Title Defense Invitation

10
Technological University of the Philippines College of Engineering Civil Engineering Department THESIS TITLE DEFENSE PSCE-BSCE 5B September 12, 2013 9:00 AM ESEP Building, Rm. 22 You are cordially invited to seat as one of our respectable panel, Engr. Ma. Analyn Pajaro TITLES GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and Recovery GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with Photoluminiscent Effect for Aesthetics GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber- Reinforced Asphalt Roof Shingle GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene Terephthalate and Eggshell as a Composite Panel GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up Of Surface Water Pollutants

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Page 1: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Ma. Analyn Pajaro

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 2: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Anthony De Castro

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 3: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Mark Costelo

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 4: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Marjun Macasilhig

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 5: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Jesus Ray Mansayon

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 6: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Lucy Ortega

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 7: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Edmundo Dela Cruz

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 8: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Edgardo Legaspi

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 9: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Engr. Christopher Chan

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Polyethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants

Page 10: Title Defense Invitation

Technological University of the Philippines

College of Engineering

Civil Engineering Department

THESIS TITLE DEFENSE PSCE-BSCE 5B

September 12, 2013

9:00 AM

ESEP Building, Rm. 22

You are cordially invited to seat as one of our respectable panel,

Dr. Melito Baccay

TITLES

GROUP 1: Absorption and Efficacy of Kapok Fiber as Biosorbent Rooms for Oil-Spill Clean-up and

Recovery

GROUP 2: Structural Behavior of Various Joint Connection for Full-Culm Bamboo Truss

GROUP 3: Study on Concrete Paving Blocks Containing Recycled HDPE Plastic Aggregate with

Photoluminiscent Effect for Aesthetics

GROUP 4: Influence of Abaca Fiber Grade on the Properties of Fiber-Reinforced Composite

GROUP 5: Utilization of Plastic Waste (Polycarbonate) as an aggregate Substitute in a Bamboo Fiber-

Reinforced Asphalt Roof Shingle

GROUP 6: Morphological Analysis and Mechanical Property Characterization of Poluethylene

Terephthalate and Eggshell as a Composite Panel

GROUP 7: The Effectiveness of Concrete Boom as a Debris Barrier for the Containment and Clean-up

Of Surface Water Pollutants