This document contains engineering plans and specifications for the electrical systems of a proposed Information and Communication Technology Center academic building. It includes layout plans for power, lighting, intercom, and air conditioning systems on the ground, second, and third floors as well as roof. It also includes riser diagrams, a grounding plan, and details regarding the intellectual property rights to the documents. The plans were certified by the Vice Chancellor for Administration and Finance and other engineers and were approved by the Chancellor of the MSU-IIT campus in Iligan City.
The document contains structural plans and details for the proposed Information and Communication Technology Center (ICTC) Academic Building including:
1) Plans for the foundation, floor framing, roof framing, and details like column and beam schedules.
2) Sections and details of structural elements such as slabs, stairs, and footings.
3) Notes indicating the drawings are intellectual property and requiring written consent to duplicate for other projects.
This document contains the program for the 2nd Annual Conference of the Israel Tech Transfer Organization (ITTN) being held on December 10, 2014 at the David Intercontinental Hotel in Tel-Aviv. The conference will include an opening ceremony, keynote speeches, panel discussions, and breakout sessions on topics like ICT, pharma/medical devices, food/agriculture, and materials. Some of the speakers include the Minister of Science, Technology and Space, the Chief Scientist from the Ministry of Economy, and presidents from Technion and the Weizmann Institute. The goal is to discuss collaborations between academia and industry to help technologies cross the "valley of death" from the lab into the market.
Briarwood Academy's morning news broadcast included leading the pledge of allegiance and singing the national anthem. The lunch choices for the day were listed as chicken salad, pizza, tacos, nachos, cookies and apple juice. A field trip was also announced for all grades to the science measurement center on Savion Street.
The World Bank is an international financial institution established at the 1944 Bretton Woods Conference to provide loans and capital to developing countries for infrastructure projects and social services. Its goals are reducing poverty and promoting foreign investment and international trade. From 1968-1980, under Robert McNamara, the World Bank shifted its focus to basic needs like education, healthcare, and agriculture by increasing loan amounts and targets.
This document contains architectural plans and drawings for the proposed Information and Communication Technology Center (ICTC) academic building at the Mindanao State University-Iligan Institute of Technology campus in Iligan City, Philippines. It includes 30 sheets showing site plans, floor plans, elevations, sections, structural plans, plumbing plans, fire alarm plans, electrical plans, and details. The plans are certified by the Vice Chancellor for Administration and Finance, Executive Director of ICTC, and Architect in charge of the Physical Plant Division and approved by the Chancellor of MSU-IIT.
The document contains drainage and plumbing system layout plans and diagrams for a proposed academic building. It includes:
- Floor plans showing the layout and sizing of drainage pipes, floor drains, cleanouts, and their connections to septic tanks or catch basins.
- Diagrams of the drainage system layout and connections for different areas of the building.
- Plans depicting the water supply system with pipes, valves, and connections for fixtures like sinks, toilets and other plumbing.
- Specifications for pipe materials and sizing.
Inequality in the United States - Understanding Inequality with DataOscar Blanco-Sanchez
?
This document provides an overview of inequality in the United States organized by topic. It contains a table of contents listing key issues related to inequality such as debt, education, employment, family, gender, health, immigration, politics, poverty, race, wealth, and violent crime. For each topic, there are slides with data visualizations and analyses of trends. Contributors are also listed with their areas of expertise. The full document can be downloaded from the provided website.
This document contains architectural, structural, electrical, and sanitary drawings for a proposed three-storey, nine-classroom school building. It includes floor plans, elevations, sections, and details of the building as well as specifications for finishes, schedules, notes, and approvals from the relevant departments. The drawings were prepared by Task Force Engineering, Assessment and Monitoring for the Department of Education and Bureau of Design of the DPWH and follow the standards set forth in Republic Act 545.
Greg Bergoll has earned a joint B.S./M.S. in Electrical Engineering from Cal Poly with a GPA of 3.58. He has relevant military experience as a Sonar Technician in the Navy and worked as a Test Engineer at JPL supporting the SMAP mission. His skills include circuit analysis software, electronics troubleshooting, programming languages, and MS Office applications. Notable projects include his thesis on tunable laser characterization, inductively charged timer tags as project manager, and an LED driver using an LT1618 switching regulator.
This document provides an introduction to transparent electronics. It discusses how transparent electronics allows for invisible electronic circuitry and devices with applications in consumer electronics, energy, and transportation. The basic device structure is similar to conventional electronics, but the materials must be transparent in the visible spectrum. The goals of transparent electronics are to discover and implement transparent electronic materials, incorporate these materials into transistor and circuit designs, and achieve application-specific performance requirements. Realizing this technology requires expertise from various fields including materials science, chemistry, physics, and engineering. In the past decade, the available materials for transparent electronics have expanded beyond transparent conducting oxides to include other conducting, dielectric, and semiconducting materials needed for full device fabrication.
The document describes an existing integrated refinery fire and gas monitoring system that uses wired connections between field devices and the control room. The existing system has limitations such as increased wiring complexity and costs as more sensors are added over time. This can make troubleshooting difficult. The proposed system aims to develop a wireless monitoring system using ZigBee technology to overcome these limitations and enhance safety. It will allow real-time monitoring of gas levels, location tracking of workers, and danger alarms to be sent wirelessly.
This document describes a project report for a door knock alarm with timer circuit. It includes an abstract, introduction, theory/principle, circuit analysis, PCB analysis, assembly and testing, working of the circuit, expectations and achievements, project cost, component details, shortcomings and future applications. The circuit uses a piezoelectric sensor to detect door knocks, which triggers a NE555 timer IC to enable a melody generator IC for a set period of time. The music plays through a speaker. The time period can be adjusted with a variable resistor. The project aims to develop a low-cost circuit to alert users when someone knocks on the door.
This document contains architectural plans and schedules for an interior renovation project. It includes 26 sheets that provide floor plans, reflected ceiling plans, elevations, and schedules for areas like the leasing office, clubroom, exercise studio, fitness center, and more. Electrical, lighting, and finish legends are also included to define symbols and materials used. The project is for a residential building called La Floresta in Brea, California by developer Morgan Group.
Building and Construction Authority GeoSS Seminar 2010RekaNext Capital
?
This document provides information on an upcoming seminar on instrumentation for design and construction of earth retaining/stabilizing structures (ERSS). The seminar will cover topics like best practices for instrumentation works, advances and challenges in geotechnical instrumentation. It will feature presentations from industry experts on managing instrumentation for major projects, experiences from tunnel projects, real-time monitoring, challenges in monitoring systems, selecting instrumentation and trigger levels, and regulatory aspects of instrumentation works. The seminar details including date, time, venue, fees and accreditation are provided. Short biographies of the speakers are also included.
1. The architect worked on renovating a 2,000 square foot company lounge and vending area.
2. They took site measurements, developed conceptual and schematic designs, created renderings, and selected materials and finishes.
3. The architect completed construction documents for the renovation of the lounge space.
Design and testing of a vertical axis turbine drivenby automotive drag as an ...Jomar Basto
?
Undergraduate thesis submitted by B.S Mechanical Engineering Students of University of Perpetual Help System Laguna (2016-2017). For reference purpose only.
Decision sciences laboratory biennial progress report, july 1962 june 1964Clifford Stone
?
This document provides an overview of the Decision Sciences Laboratory (DSL) including its mission, philosophy, background, staff, and projects. Key points:
- DSL conducts exploratory research on human performance in military information systems to improve interaction between people and machines.
- With a highly educated staff including many PhDs, DSL seeks to better understand cognitive processes like decision-making to enhance system design.
- DSL has operated for 20 years under different names, currently as a lab within the Air Force's Electronic Systems Division.
- DSL uses an automated laboratory with a computer to increase experimental efficiency and capabilities like dynamic study designs.
- Projects address Technical Development Objectives through research
Sounak Sankar Nandi has worked on several research projects related to materials engineering, microsystems, and medical technologies. His work experience includes developing laser lithotripsy systems, constructing databases for medical surveys, designing light-actuated actuators, and fabricating gas sensors. He has an MSc in Microsystems Engineering from University of Freiburg and a BTech in Electronics from Kalinga Institute of Industrial Technology. His skills include programming, CAD, cleanroom microfabrication, and device characterization techniques.
This document contains architectural plans and drawings for the proposed Information and Communication Technology Center (ICTC) academic building at the Mindanao State University-Iligan Institute of Technology campus in Iligan City, Philippines. It includes 30 sheets showing site plans, floor plans, elevations, sections, structural plans, plumbing plans, fire alarm plans, electrical plans, and details. The plans are certified by the Vice Chancellor for Administration and Finance, Executive Director of ICTC, and Architect in charge of the Physical Plant Division and approved by the Chancellor of MSU-IIT.
The document contains drainage and plumbing system layout plans and diagrams for a proposed academic building. It includes:
- Floor plans showing the layout and sizing of drainage pipes, floor drains, cleanouts, and their connections to septic tanks or catch basins.
- Diagrams of the drainage system layout and connections for different areas of the building.
- Plans depicting the water supply system with pipes, valves, and connections for fixtures like sinks, toilets and other plumbing.
- Specifications for pipe materials and sizing.
Inequality in the United States - Understanding Inequality with DataOscar Blanco-Sanchez
?
This document provides an overview of inequality in the United States organized by topic. It contains a table of contents listing key issues related to inequality such as debt, education, employment, family, gender, health, immigration, politics, poverty, race, wealth, and violent crime. For each topic, there are slides with data visualizations and analyses of trends. Contributors are also listed with their areas of expertise. The full document can be downloaded from the provided website.
This document contains architectural, structural, electrical, and sanitary drawings for a proposed three-storey, nine-classroom school building. It includes floor plans, elevations, sections, and details of the building as well as specifications for finishes, schedules, notes, and approvals from the relevant departments. The drawings were prepared by Task Force Engineering, Assessment and Monitoring for the Department of Education and Bureau of Design of the DPWH and follow the standards set forth in Republic Act 545.
Greg Bergoll has earned a joint B.S./M.S. in Electrical Engineering from Cal Poly with a GPA of 3.58. He has relevant military experience as a Sonar Technician in the Navy and worked as a Test Engineer at JPL supporting the SMAP mission. His skills include circuit analysis software, electronics troubleshooting, programming languages, and MS Office applications. Notable projects include his thesis on tunable laser characterization, inductively charged timer tags as project manager, and an LED driver using an LT1618 switching regulator.
This document provides an introduction to transparent electronics. It discusses how transparent electronics allows for invisible electronic circuitry and devices with applications in consumer electronics, energy, and transportation. The basic device structure is similar to conventional electronics, but the materials must be transparent in the visible spectrum. The goals of transparent electronics are to discover and implement transparent electronic materials, incorporate these materials into transistor and circuit designs, and achieve application-specific performance requirements. Realizing this technology requires expertise from various fields including materials science, chemistry, physics, and engineering. In the past decade, the available materials for transparent electronics have expanded beyond transparent conducting oxides to include other conducting, dielectric, and semiconducting materials needed for full device fabrication.
The document describes an existing integrated refinery fire and gas monitoring system that uses wired connections between field devices and the control room. The existing system has limitations such as increased wiring complexity and costs as more sensors are added over time. This can make troubleshooting difficult. The proposed system aims to develop a wireless monitoring system using ZigBee technology to overcome these limitations and enhance safety. It will allow real-time monitoring of gas levels, location tracking of workers, and danger alarms to be sent wirelessly.
This document describes a project report for a door knock alarm with timer circuit. It includes an abstract, introduction, theory/principle, circuit analysis, PCB analysis, assembly and testing, working of the circuit, expectations and achievements, project cost, component details, shortcomings and future applications. The circuit uses a piezoelectric sensor to detect door knocks, which triggers a NE555 timer IC to enable a melody generator IC for a set period of time. The music plays through a speaker. The time period can be adjusted with a variable resistor. The project aims to develop a low-cost circuit to alert users when someone knocks on the door.
This document contains architectural plans and schedules for an interior renovation project. It includes 26 sheets that provide floor plans, reflected ceiling plans, elevations, and schedules for areas like the leasing office, clubroom, exercise studio, fitness center, and more. Electrical, lighting, and finish legends are also included to define symbols and materials used. The project is for a residential building called La Floresta in Brea, California by developer Morgan Group.
Building and Construction Authority GeoSS Seminar 2010RekaNext Capital
?
This document provides information on an upcoming seminar on instrumentation for design and construction of earth retaining/stabilizing structures (ERSS). The seminar will cover topics like best practices for instrumentation works, advances and challenges in geotechnical instrumentation. It will feature presentations from industry experts on managing instrumentation for major projects, experiences from tunnel projects, real-time monitoring, challenges in monitoring systems, selecting instrumentation and trigger levels, and regulatory aspects of instrumentation works. The seminar details including date, time, venue, fees and accreditation are provided. Short biographies of the speakers are also included.
1. The architect worked on renovating a 2,000 square foot company lounge and vending area.
2. They took site measurements, developed conceptual and schematic designs, created renderings, and selected materials and finishes.
3. The architect completed construction documents for the renovation of the lounge space.
Design and testing of a vertical axis turbine drivenby automotive drag as an ...Jomar Basto
?
Undergraduate thesis submitted by B.S Mechanical Engineering Students of University of Perpetual Help System Laguna (2016-2017). For reference purpose only.
Decision sciences laboratory biennial progress report, july 1962 june 1964Clifford Stone
?
This document provides an overview of the Decision Sciences Laboratory (DSL) including its mission, philosophy, background, staff, and projects. Key points:
- DSL conducts exploratory research on human performance in military information systems to improve interaction between people and machines.
- With a highly educated staff including many PhDs, DSL seeks to better understand cognitive processes like decision-making to enhance system design.
- DSL has operated for 20 years under different names, currently as a lab within the Air Force's Electronic Systems Division.
- DSL uses an automated laboratory with a computer to increase experimental efficiency and capabilities like dynamic study designs.
- Projects address Technical Development Objectives through research
Sounak Sankar Nandi has worked on several research projects related to materials engineering, microsystems, and medical technologies. His work experience includes developing laser lithotripsy systems, constructing databases for medical surveys, designing light-actuated actuators, and fabricating gas sensors. He has an MSc in Microsystems Engineering from University of Freiburg and a BTech in Electronics from Kalinga Institute of Industrial Technology. His skills include programming, CAD, cleanroom microfabrication, and device characterization techniques.
Seminar report on Flexible Electronics by Sourabh KumarSourabh Kumar
?
www.androroot.com
Seminar report on Flexible Electronics by Sourabh Kumar
Flexible electronics is a new trend in electronics industry to handle the increasing burden on chips. It is a technology for assembling electronic circuits by mounting electronic devices on flexible plastic substrate. This technology is increasingly being used in a number of applications which benefit from their light weight, favourable dielectric properties, robust, high circuit density and conformable nature. Flexible circuits can be rolled away when not required. To replace glass, plastic substrate must offer properties like clarity, dimensional stability, low coefficient of thermal expansion, elasticity etc. Recent advances in organic and inorganic based electronics proceeds on flexible substrate, offer substantial rewards in terms of being able to develop displays that are thinner , lighter and can be rolled when not in use. This paper will discuss about the properties, preparation methods, applications and challenges in this rapidly growing industry.
Keywords : Electronics, Flexible, Circuits, Silicon, Substrates
IRJET- Investigation of Damage Level and Study on Load Deflection Charact...IRJET Journal
?
This document presents research on using smart sensors to monitor damage levels and load-deflection characteristics of reinforced concrete beams. An experimental study was conducted on a 1m x 0.15m x 0.15m RCC beam specimen. PZT sensors were used to sense vibrations from microcracks and macrocracks during loading. Data from the sensors was acquired using an Arduino system and analyzed to observe increasing damage levels correlated with rising load and amplitudes. Results showed the sensors could detect initial microcracks and identify the most damaged area. This smart sensor technique allows for structural health monitoring and has potential applications in alerting systems for safety of high-rise structures.
- Satheesh S. is applying for a C&I Engineer position with 1 year of experience working in the power plant sector.
- He currently works as a Control and Instrumentation Engineer in a 2*600 MW coal-based power plant in Udupi, Karnataka.
- His responsibilities include managing staff, supervising commissioning activities, performing preventative maintenance, and troubleshooting to reduce downtime.
Christan Sto. Tomas Agsaullo is seeking a position utilizing his organizational, analytical, and interpersonal skills in industrial technology and electronics. He has a Bachelor's degree in Industrial Technology majoring in Mechatronics from University of Baguio. He has over 7 years of experience in preventative maintenance and as a support equipment technician at Texas Instruments and Pythos Technology. His responsibilities include performing maintenance on various semiconductor manufacturing equipment to ensure they are running as specified. He has received several achievement awards for equipment improvement projects. References are provided.
Bilgiilgi Oozanzan Aakyuzkyuz is seeking a biomedical engineering position utilizing an extensive educational background and work experience in the field. He has a Master's degree in Biomedical Engineering from the University of South Florida and Bachelor's degrees in Electrical Engineering and Physics Engineering from Gaziantep University in Turkey. Through his roles at USF and hospitals in Turkey and Florida, he has gained technical skills in medical devices, equipment support, and 3D imaging projects. Bilgiilgi is proficient in multiple programming languages and seeks to continue leveraging his expertise to support medical technology development and patients.
ASSESSMENT ON AUTOCLAVED AERATED CONCRETE BLOCKS USING FREQUENCY ANALYSIS THR...A Makwana
?
Autoclaved Aerated Concrete (AAC) is a lightweight concrete building material cut
into masonry blocks or formed larger planks and panels. Aerated concrete is relatively
homogeneous when compared to normal concrete, as it does not contain coarse aggregate
phase, yet shows vast variation in its properties. The properties of aerated concrete depend on
its microstructure (void¡À paste system) and composition, which are influenced by the type of
binder used, methods of pore-formation and curing. Although aerated concrete was initially
envisaged as a good insulation material, there has been renewed interest in its structural
characteristics in view of its lighter weight, savings in material and potential for large scale
utilization of wastes like pulverized fuel ash. Many researchers have been done in the last few
years however a deeper understanding is still needed to improve the quality of autoclaved
aerated block in the construction industry by studying the current market behavior. The aim
of this study is to get the latest information and to identify the key factors that affect on
autoclaved aerated block. Data¡¯s are collected through questionnaires and distributed to
respondents who work on various projects in wide areas in the charotar region of central
Gujarat. Respondents were required to rate and analyze using their experience and the factors
were identified from past researches, which affects the project performance and then the level
is measured based on their effect. The data collected are analyzed using Microsoft Excel or
Statistical Package for the Social Sciences (SPSS Statistics 17.0) software which is analytical
software.
ASSESSMENT ON AUTOCLAVED AERATED CONCRETE BLOCKS USING FREQUENCY ANALYSIS THR...A Makwana
?
E-ICTC
1. CERTIFIED BY:
PROPOSED INFORMATION &
COMMUNICATION TECHNOLOGY CENTER
(ICTC) ACADEMIC BLDG.
VICE CHANCELLOR FOR ADMIN. & FIN.
ENGR. POLAUS M. BARI, D.M.
EXECUTIVE DIRECTOR, ICTC
EMMANUEL M. LAGARE, Ph.D.ENGR. REDEMPTO P. MADRAZO
PROFESSIONAL ELECTRICAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
ENGINEERING ASSISTANT, PHYSICAL PLANT DIVISION CHANCELLOR, MSU-IIT
SUKARNO D. TANGGOL, DPA
RECOMMENDING APPROVAL: APPROVED BY:
ARCHT. ANACLETO Y. TAMOSO
OIC - DIRECTOR, PHYSICAL PLANT DIVISION
SHEET No.:
DATE:
FEBRUARY 7, 2013A. BONIFACIO AVE., MSU-IIT CAMPUS, TIBANGA, ILIGAN CITY
DRAWINGS & SPECIFICATIONS & OTHER CONTRACT DOCUMENTS DULY SIGNED, STAMPED, OR SEALED, AS INSTRUMENTS OF SERVICE, ARE THE INTELLECTUAL PROPERTY & DOCUMENTS OF MSU - ILIGAN INSTITUTE OF TECHNOLOY , WHETHER THE OBJECT FOR WHICH THEY ARE MADE IS EXECUTED OR
NOT. IT SHALL BE UNLAWFUL FOR ANY PERSON TO DUPLICATE OR TO MAKE COPIES OF SAID DOCUMENTS FOR USE IN THE REPETITION OF & FOR OTHER PROJECTS OR BUILDINGS, WHETHER EXECUTED PARTLY OR IN WHOLE, WITHOUT THE WRITTEN CONSENT OF ARCHITECT OR AUTHOR OF SAID DOCUMENTS.
Scale 1:250 m
GRND FLR. POWER LAYOUT PLAN
1
Scale 1:250 m
2ND FLR. POWER LAYOUT PLAN
2
Scale 1:250 m
3RD FLR. POWER LAYOUT PLAN
3
E1
25 of 30
2. CERTIFIED BY:
PROPOSED INFORMATION &
COMMUNICATION TECHNOLOGY CENTER
(ICTC) ACADEMIC BLDG.
VICE CHANCELLOR FOR ADMIN. & FIN.
ENGR. POLAUS M. BARI, D.M.
EXECUTIVE DIRECTOR, ICTC
EMMANUEL M. LAGARE, Ph.D.ENGR. REDEMPTO P. MADRAZO
PROFESSIONAL ELECTRICAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
ENGINEERING ASSISTANT, PHYSICAL PLANT DIVISION CHANCELLOR, MSU-IIT
SUKARNO D. TANGGOL, DPA
RECOMMENDING APPROVAL: APPROVED BY:
ARCHT. ANACLETO Y. TAMOSO
OIC - DIRECTOR, PHYSICAL PLANT DIVISION
SHEET No.:
DATE:
FEBRUARY 7, 2013A. BONIFACIO AVE., MSU-IIT CAMPUS, TIBANGA, ILIGAN CITY
DRAWINGS & SPECIFICATIONS & OTHER CONTRACT DOCUMENTS DULY SIGNED, STAMPED, OR SEALED, AS INSTRUMENTS OF SERVICE, ARE THE INTELLECTUAL PROPERTY & DOCUMENTS OF MSU - ILIGAN INSTITUTE OF TECHNOLOY , WHETHER THE OBJECT FOR WHICH THEY ARE MADE IS EXECUTED OR
NOT. IT SHALL BE UNLAWFUL FOR ANY PERSON TO DUPLICATE OR TO MAKE COPIES OF SAID DOCUMENTS FOR USE IN THE REPETITION OF & FOR OTHER PROJECTS OR BUILDINGS, WHETHER EXECUTED PARTLY OR IN WHOLE, WITHOUT THE WRITTEN CONSENT OF ARCHITECT OR AUTHOR OF SAID DOCUMENTS.
Scale 1:250 m
ROOFDECK POWER LAYOUT PLAN
1
Scale 1:250 m
GRND FLR. LIGHTING LAYOUT PLAN
2
Scale 1:250 m
2ND FLR. LIGHTING LAYOUT PLAN
3
E2
26 of 30
3. CERTIFIED BY:
PROPOSED INFORMATION &
COMMUNICATION TECHNOLOGY CENTER
(ICTC) ACADEMIC BLDG.
VICE CHANCELLOR FOR ADMIN. & FIN.
ENGR. POLAUS M. BARI, D.M.
EXECUTIVE DIRECTOR, ICTC
EMMANUEL M. LAGARE, Ph.D.ENGR. REDEMPTO P. MADRAZO
PROFESSIONAL ELECTRICAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
ENGINEERING ASSISTANT, PHYSICAL PLANT DIVISION CHANCELLOR, MSU-IIT
SUKARNO D. TANGGOL, DPA
RECOMMENDING APPROVAL: APPROVED BY:
ARCHT. ANACLETO Y. TAMOSO
OIC - DIRECTOR, PHYSICAL PLANT DIVISION
SHEET No.:
DATE:
FEBRUARY 7, 2013A. BONIFACIO AVE., MSU-IIT CAMPUS, TIBANGA, ILIGAN CITY
DRAWINGS & SPECIFICATIONS & OTHER CONTRACT DOCUMENTS DULY SIGNED, STAMPED, OR SEALED, AS INSTRUMENTS OF SERVICE, ARE THE INTELLECTUAL PROPERTY & DOCUMENTS OF MSU - ILIGAN INSTITUTE OF TECHNOLOY , WHETHER THE OBJECT FOR WHICH THEY ARE MADE IS EXECUTED OR
NOT. IT SHALL BE UNLAWFUL FOR ANY PERSON TO DUPLICATE OR TO MAKE COPIES OF SAID DOCUMENTS FOR USE IN THE REPETITION OF & FOR OTHER PROJECTS OR BUILDINGS, WHETHER EXECUTED PARTLY OR IN WHOLE, WITHOUT THE WRITTEN CONSENT OF ARCHITECT OR AUTHOR OF SAID DOCUMENTS.
Scale 1:250 m
3RD FLR. LIGHTING LAYOUT PLAN
1
Scale 1:250 m
ROOFDECK LIGHTING LAYOUT PLAN
2
Scale 1:250 m
GRND FLR. INTERCOM LAYOUT PLAN
3
E3
27 of 30
4. CERTIFIED BY:
PROPOSED INFORMATION &
COMMUNICATION TECHNOLOGY CENTER
(ICTC) ACADEMIC BLDG.
VICE CHANCELLOR FOR ADMIN. & FIN.
ENGR. POLAUS M. BARI, D.M.
EXECUTIVE DIRECTOR, ICTC
EMMANUEL M. LAGARE, Ph.D.ENGR. REDEMPTO P. MADRAZO
PROFESSIONAL ELECTRICAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CA?ETE
ENGINEERING ASSISTANT, PHYSICAL PLANT DIVISION CHANCELLOR, MSU-IIT
SUKARNO D. TANGGOL, DPA
RECOMMENDING APPROVAL: APPROVED BY:
ARCHT. ANACLETO Y. TAMOSO
OIC - DIRECTOR, PHYSICAL PLANT DIVISION
SHEET No.:
DATE:
FEBRUARY 7, 2013A. BONIFACIO AVE., MSU-IIT CAMPUS, TIBANGA, ILIGAN CITY
DRAWINGS & SPECIFICATIONS & OTHER CONTRACT DOCUMENTS DULY SIGNED, STAMPED, OR SEALED, AS INSTRUMENTS OF SERVICE, ARE THE INTELLECTUAL PROPERTY & DOCUMENTS OF MSU - ILIGAN INSTITUTE OF TECHNOLOY , WHETHER THE OBJECT FOR WHICH THEY ARE MADE IS EXECUTED OR
NOT. IT SHALL BE UNLAWFUL FOR ANY PERSON TO DUPLICATE OR TO MAKE COPIES OF SAID DOCUMENTS FOR USE IN THE REPETITION OF & FOR OTHER PROJECTS OR BUILDINGS, WHETHER EXECUTED PARTLY OR IN WHOLE, WITHOUT THE WRITTEN CONSENT OF ARCHITECT OR AUTHOR OF SAID DOCUMENTS.
Not Drawn To Scale
RISER DIAGRAM
6
Not Drawn To Scale
GROUNDING PLAN
4
Not Drawn To Scale
LIGHTING ARRESTER PLAN
5
Scale 1:250 m
2ND FLR. INTERCOM LAYOUT PLAN
1
Scale 1:250 m
3RD FLR. INTERCOM LAYOUT PLAN
2
Scale 1:250 m
ROOFDECK INTERCOM LAYOUT PLAN
3
E4
28 of 30
5. Not Drawn To Scale
SINGLE LINE DIAGRAM
2
Not Drawn To Scale
TELEPHONE SYS. RISER DIAGRAM
2 Not Drawn To Scale
INTERCOM SYSTEM RISER DIAGRAM
3
CERTIFIED BY:
PROPOSED INFORMATION &
COMMUNICATION TECHNOLOGY CENTER
(ICTC) ACADEMIC BLDG.
VICE CHANCELLOR FOR ADMIN. & FIN.
ENGR. POLAUS M. BARI, D.M.
EXECUTIVE DIRECTOR, ICTC
EMMANUEL M. LAGARE, Ph.D.ENGR. REDEMPTO P. MADRAZO
PROFESSIONAL ELECTRICAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CA?ETE
ENGINEERING ASSISTANT, PHYSICAL PLANT DIVISION CHANCELLOR, MSU-IIT
SUKARNO D. TANGGOL, DPA
RECOMMENDING APPROVAL: APPROVED BY:
ARCHT. ANACLETO Y. TAMOSO
OIC - DIRECTOR, PHYSICAL PLANT DIVISION
SHEET No.:
DATE:
FEBRUARY 7, 2013A. BONIFACIO AVE., MSU-IIT CAMPUS, TIBANGA, ILIGAN CITY
DRAWINGS & SPECIFICATIONS & OTHER CONTRACT DOCUMENTS DULY SIGNED, STAMPED, OR SEALED, AS INSTRUMENTS OF SERVICE, ARE THE INTELLECTUAL PROPERTY & DOCUMENTS OF MSU - ILIGAN INSTITUTE OF TECHNOLOY , WHETHER THE OBJECT FOR WHICH THEY ARE MADE IS EXECUTED OR
NOT. IT SHALL BE UNLAWFUL FOR ANY PERSON TO DUPLICATE OR TO MAKE COPIES OF SAID DOCUMENTS FOR USE IN THE REPETITION OF & FOR OTHER PROJECTS OR BUILDINGS, WHETHER EXECUTED PARTLY OR IN WHOLE, WITHOUT THE WRITTEN CONSENT OF ARCHITECT OR AUTHOR OF SAID DOCUMENTS.
Scale 1:250 m
GRND FLR. ACU OUTLET LAYOUT PLAN
3
Scale 1:250 m
2ND FLR. ACU OUTLET LAYOUT PLAN
3
Scale 1:250 m
3RD FLR. ACU OUTLET LAYOUT PLAN
3
E5
29 of 30
6. CERTIFIED BY:
PROPOSED INFORMATION &
COMMUNICATION TECHNOLOGY CENTER
(ICTC) ACADEMIC BLDG.
VICE CHANCELLOR FOR ADMIN. & FIN.
ENGR. POLAUS M. BARI, D.M.
EXECUTIVE DIRECTOR, ICTC
EMMANUEL M. LAGARE, Ph.D.ENGR. REDEMPTO P. MADRAZO
PROFESSIONAL ELECTRICAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CA?ETE
ENGINEERING ASSISTANT, PHYSICAL PLANT DIVISION CHANCELLOR, MSU-IIT
SUKARNO D. TANGGOL, DPA
RECOMMENDING APPROVAL: APPROVED BY:
ARCHT. ANACLETO Y. TAMOSO
OIC - DIRECTOR, PHYSICAL PLANT DIVISION
SHEET No.:
DATE:
FEBRUARY 7, 2013A. BONIFACIO AVE., MSU-IIT CAMPUS, TIBANGA, ILIGAN CITY
DRAWINGS & SPECIFICATIONS & OTHER CONTRACT DOCUMENTS DULY SIGNED, STAMPED, OR SEALED, AS INSTRUMENTS OF SERVICE, ARE THE INTELLECTUAL PROPERTY & DOCUMENTS OF MSU - ILIGAN INSTITUTE OF TECHNOLOY , WHETHER THE OBJECT FOR WHICH THEY ARE MADE IS EXECUTED OR
NOT. IT SHALL BE UNLAWFUL FOR ANY PERSON TO DUPLICATE OR TO MAKE COPIES OF SAID DOCUMENTS FOR USE IN THE REPETITION OF & FOR OTHER PROJECTS OR BUILDINGS, WHETHER EXECUTED PARTLY OR IN WHOLE, WITHOUT THE WRITTEN CONSENT OF ARCHITECT OR AUTHOR OF SAID DOCUMENTS.
Not Drawn To Scale
CABLE TRAY LADDER DETAIL
2
Not Drawn to Scale
LOCATION PLAN
3
this Site
Scale 1:250 m
TYPICAL CABLE TRAY LADDER LAYOUT
1
E6
30 of 30