Engineer Project

Resume

Manuel Alejandro Gama

Highest and Current Degree:

Bachelor Degree in Cibernetic Electronics Engineering (Attending the eight

semester)

Professional Job Goal

Be able to begin and pursue a successful career in the Electronics and the

Computer Science Engineering Industry in the following areas: Computer

Networks, Digital Signal Processing, and the Design and Development of

Electronic and Computer devices.

Education

- Bachelor's Degree in Cibernetic Electronics Engineering (Attending final

semester (the 8th)) at Cetys Universidad Campus Tijuana, Graduation year

2010. Cetys University will be accredited by WASC in 2011, it has been pre-

aproved and it is in the final process of accreditation.

http://www.cetys.mx/?page=37&pp=37

http://wasc.cetys.mx/

Major courses:

. Analog and Digital Electronics

. Operating Systems,

. Microcontrollers and Microprocessors

. Computer Programming in Java

. Computers Architecture

. Interface Design

. CAD (Autocad, Solidworks)

. Computer Networks and Applications with Computer Networks

. Power Electronics

. Control Systems

- Bachelor's Degree in International Bachillereaute at Cetys Universidad

Campus Tijuana (2003-2006). Strong Education in IT, Physics, Computer

Language Programming (Visual Basic and Flash).

Job History

- HONEYWELL MEXHON (March 2010 - Actual Job)

Job Title: Automation Technician C

Duties of Test Workstations for Combustion Products Laboratory Project:

- Design and Implementation of Test Workstations for Combustion Products

- Design of Fixtures in Solidworks

- Design, Modeling and Simulation of Test Workstations in Solidworks

- Assembly of Final Test Workstations (Electrical, Pneumatic, Mechanic).

Immediate Chief Engineer:

Jose Luis Montero R., Quality Control Engineer Honeywell West Coast

Operation

****.*******@*********.***

619-***-**** Direct

619-***-**** Main

- EQ Producciones (Recording & Production Studio)(April - November 2008)

Job Title: Audio Engineering Intern/ Second Audio Engineer

Duties:

- Recording Engineer and Producer Assistant,

- Second Recording Engineer on "Cipres" Debut Album,

- Assistant Engineer on "Manolo" and "Reyes de Oro" Albums,

- Roadie for "Cipres" on two events in Tijuana and Rosarito

- Maintenance of Studio Electronics Equipment for Studio A and B

- Immediate chief: Sound Engineer Alejandro Barredo

Contact: http://www.myspace.com/eqproducciones

Reason for Leaving: The Studio went to a bankrupt

General skills

- Fast Learner

- Responsible for duties

- Honest

- Good written and oral communication skills

- Bilingual: Spanish and English

Software, Hardware and Electronics Skills

Software

- Intermediate Programming in Java

- Intermediate Programming in PBASIC (for Basic Stamp Microcontrollers)

- Intermediate Programming in SPIN (for Parallax Propeller

Microcontrollers)

- Basic Programming in Labview

- Intermediate AutoCAD drawer

- Intermediate Solidworks drawer

- Advanced Multisim and Electronics Workbench user

- Basic Linux User (Basic Linux commands)

- Advanced user of Windows XP and Office

- Intermediate user of Mac OS X (Leopard)

Electronics

- Intermediate user of Oscilloscopes, Function Generators and Spectrum

Analyzers

- Good understanding of electronics schematics and Computer Architecture

- Intermediate Soldering skills

- Excellent Electronics Circuits Prototype maker

Audio and Video

- Intermediate/Advanced Pro Tools Operator at Recording Studio (Pro Tools

TDM on Mac Pro with OS X 10.4 Tiger)

- Beginner Operator for Logic Pro 8 (Logic Studio 2) (on Mac OS X Leopard)

- Beginner Operator for Final Cut Pro 5

- Advanced Sony Acid Pro operator on Windows XP platform

- Basic Operation of Reason 4

- Studio Operator for Amek 51 Console

Relevant University Projects

- Robotic Arm Prototype: This project gathers the implementation of IEEE

802.15.1 technology on the control of a arm through two joysticks.

This system uses communication, two modules of Bluetooth, a

Transceiver AppMod EB500 Module and a Parallax Module, and as the main

controllers, it Parallax Propeller ProRPM microcontrollers indicates

how a mechanism should move from a distance another through the

joysticks, these orders travel from the ADC circuit through the first

microcontroller throughout a connection of bluetooth a

microcontroller, which interprets and sends the information directly

to the servomotors that gathers the mechanism robotic arm. To avoid

any undesired movement that was not commanded by the user using the

joysticks, a digital PID controller was also implemented thru two

feedbac potentiometers attached to the axis of the robotic arm.

conclusion, we have a Robotic Arm that is controlled by a Parallax

Propeller microcontroller that uses Bluetooth technology to receive

data from another Parallax Propeller Microcontroller that interprets

the user's commands thru two analog joysticks.

- Automated Industrial Production Line: This project consisted of

designing and implementing an automated industrial production line

that can separate three kinds of different color objects. The project

used a color detection camera module, an ATmega 128 atmel

microcontroller, a PLC, neumatic pistons, a speed controller designed

with TRIACs, and an AC motor.

4 bit Microcontroller Prototype: using PLDs (GAL32), TTLs (74xx), and

timer oscillators

- Electronic Guitar Prototype: using Basic Stamp Microcontroller to

generate different audio frequencies

- Roover Robot: using a Basic Stamp Microcontroller, DC Motors,

Ultrasonic Sensors, Solar cells. The main object of the project was to

make an autonomous robot that can finish a curve trace with three

checkpoints, detect an object load on the trace, and take the load to

the finish line.

- Ruben's Tube: using a Parallax Propeller Microcontroller, an audio

amplifier made with transistors and opamps, and a medium plastic PBC

tube. The main object of the project was to generate PCM frequencies

with the Propeller Microcontroller, pass the signal on the audio

amplifier, and draw the frequencies on fire on the tube.

Telephones: 619-***-****

(Tijuana, Mexico) 052-***-*-**-** 47

Email: *******************@*******.***

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