SUMMARY:

• A committed and proactive software engineer with 10+ years of IT experience in Embedded Systems and Safety critical software development and testing in Avionics Applications.
• Most comfortable with design, development and deployment using Matlab/Simulink, Stateflow, C, C++, VAPS and QT.
• Quick to assimilate new ideas, concepts, while demonstrating a logical approach in the design and build phases of the project life cycle.
• Experience in all the phases of Avionics Embedded Software Development Life Cycle (SDLC) e.g. Requirement Capture, Coding, unit testing and Requirement based testing (RBT) and Reviews as per DO - 178B.
• Expertise in Model Based Development using MATLAB/Simulink, Stateflow, Auto Code generation using RTW, Graphical Interfaces HMI Development using VAPSXT, QT.
• Good hands on experience in C, C++ and Python programming language.
• Good domain knowledge of Cockpit Displays Systems and Integrated Modular Avionics.
• Experience in deriving Software Requirements from System Requirements (DOORS and JAMA).
• Proficient in Preparation of Test Plans, Test Procedures, Integration Testing, Requirement Based Testing, Structural Coverage Analysis (LDRA and VectorCast).
• Experienced in Unit Testing, Integration Testing and System Testing in Full System Rig.
• Experience in Level A, B and C Systems based on DO-178B certification process documentation of SVCPR, CPCI and SAS.
• Experience in Integration of Developed software with other applications on Target environment (LynxOS).
• Loading the Target (Power PC 7447) with software using Lauterbach.
• Debugging on the target using Wireshark.
• Good knowledge of DO-178B and AR INC 429, 661 Specifications and AFDX communication
• Experience in Configuration management (Clearcase, SVN), change management (ClearQuest), Defect preventive analyst (DPA) and Client interaction.
• Provide Design/Solution for the new functionality to Systems based on Customer Requirements.
• Ability to work in a team environment and as an individual with strong technical and communication skills, and good zeal in adapting new technologies in a fast paced environment.

TECHNICAL SKILLS:

Languages: C, C++, Python

Controller: Power PC 7447

Communication protocols: AR INC 429, AR INC 664, AR INC 661, RS232, CAN

RTOS: LynxOS-178, VxWorks, JD OS

Hardware Tools: Trace 32, Wire Shark, Tera Term, CPAS (A615 Dataloader), GSix Display, CAN Analyzer

Software Development, Verification and Review: Eclipse, Visual Studio, Vector Cast, LDRA, PREP(Peer review Eclipse plug in). Code Collaborator, JIRA, Code Composer

Design: MATLAB/Simulink, Stateflow, VAPS XT, QT, Opal-RT

Requirements Analysis: DOORS, JAMA

Configuration Control tools: Clear Case, Clear Quest, Sub Version

Standards: DO-178B, ARINC

PROFESSIONAL EXPERIENCE:

Confidential, Mequon, WI

Responsibilities:

• Develop software using the Agile software development process
• Develop Control algorithms using Matlab/Simulink and Stateflow for motor control in closed loop control systems.
• Generate Code using RTW
• Test the firmware in Opal-RT based HIL system and SIL simulation
• Continuous build and integration development environment

Confidential, East Moline, IL

Responsibilities:

• Develop software using the Agile software development process
• Develop User interface for Gsix display using QT
• Test the User Interface using Squish
• Develop user interface using JD Design for PDU+ for Magma
• Develop Control algorithms using C, Matlab/Simulink and Stateflow
• Develop Model in Loop tests
• Creating the software deliverables that can be loaded on to Machines.
• Develop Integration Tests using Hardware in the Loop (HIL) and Software in the Loop (SIL)
• Test the Developed software on the Machine
• Investigate the root cause for issues and implement solutions to fix.
• Creating the Plant models to Simulate the required data on Host machines
• Harvesting using the machine in Field during harvesting season

Confidential, Cedar Rapids, IA

Responsibilities:

• Derive High level System requirements from Flight Deck Operational Requirements.
• Derive Software Requirements
• Developing the software using C, MATLAB/Simulink, Stateflow and VAPS as applicable.
• Model Integration and Auto Code Generation using RTW.
• If a Change Request is assigned, analyse the root cause of the issue and update the software to fix the issue.
• Investigate the snags that are received from flight test.
• Verify developed software on Target set up.
• Verify the Developed software with respect to the requirements by Integrating with other software on Actual Target environment (RIG).
• Implement the comments/suggestion in the code if any.
• Also support verification activities for Run for Score, SCA using VectorCast/LDRA.
• Involved in TSO Certification process - SVCPR, CPCI and SAS.
• Suggest solutions to Systems on the issue so that the systems can select a Solution.

Confidential

Responsibilities:

• Identification of the test scenarios in integration with the other applications of the Display systems using VISTA tool
• Develop test scripts and acceptance test procedures according to requirements
• Analyse and Report the bugs identified during Testing on Host
• Ensuring that the delivered test artefacts confirms to the customer requirements and agreed quality standards
• Addressing critical software defects and Reviewing work products

Confidential

Responsibilities:

• Understanding of High level and Low level System requirements.
• Derive software requirements
• Developing the software using MATLAB/Simulink and VAPS as applicable.
• Verify the Developed software with respect to the requirements on Host/Target.
• Implement the comments/suggestion in the code if any.

Confidential

Responsibilities:

• Identification of the test scenarios in integration with the other applications of the Display systems using VISTA tool
• Develop test scripts and acceptance test procedures
• Analyse and Report the bugs identified during Testing on Host
• Ensuring that the delivered test artifacts confirms to the customer requirements and agreed quality standards
• Addressing critical software defects
• Model coverage Analysis using Reactis
• Reviewing work products