Sr .NET Developer /Software Engineer
Resume:
VIKAS PACHDHA
Nokia Certified Qt Developer
Accomplished Software engineer specialized in object oriented approaches to framework and application development. Extensive background in full life-cycle of software development process including design, coding, debugging and maintenance. Good track record of designing and implementing flexible software solutions which supports frequent UI and functionality change.
TECHNICAL SKILLS
Software Architecture & Design:
In-depth experience in designing, implementing, documenting, testing and maintaining complex software applications. Good understanding of object oriented Design Patterns.
Programming:
Experienced in programming with C++, QT, OpenGL, Python, good knowledge of Inter-process Communication, I/O, Sockets and Multi-threading for platforms like windows and Linux.
Source Control/IDE
VS-2008, VS-2005, Eclipse, Qt Creator, Perforce, SVN.
Libraries:
QT, OpenGL, DcmTk, PThreads.
ACADEMIC HISTORY
Course Marks (%) Institution University Batch
MCA 70 Dept. of Computer Science and IT Jammu University 2001-2004
BCA 72 SRS Degree College Jammu University 2004-2007
Certification & Trainings
Nokia Qt Certification: Nokia Certified Qt Developer is the official accreditation for individual developers, recognizing the skills and competence in Qt. The certification was awarded on 28th Dec 2010.
6 month On Job Training: A six month (JAN –JUL 2007 ) extensive on job training at SCICOM technologies which included 2 month training on core technologies like C++, Java, Databases, .net etc and 4 month of live project.
EMPLOYMENT/EXPERIENCE DETAILS
• Previous Employer : SAIC INDIA
Designation : Associate Software Engineer.
Joining date : 2nd JUL 2007
• Current Employer : Stryker.
Designation : Software Engineer.
Joining date : 1st Feb 2010
• 3 Months of onsite work experience at Freiburg, Germany.
About the current company
Stryker is one of the world's leading medical technology companies and is dedicated to helping healthcare professionals perform their jobs more efficiently while enhancing patient care. Stryker is dedicated to delivering innovative technologies at the forefront of computer assisted surgery. The integrated hardware and software solutions focus on providing surgeons with superior precision, making procedures more efficient through easy-to-use products and enhancing patient outcomes across a wide array of medical specialties, including cranial, spine, ENT, orthopedics and trauma.
KEY PROJECTS
iNtellect Cranial Navigation Software
The Stryker iNtellect Cranial Navigation Software offers a comprehensive solution to integrate innovative image-guided surgery into current conventional neurosurgical practices. A vast number of easy-to-use planning options are available. Image sets are automatically fused by the software and critical anatomical structures can be visualized with only a few mouse clicks. Stryker’s navigation instruments function as part of a total neuro navigation solution to help deliver superior accuracy, ease of use, rapid registration and a wider field of view to minimize line-of-sight issues.
My contribution in this project was to implement various work packages related to multiplanner and 3D views implementation and creating remote controlled widgets aiding surgeon to use the critical areas of the software without keyboard and mouse.
Technologies : C++, STL, Qt 4.4.7, Enterprise architect, Python Script.
F6000 Camera calibration
F6000 camera is an IR camera used to track the precise position of a tool in the 3D space. To get the accurate position of camera the camera is calibrated against many factors affecting the accuracy like e gravity, noise in the ambient light etc. The F6000 camera calibration application is the application responsible to calibrate the camera and perform some test to check the camera consistency.
My Role in the Project was to gather the requirement from the production team and design and develop the application. The application is used with the every new camera made and a certificate is issued with the camera.
Technologies : C++, STL, Qt 4.4.3, Enterprise architect.
SpineMap 3D
SpineMap 3D spine navigation software offers surgeons the capabilities they need for surgical success, from CT-based navigation to integration with the latest three-dimensional imaging platforms. Combined with navigation camera and active wireless instrumentation, SpineMap 3D software enables spine procedures to be performed with unmatched precision
My contribution in this project was to implement various work packages related to Tool calibration and screw selection. The work packages were handled on complete ownership basis which included designing, implementation and component test plans.
Technologies : C++, STL, Qt 4.4.3, Enterprise architect, Python Script.
OrthoMap Hip Navigation Software
OrthoMap Hip Navigation Software is another innovation from Stryker Navigation to maximize OR efficiency. This software registers patients in the lateral position and completely removes the need to digitize the ASIS. By integrating the longitudinal body axis, surgeons can now compensate for potential patient-specific pelvic tilt. OrthoMap Hip software further aids patient outcomes by providing improved accuracy for alignment, instrument orientation and assessments of joint stability, ROM, leg length and offset.
My contribution in this project was to implement various work packages related to implement algorithms to calculate patient anatomy like hip center and implant sizes. The workflow and UI of the application was also designed and implemented. The work packages were handled on complete ownership basis which included designing, implementation and component test plans.
Technologies : C++, STL, Qt 4.2.2, Rational rose, Python Script.
Precision Knee Navigation Software
Stryker’s Precision Knee Navigation Software provides interactive monitoring designed to help improve the surgical performance and clinical outcome of total knee replacements. The system helps to facilitate improved decision making for alignment and orientation of instruments, trials and implants as well as for balancing soft tissue. Furthermore, this system provides surgeons with pre-operative, intra-operative and post-implantation assessments of the patient's joint kinematics and various documentation options.
My contribution in this project was to implement various work packages related to add activeX component to show the varus/valgus anomaly of the patients and designing and implementing workflow and UI of the application.
Technologies : C++, STL, Qt 4.2.2, Rational rose, Python Script.
DicomVu
A DICOM compliant client using DICOM protocol for communication. As a DICOM viewer, it has image processing and 3D volume generation capabilities. The Modalities supported were CT, MR CR, PT etc. DicomVu can communicate with any DICOM complaint PACS. The viewer can communicate on both TCP/IP and http. The application was made plug-in aware so that in future more plug-ins can be developed to add more processing capabilities.
My role was to seize the requirement, understand the DICOM standard and design and implement the application. Later on the code was ported to Linux and Mac platform also.
Technologies : C++, MFC, DCMTK, c#.
PPDM to ArcSDE
The project aims at creating a service that periodically converts PPDM database into ArcSde features. The application can also output Shape files. The application works somewhat like Open Spirits Scan utility.
My role was to design and code for the software.
Technologies : C++, C#, ArcSDE.
PROFESSIONAL ACHIEVEMENTS
• Awarded by SAIC as “Most Promising New Comer Of the Year 2007-08”.
• Time to time appraises by the client.
• Awarded 100% bonus for last 3 consecutive years.
• SpineMap 3D awarded the best project for the year 2010.
PERSONAL PARTICULARS
Name : Vikas Pachdha.
Sex : Male.
Date of Birth: 11th Sep 1984.
DECLARATION
I hereby declare that the information furnished above is true to the best of my knowledge.
Vikas Pachdha
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