Aid Busatlic

**** *. ******** ***.

Chicago, IL *0625

Phone: 773-***-****

Email: acge9o@r.postjobfree.com

Objective

To obtain a long-term entry level position as an Electronic Engineer, allowing me to utilize my educational experience,

and to develop my skills as an engineer in a team-oriented environment.

2014 BSEE Graduate who possesses the analytical abilities and technical skills necessary for engineering innovative

designs and applications. Solid understanding of electrical engineering theory, mathematical concepts, industry-

standard circuit design and testing tools.

Education

East West University- Chicago, IL

Bachelors of Science in Electronics Engineering Technology

Associates of Liberal Arts in Mathematics

Related Coursework

Embedded Systems Design, Digital Systems and Circuit Design, VLSI Tools and Design, Solid State Devices, Filter

Design, Integrated Circuits, Senior Project, Trigonometry, Calculus I, Calculus II, Calculus III

Relevant Skills Gained

Circuit Design, Research and Analysis, Development and Testing of Electronic Circuits, Soldering, Working Within a

Team to Design and Implement Electronic Circuits, Reading and Understanding Specifications of Electronic

Equipment, Technical Report Writing, Testing Theoretical Design Aspects, Using Measuring Equipment,

Communicating on Technical Level with Other Engineers, RTL Design, Calculus and Mathematical Modeling

Accomplishments

1. Active Member of IEEE

2. Digital Systems & Computer Engineering Certifications

Lab work and Experience

3. Filter Design

• USB Testing

• PCB Testing, Trouble-shooting, and quality assurance

• Fiber Optics

• Digital Design

• Integrated CKTS

• Embedded Design

Relevant Projects

4. Embedded Design: Consisted of using the MPLab x IDE software to program a

microcontroller (PIC32) to perform (a) traffic light operations, (b) Pulse Width

Modulation (PWM) for a small DC motor and (c) counter operations.

5. Once the microcontroller was programmed, it was connected to a bread board containing

sensors which would sense traffic and LED’s which would demonstrate the desired

output. The green and red LED’s were programmed to glow for 20 seconds while the

yellow LED glowed for only 3 seconds

6. Two buttons were connected through a capacitor and various resistors to either increase

or decrease speed. The motor is controlled by a MOSFET power transistor as well as the

PWM signal being transmitted by the microcontroller. The PWM has a duty cycle which

makes the pulse larger when the motor is on and smaller when off. Using the 4 bit

register within the microcontroller the motor was programmed to spin at different speeds.

7. As mentioned before the 4 bit register can be programmed to perform a counter sequence

using basic binary inputs. Once the microcontroller is programmed, proper connections

were made between the microcontroller and the timer chip to send the data complete the

counting operation.

8.

9. Senior Project: Consisted of using filters to limit unnecessary and unwanted frequencies

from electronics devices. These include passive filters (low-pass, high-pass, band-pass,

and band-stop), active filters, and digital filters using AC to DC converters and vice

versa.

References

Granted upon request

Technology Summary

C, C++, Java, SQL, HTML, Visual Studio, MP Lab, Microsoft Office

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