Engineering Microsoft Office

SALDE B. FRANCISCO JR.

BS Electronics Engineering, Technological Institute of the Philippines (TIP),

Quezon City 2009-2015

Address: Blk. 9 Lot 21 Villa San Mateo 1, Guitnang Bayan 1, San Mateo Rizal

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

Cellular No.: +63-935-***-****

To establish a career in engineering where I can demonstrate the learning outcomes of the Electronics Engineering program of the Technological Institute of the Philippines (TIP), a program accredited by the US-based outcomes-oriented ABET (Accreditation Board for Engineering and Technology), Engineering Accreditation Commission.

DESIGN OF A THERMOELECTRIC-BASED GENERATOR FOR MOBILE PHONE CHARGING APPLICATION

The motivation of charging mobile phones with the use of heat coming from lighted candle was a big help in case of calamities and disasters where no power outlets are available. By means of this design project, communication during emergency situations can be extended. These cases include natural disasters such as flood, earthquakes, and even during outdoor activities. Due to these circumstances, an alternative source of energy for charging mobile phone was studied by the design team.

The heat produced by the lighted candle works as the energy source used to power the project design. Thermoelectric Modules (TEM) provides the conversion of temperature differences into electrical energy with the use of Seebeck Effect. Dc-dc step-up converter was also included in the project design to compensate for the low output voltage produced by the TEG.

Tradeoffs among different DC/DC converter integrated circuits were established to determine the best design. Additionally, tradeoffs between two types of thermoelectric modules; thermoelectric cooler (TEC) and thermoelectric generator (TEG) were also considered to determine the best option for heat energy conversion. Multiple realistic constraints such as economic, manufacturability, flexibility, sustainability and functionality were ranked using Otto and Antonsson tradeoff strategies for optimum design.

The use of the significant code and standards for the application of the project were considered. Since the project was all about mobile phone charging, standards such as Universal Serial Bus (USB) including USB Battery Charging Standards 2.1 and USB 2.1 Dedicated Charging Port (DCP) were considered for the technical specifications of the design.

The use of modern engineering software tools in the design process was utilized in order to simulate the project. Software such as LTspice was used for simulating the circuit design. SolidWorks was also used in thermal analysis as well as representing the actual appearance of the prototype.

1.Electronics Engineer Board Examination Passer (April 2016)

2.Passed the Cisco Certified Network Associate (CCNA) Routing and Switching (February 2015)

3.Certificated of Cisco Modules 1 to 4

4.Member of the Society of Electronics Engineering (SECES)

5.Member of the Institute of Electronics Engineer of the Philippines (IECEP)

6.Knowledge on Intellectual Property, e.g. Patent research and interpretation.

Position(trainee)- OSP (Outside Plant)

ADTEL Inc.

57 LBI Building, Kalayaan Avenue, Quezon CIty

Jun 2013 - Sep 2013

I have acquired and can demonstrate the following (knowledge, skills and attitudes) which are necessary for the practice of the engineering profession:

Analyze complex problems and identify and define the engineering requirements appropriate for solutions.

Use modern techniques, skills, and tools of the engineering practice in complex computing activities

Understand professional, ethical, legal, security, and social issues and responsibilities relevant to professional engineering practice.

Instrumentation and Control Servicing NCII (June 2015)

STC (Sunley Technology Corporation) Industry Talk (March 2014)

Instrumentation and Controls Seminar – February 2014

Subic Bay International Airport – Field Trip (February 2014)

Civil Aviation Authority of the Philippines (CAAP) – Field Trip (February 2014)

Subic Bay International Terminal Corporation (SBITC) – Field Trip (February 2014)

IPv6 Fundamentals (January 2014)

Goal Setting (December 2013)

Positive Mental Attitude (December 2013)

IP awareness seminar (January 2013)

Knowledgeable in CISCO

Knowledgeable in Computer Network Design

Knowledgeable in Basic Theories and Design of Power Electronics Systems such as DC-to-DC Converters

Knowledgeable in using the following Software:

Microsoft Office (Word, Power Point and Excel)

Cisco Packet Tracer

NI MultiSim

Visual Basic for Application (VBA) Programming

National Instrument: Laboratory Virtual Instrumentation Engineering Workbench (NI LabVIEW)

SolidWorks

Proficient in English language

Computer Literate

Engr. Celso B. Co., PhD, PECE

Director, Research and Development Office

Technological Institute of the Philippines-QC

Engr. Shearyl U. Arenas, MEP

ECE Department Chair

Technological Institute of the Philippines-QC

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