C++. I developed the GUI applications using both the Microsoft Visual C++ 7.0 and the Borland C++ Builder 5.0 compilers. These GUI applications were invoked from AutoLisp code.
Software Developer, Enterprise Magadan Geology, 1996 – 2000
At that time I developed applications running on top AutoDesk AutoCad MAP (based on AutoCad 14) with AutoLisp, Microsoft Visual Studio C++ 6.0. The C-code of arx applications invoked the ads_xxxxx API functions. The main aim was to automatically draw geology regions (such as polygons and mineral fields) and groups of spotted mineral objects (such as places that are rich in minerals). In the beginning the information about these objects was converted from ESRI ArcView shape-files to AutoDesk dwg drawings. Then, the AutoCad polylines and points were computed by software I had developed using AutoLisp and C++. After checking the topology a geological model was generated in the ESRI ARC/INFO coverage format.
Results of another GIS project positively influenced the government's mineral exploration of the region. The project dealt with the geology GIS application I had developed using Microsoft Visual C++ 6.0, AutoLisp and AutoCad menu macros. Coding with C++ I used ODBC wrappers for database access. Later on, the ADO interface was used. The software drew all the objects from the RDBMS database. The applications were useful both for the corporate MS SQL Server and geologist’s standalone databases. Vice versa, one could choose the point object on AutoCad MAP digital map and then get all the attributive information from the corporate database. In this case the AutoLisp software computed an extended attribute of the dwg entity and invoked arx binary that I had developed with C++. Finally, the arx code has invoked the GUI application developed as DLL using C++.
I can present samples of my applications on my laptop.
Programmer, The Khabarovsk State Technical University CAD / GIS laboratory. Committee of Land Resources, 1987 - 1999
1993 - 1995
I developed AutoDesk autolisp programs, the dwg blocks, the slides and the menus for Autodesk AutoCad 10/12 for steel structure designer’s work environment. There were two projects which consisted of more than 100 program files developed by me including all the drawings and the dwg blocks. These software applications were the complete and finished projects for Canada’s “Davy International Company” and one of the Russian civil engineering companies, “The Mining Enriched Technology Enterprise”, which worked closely at the joint gold mining plant project in Russia in Magadan city. It was Canada-Russia’s well-known great “Omolon” gold mining project in the North-East of Russia. Thanks to this software it was possible to create drawing of steel structural elements (columns, beams), welding, bolts, frames and drawing limits, component specifications, tables of the information on some assemblies, steel items and elements.
During that period of time I used to develop applications with AutoLisp, and occasionally with AutoDesk AutoCad DIESEL, and DCL. My programming experience with C++ for AutoCad began, when AutoCad v.11 for i386 appeared. Coding application with Borland C++ and WatCom C++ compilers it was possible to invoke the ads_xxxxx functions.
1994-1999
Some GIS applications for Magadan Committee Land Resources were completely done. The applications were run on top of AutoDesk AutoCad. The first versions were designed for AutoCad 12. Later on the software functionality has been extended to be used on top of AutoCad 13/14. The software consisted of the AutoLisp programs, raster and dwg files, and executable modules. All the binaries were made with Borland C++ and Watcom C++ compilers. One could choose some land resource object in an electronic map (dwg file), and then get the attribute information from DBaseIII formatted files. For the database access I used well-known, at that time, “CodeBase” C/C++ library. The executables were invoked from AutoLisp programs. Later on I used VCL and MFC ODBC wrappers while programming with Borland C++ Builder 3.0 and Microsoft Visual Studio C++ 6.0.
In addition, a task of great importance was solved. Having received the list of coordinates of some land resource objects, it was possible to automatically put all the information into an electronic map (dwg file). Software was developed by me with AutoDesk AutoLisp and Borland C++.
Спасибо, братцы....
Не понимаю.... Если я это сделаю, то он может представить меня работодателю.
----------------------
Objective
Software Developer position where I can apply over 11 years programming experience and solid background in GIS, CAD and RDBMS application development.
Summary of Qualifications
• C++ Software Developer experience – more than 9 years.
• Participated in full software development life cycle in the roles of Software Developer, team member and mentor.
• Built object-oriented multi-tiered multi-threaded middleware.
• Developed databases, RDBMS client/server applications and GUI.
• Possess scientific and technical expertise in designing GIS and CAD products.
• Versatile in software and hardware products.
Technical Summary
• Operating Systems: NT/2000/XP/2003.
• Languages: AutoLisp, Avenue, C#, C/C++, .NET C++ extension, Delphi, Transact-SQL, XML.
• IDE: Borland C++ Builder, Microsoft Visual C++ .NET, Turbo C++, Watcom C/C++.
• General client/server Technologies and Libraries: COM/DCOM, SCM/SCC, STL, Multithread Programming WinAPI, WinSock (stream- and RAW-sockets, SOCKS 4/5).
• GUI Tools and Libraries: MFC, Microsoft and Borland RAD tools (.NET Windows Forms, VCL), WinAPI.
• RDBMS Technologies and Libraries: ADO, ADO.NET, DAO, ODBC, MFC (ODBC wrappers), VCL (BDE ODBC sockets and ADO wrappers).
• Network Protocols: TCP/IP, UDP, HTTP, SOCKS, SMTP, POP3.
• Databases: MS SQL Server, Microsoft Access, IBM DB2, Borland InterBase, Borland Paradox.
• GIS: ESRI products (ArcView 3.0/3.1, Arc/Info 7.1, ArcGIS 8.2/8.3) and AutoDesk AutoCad MAP 14.0.
• CAD: AutoCad 10/11/12/13/14.
Work Experience
Senior Software Developer, Territorial Fund of Geological Information Enterprise, 2003 – 2004
http://www.mnr.gov.ru/part/?pid=381
Developed middleware, multi-tiered architecture and client applications for local government geology information systems. This middleware considerably increased robustness of system, improved stability and reduced time and efforts needed to develop client applications. The new architecture provided C++ and VB interfaces that were better adapted to different skill sets of staff members.
• Wrote enterprise requirements for operations with the databases and the samples for C++ and VB enterprise programmers.
• Designed and implemented object-oriented database access layer with COM interfaces, C++ classes and handle-oriented C-style API functions.
• Implemented RDBMS access modules for multi-tier architecture using wrappers of MFC, VCL, ODBC API, ADO, ADO.NET.
• Developed client/server DCOM middleware of the Geology Objects Universal Catalog.
• Integrated client side applications with ESRI GIS.
• Developed custom GIS plug-in for ESRI AcrGIS (implemented in C++ as COM server).
• Supervised enterprise’s .NET C++ and .NET VB programmers.
Software Developer, The Administration of the Magadan Region of the Russian Federation, 2000 – 2003
http://www.magadan.ru
• Proposed the object-oriented model of mining resources.
• Implemented the database storage mechanism for the model.
• Created tables, indexes, stored procedures and views for Microsoft SQL Server corporate database and stand-alone application (Microsoft Access and dBase data format).
• Developed data exchange modules using WinSock.
• Developed network traffic monitoring tools using WinSock’s RAW-sockets (firewall logs analysis, troubleshooting with TCP/IP packets and incident analysis).
Software Developer, Enterprise Magadan Geology, 1996 – 2000
• Collected user requirements, conducted code reviews and design meetings.
• Represented the software in leading scientific and industrial enterprises for discussions.
• Created MS SQL Server corporate database and the databases for stand-alone application (Microsoft Access and dBase data format).
• Wrote front end GUI applications for the databases browsing, editing and reports.
• Integrated the applications with ESRI / AutoDesk GIS.
• Wrote user documentation.
• Packaged the software into an installation program.
Programmer, The Khabarovsk State Technical University CAD / GIS laboratory. Committee of Land Resources, 1987 - 1999
• Developed CAD applications for optimizing and drafting the building structures.
• Customized user drafting tools for digital mapping and land monitoring GIS software.
Education
Master of Science, Majored in Computer Aided Design in Civil Engineering, Khabarovsk Technical University, Russia
Additional Courses, Seminars & Qualifications
ESRI ArcGIS for Municipal Services, Magadan, Russia - 2003
Local Area Networks for Technical Staff, Magadan, Russia –1997
AutoCad 12 for Civil Engineers, Moscow, Russia - 1996
References available upon request.
--------------------------------------
Потом я прислал вот, что
Senior Software Developer, Territorial Fund of Geological Information Enterprise, 2000 – 2004
All the applications I have developed with AutoLisp and Microsoft Visual Studio .NET were run on top of AutoCad MAP (based on AutoCad 14). The AutoCad menu macros invoked AutoLisp programs or directly ads_xxxx core functions in the *.arx applications coded by me using Microsoft Visual C++ 7.0. These packages automatically added the geology information from the corporate MS SQL Server database to the AutoCad maps. And vice versa, the attribute information about these objects could have been obtained from a digital map (AutoCad *.dwg file). For this purpose, I also used mixed coding with AutoLisp and C++. I developed the GUI applications using both the Microsoft Visual C++ 7.0 and the Borland C++ Builder 5.0 compilers. These GUI applications were invoked from AutoLisp code.
Software Developer, Enterprise Magadan Geology, 1996 – 2000
At that time I developed applications running on top AutoDesk AutoCad MAP (based on AutoCad 14) with AutoLisp, Microsoft Visual Studio C++ 6.0. The C-code of arx applications invoked the ads_xxxxx API functions. The main aim was to automatically draw geology regions (such as polygons and mineral fields) and groups of spotted mineral objects (such as places that are rich in minerals). In the beginning the information about these objects was converted from ESRI ArcView shape-files to AutoDesk dwg drawings. Then, the AutoCad polylines and points were computed by software I had developed using AutoLisp and C++. After checking the topology a geological model was generated in the ESRI ARC/INFO coverage format.
Results of another GIS project positively influenced the government's mineral exploration of the region. The project dealt with the geology GIS application I had developed using Microsoft Visual C++ 6.0, AutoLisp and AutoCad menu macros. Coding with C++ I used ODBC wrappers for database access. Later on, the ADO interface was used. The software drew all the objects from the RDBMS database. The applications were useful both for the corporate MS SQL Server and geologist’s standalone databases. Vice versa, one could choose the point object on AutoCad MAP digital map and then get all the attributive information from the corporate database. In this case the AutoLisp software computed an extended attribute of the dwg entity and invoked arx binary that I had developed with C++. Finally, the arx code has invoked the GUI application developed as DLL using C++.
I can present samples of my applications on my laptop.
Programmer, The Khabarovsk State Technical University CAD / GIS laboratory. Committee of Land Resources, 1987 - 1999
1993 - 1995
I developed AutoDesk autolisp programs, the dwg blocks, the slides and the menus for Autodesk AutoCad 10/12 for steel structure designer’s work environment. There were two projects which consisted of more than 100 program files developed by me including all the drawings and the dwg blocks. These software applications were the complete and finished projects for Canada’s “Davy International Company” and one of the Russian civil engineering companies, “The Mining Enriched Technology Enterprise”, which worked closely at the joint gold mining plant project in Russia in Magadan city. It was Canada-Russia’s well-known great “Omolon” gold mining project in the North-East of Russia. Thanks to this software it was possible to create drawing of steel structural elements (columns, beams), welding, bolts, frames and drawing limits, component specifications, tables of the information on some assemblies, steel items and elements.
During that period of time I used to develop applications with AutoLisp, and occasionally with AutoDesk AutoCad DIESEL, and DCL. My programming experience with C++ for AutoCad began, when AutoCad v.11 for i386 appeared. Coding application with Borland C++ and WatCom C++ compilers it was possible to invoke the ads_xxxxx functions.
1994-1999
Some GIS applications for Magadan Committee Land Resources were completely done. The applications were run on top of AutoDesk AutoCad. The first versions were designed for AutoCad 12. Later on the software functionality has been extended to be used on top of AutoCad 13/14. The software consisted of the AutoLisp programs, raster and dwg files, and executable modules. All the binaries were made with Borland C++ and Watcom C++ compilers. One could choose some land resource object in an electronic map (dwg file), and then get the attribute information from DBaseIII formatted files. For the database access I used well-known, at that time, “CodeBase” C/C++ library. The executables were invoked from AutoLisp programs. Later on I used VCL and MFC ODBC wrappers while programming with Borland C++ Builder 3.0 and Microsoft Visual Studio C++ 6.0.
In addition, a task of great importance was solved. Having received the list of coordinates of some land resource objects, it was possible to automatically put all the information into an electronic map (dwg file). Software was developed by me with AutoDesk AutoLisp and Borland C++.
Спасибо, братцы....
! Но ничего, получилось, главное - не ослаблять напор, вода камень точит.
) Но всё же, хотелось бы знать как же правильно, если имеется ввиду, например,
Вы правы, я пока не умер, и опыт есть, а не был