Engineering Microsoft Office

KALYAN ANDE

**** **** ****** *-**** : ************@*****.***

Detroit MI 48201 Contact : +1-816-***-****

OBJECTIVE

Masters Student with a GPA of 3.5, graduate at Dec’2016. To acquire industry experience which would allow me to use my proven skills to bring great value to the industry in hardware design and to enhance my professional skills.

EDUCATION

University of Missouri – Kansas City, Kansas City, MO CGPA-3.7 Aug’15-Dec’16

Masters in Electrical Engineering.

Related Coursework: Wireless Communications, Introduction to Wireless Networking, Network Architecture-1, Introduction to Statistical Learning, Principles of Digital Communication, Introduction to VLSI, solar cell-photovoltaic cell. CVSR School of Engineering CGPA-3.5 Aug’11-May’15

Bachelor in Electronics and Communication Engineering.

Related Coursework: C&DS, Object oriented programming, Computer organization, Computer Networking, Wireless Communications, Control systems, Satellite Communications, Switching Theory and Logical Design, Analog and Digital Communications, Signals and systems, VLSI,, Embedded Systems, Electronic Devices and circuits, IC Applications, Microprocessor and Micro Controller.

TECHNICAL EXPERIENCE

Internship

Keerthi Industries Ltd. Aug ’14 – Dec ‘14

Engineering Trainee

Worked on automotive control systems to enhance safety and comfort and to reduce fuel consumption and emissions.

Document and communicate test results using database programs and CASE tools. Visakhapatnam Steel Plant, India Aug’13 – Dec’13

Assistant Engineer

Worked on power distribution and transmission.

Document and communicate Test results.

PROJECTS

CAN based Digital Driving System:

The internal design is studied which drives the car and the distance between car and the object.

Any function such as fuel, speed is done by four nodes in this design. These four nodes are critical for this design.

CAN bus is used to run the communication among all nodes. Automatic bus alert system using GSM and GPS:

The basic principle of this project is storing the latitude and longitude values in the microcontroller.

The system with ARM LPC2148, LCD, GPS and GSM modem is placed in the bus and the GPS location is processed and texted using the GSM modem to the bus stations and is displayed on the digital boards. Software Used: KeiluVision4.

Wireless Vision:

Wireless vision is a study of WI-FI based System for Moving Object Detection through the wall.

WI-vi is possibly the next generation RADAR. It could prove to be very powerful and effective device for defense purposes.

DTMF based DC Motor Control:

Controlling of DC motor by Dual Tone Multiple Frequency generated signals from mobile and displaying the required function using LCD display.

By using this project DC motor can be rotated clockwise and anti-clockwise from any corner of the planet.

Frequency Tunable Antennas using RF mems Technology:

Development of systems operating at different frequencies, thereby growing a need for single antenna that can be tuned dynamically to operate at different frequencies.

The usage of a single antenna on the system for various applications reduces the system size and cost.

LANGUAGES AND TECHNOLOGIES

Languages: C, Core Java, R.

Tools: ECAD, Wireshark, Riverbed, Multisim, VHDL, MATLAB, CAN and Cadence.

Operating Systems: Microsoft Office, Linux, UNIX. ACHEIVEMENTS

I have been awarded with Deans International Scholarship of $8000 per year during admission at UMKC.

2nd prize in National Robotics Championship held at CVSR College of Engineering, Hyderabad.

Coordinated a national technical quiz in AAGAMA 2K13, A National Level Technical fest, held at CVSR college of Engineering.

Volunteered at National Service Scheme in CVSR College of Engineering in India.

Participated in paper presentation at Convergence on piezo electric fibers, VNRVJIET, 2012.

Participated in a Graphical Designing workshop conducted by Arena Multimedia at VNRVJIET, 2013.

Worked as a volunteer at AVANI held at JNTUH, 2013.

Worked as a volunteer at Robokid conducted by Jay Robotix, 2014.

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