Deval Patel

Email: adn7br@r.postjobfree.com

864-***-****

Objective

To secure a job using my technical, organizational, problem solving, and evaluating skills developed as an engineer. Skilled in utilizing the standard engineering practices and willing to think critically outside the box.

Experience

Electrical Engineer I August 2020 to current

Lennox international, Stuttgart, AR

Responsibilities:

Involve in manufacturing, planning and the installation, operation and maintenance of HVACR unit

Writing and maintaining testing software in VB.NET with the use of software skills

Perform functional testing of the software before any new product launch

Participate in development of testing code for any upcoming new model with enhancement of BLE

Create a healthier environment to keep a track of all functionalities of the testing software

Write SQL queries and work with database objects, relationship, integrity and security to keep track of all the run test data

Build and maintain electrical circuits of safety test cabinets in AutoCAD

Improving First pass rate of unit with maintaining code and use of hardware skills

Working with a cross functional team to help increase pass rate

Quality Analyst December 2019 to April 2020

Under Armour - Baltimore, MD

Project Description:

I worked as a QA engineer on Armour Box and ICON project as well as user friendliness of the under armour website, which increases revenues and reduces friction. I was also responsible for customer feedback support and logging various defects in the website.

Responsibilities:

Created test cases, test plan documents based on requirements and execute them

Perform different testing on cross browser platforms

Wrote and executed complex SQL queries including JOINS to validate Back-end data.

Involved in attending grooming sessions, backlog refinement sessions

Validating defects using Quantum Metrics based on the handling of customer feedback page and reporting defects in Jira

Performed functional and non-functional testing, regression testing, happy path testing, SEO testing, UAT testing

Tested tickets using different checkout methods, different mode of payment and with different type of items

Worked on API Mock Sap in order to have an eye on placed orders and to change the status of order to test any ticket or to support Automation team

Armour Box testing in different stages with different kind of logins

Worked on Git and Github during testing life cycle

Verifying Armour Box and ICON test cases in different environments like production, staging and team environment

Involved in activating Gift cards, adding inventory, generating promo codes for testing

Project Trainee August 2017 to March 2018 Research and Development Center, Dharmsinh Desai University, Nadiad, India.

Basics theory of Tokamak nuclear power plant

Work on different Plasma states in confinement with the use of C# in Visual studio

Education

Master of engineering in Embedded Systems (Credentials Evaluated) August 2015 to May 2017

G H Patel College of Engineering & Technology, Vidhya Nagar, India

Final year project name: FPGA based real time control of a robotic arm based on gesture recognition

Details:

Gesture based control of a robotic arm application with the algorithm used to recognize gesture like HMM, SVM, Kalman filter and so forth. Additionally, extraordinary platform and a tool Quartus II software program are used to understand the gestures. Specific gesture positions are used to provide input like a hand, face, arm, chest and so forth. To understand gesture and to assign exceptional functionality to the pre-defined gesture role, the controller is used that is field programmable gate array (FPGA). To take the input gesture we attach OV7670 CMOS camera chip with FPGA board.

The main challenge to recognize gestures involves handling a number of signals, a degree of freedom (DOF), and a variety of gesture speed. Moreover, it needs also to balance the accuracy-performance-usefulness trade-off consisting with the sort of application, the cost of the solution and several other criterions such as real-time performance, robustness, scalability and user independence.

Bachelor of engineering in Electronics & Communication Engineering (Credentials Evaluated) August 2011 to May 2015

Madhuben and Bhanubhai Patel Women Institute of Engineering, India

Final Year Project Name: Solar Smart LED Street Lighting System using C/C++ language

Details:

This project is based on Embedded System in which we used LPC800 board with the ARM Cortex M0+ processor. The programming of the system was performed using LPCXpresso software. LPC (programming language) is an object-oriented programming language derived from C. LPC is strongly influenced by C and C++ and its syntax falls under the broader C-like language umbrella.

Special features of this project are low power consumption, long life of LEDs, less maintenance & use of renewable energy source. We implemented the concept of MPPT (Maximum Power Point Tracking) using LPC which increases the overall efficiency of the system by operating at MPP.

Computer Skills

Programming language- C, C++, VHDL, Verilog, OOPL, SQL, Java, VB.net

EDL tools- LABVIEW, Quartus II, Matlab, Keil, VMware, Protel, Proteus, Visual Studio, SSMS, AutoCAD

MS Word, MS Excel, Power Point Presentation, Linux

Awards / Papers published

Win Gold certificate for the nice Team work in launching next gen commercial Model-L at Lennox.

Win Gold certificate for dedication to customer focus in resolving issue at Lennox.

Got recognition with Platinum certificate for the dedication to Team work and launching next gen commercial Model-L in timely manner at Lennox.

Winners at Intra-college Techfest project poster presentation (representing my final year project) 2015.

Paper published on “Solar smart LED street lighting system” in international journal of advance engineering and research development.

Paper published on “Gesture recognition using FPGA and OV7670 camera” in international conference on inventive systems and control. IEEE.

Paper published on “Robotic application with FPGA and gesture” in international conference on intelligent systems and signal processing.

Reference Available on request

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