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 drawings and notes for a garage setdown project. The drawings include a section view, plan view, and notes. The section view shows the natural slope of the land, required graded surface, and crack control bar placement. The plan view provides dimensions for the foundation and reinforcement details. The notes indicate the drawing scale, that all dimensions should be checked on site, and discrepancies should be reported.
2014-05-12 255 138th Street NYCTA Structural DrawingsTodd Mordoh
Ìý
This document contains notes and legends for a structural drawing of a building project. It provides details on materials and construction methods for various building components including masonry walls, concrete footings, structural steel beams and columns, and pile foundations. It specifies standards and requirements for concrete block, structural steel, and special inspections. Foundations are to consist of steel pipe piles driven to refusal in weathered bedrock to support the building.
1. The document provides information about drafting structural layout and details, including drafting foundation plans and structural floor and roof framing plans. It includes a pre-assessment test to evaluate the learner's skills.
2. The learner will be introduced to drafting foundation plans, including indicating wall footing and column locations and drawing footing and column details.
3. The document outlines different types of foundations including spread, pier, slab, T-shaped, and mat foundations. It provides examples and descriptions of each type.
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.
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.
Building and Construction Authority GeoSS Seminar 2010RekaNext Capital
Ìý
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.
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.
This document summarizes a project report submitted by Gwyneth Cameron in partial fulfillment of the requirements for a Bachelor of Engineering in Civil Engineering from the University of Pretoria. The report investigates the impacts of Bus Rapid Transit (BRT) on pedestrian movement in cities. Data was collected through observational studies at intersections along BRT corridors and conventional streets in Johannesburg and Pretoria, South Africa. Statistical analysis, including t-tests and chi-squared tests, was performed to determine if pedestrians' perceptions of safety differ between BRT corridors and conventional streets. The analysis found that pedestrians perceived similar safety levels even though crossing a BRT corridor carries higher risks due to bus speeds. The report concludes that pedestrian safety techniques are
KSCST_Proposal format for STI Interventions_July2022.docRaghavendra Shetty
Ìý
This 7-page document outlines the format and requirements for proposals submitted under the "Science, Technology and Innovation (STI) Interventions in the State" program run by the Karnataka State Council for Science and Technology. The proposal format includes sections for identification details, technical details of the proposed project, budget, and required annexures. Technical details require descriptions of the problem, objectives, methodology, expected outputs, work plan, impacts, and other implementation details. The final pages include required endorsements from the head of the investigator's institution and a certificate signed by the investigator(s).
The document is a development proposal for a piece of vacant land submitted by Darren Tan. It proposes developing a multi-level food court on the site that can also function as a night market. The food court aims to serve workers in the nearby industrial area as well as local residents. It is expected to benefit the local economy. Potential negatives include increased traffic and competition for other food establishments. The proposal discusses the roles of various professionals needed for the project, including architects, engineers, quantity surveyors, contractors, and more. It also includes a site plan and layout designs for the ground, first, and second floors of the proposed food court building.
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.
The document outlines the professional experience, qualifications, and credentials of Dr. Aziz U. Rehman, including over 20 years of experience in reliability engineering, asset integrity management, non-destructive testing, and project/program management. It details his educational background, professional designations, roles held at various companies, and accomplishments on projects involving structural health monitoring, pipeline inspection, and developing training programs. The document provides Dr. Rehman's contact information and an extensive list of his professional certifications in areas such as engineering, non-destructive testing, project management, quality, and welding.
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.
This document discusses engineering as social experimentation and the responsibilities of engineers. It describes how engineering projects involve iterative design, testing and redesign similar to experiments. However, engineering projects differ from experiments in that they have less experimental control, involve humans, and may not gain significant new knowledge. As experimenters, engineers must have a commitment to moral values, be aware of project impacts, be accountable, and consider the perspectives of all stakeholders. They are responsible for identifying risks and informing the public of project details and outcomes.
This curriculum vitae outlines the personal and professional details of Edmund Changngi. It includes his name, date of birth, qualifications including a diploma in motor technician and secondary school certificate. It also lists his membership in the American Society of Mechanical Engineers since 1991. The CV describes his work experience as a QA/QC manager on various oil and gas projects. It provides details of his responsibilities which involve quality control, inspection, testing, developing work procedures, and ensuring compliance with quality standards. Training courses he has attended are also listed covering areas like welding, safety, and computer software.
This document is an engineering resume for Von Freud P. Alvarez summarizing his educational and professional experience. It outlines his Bachelor of Science in Mechanical Engineering from Technological Institute of the Philippines from 2011-2016, as well as design projects completed including a wind turbine and HVAC system for a 200-seater factory cafeteria. It also lists seminars and training attended, skills including beginner CAD and intermediate Microsoft Office, and references. The objective is to establish an engineering career demonstrating learning outcomes from his ABET-accredited degree program.
Gorga Silalahi has over 12 years of experience in instrumentation roles such as commissioning supervisor, inspector, and technician. He has worked on offshore and onshore oil and gas projects for companies including PT. Tripatra Engineering, PT. McDermott, Siemens, Innovative Technologies, and Total E&P Indonesie. His responsibilities have included supervising instrumentation installation and testing, ensuring specifications and standards are followed, reviewing documentation, and managing teams. He has extensive training and qualifications in areas like safety, electrical work, and first aid.
This document announces a high-end workshop on numerical methods for geotechnical engineering applications and disaster assessment to be held from June 10-16, 2024 at the National Institute of Technology in Rourkela, India. The workshop aims to provide hands-on training in using numerical techniques like finite element modeling to solve complex geotechnical problems. It will encourage collaboration between academics, industry professionals and government agencies. Selected applicants will be provided free accommodation and travel reimbursement, with a maximum of 25 participants on a first come first serve basis. The organizing committee is headed by the Civil Engineering department and several keynote speakers from premier institutions will be invited.
This document provides information about a national seminar on "Mitigating the Challenges in Civil Engineering using Internet of Things (IoT)" to be held on September 15, 2023. It includes a sponsorship certificate for participants, important dates, addresses for correspondence, details about the host institution Dayananda Sagar College of Engineering, the seminar agenda, registration form, and contact information for coordinators. The primary objective of the seminar is to upgrade knowledge on latest technological developments and sustainable transportation solutions using IoT concepts.
Design Intze Water tank mazor project Reportarnav singh
Ìý
This document provides a major project report on the design and estimation of an Intze tank. It includes an abstract, acknowledgements, declaration, contents page, and various sections related to the design of the tank such as soil testing, load calculation, site layout, design, estimation, and conclusion. The objective of the project is to design an overhead circular water tank with a domed roof and conical base using the working stress and limit state methods. It provides background information on water tanks, classifications, design requirements, and site selection. It also includes calculations for population forecasting, water quantity estimation, and load calculations to size the tank appropriately.
The document provides an overview of Spiros Lazaris' experience and qualifications. He has over 25 years of experience in civil engineering, geotechnical engineering, and project management for public infrastructure projects. As the founder of his own company, he provides consulting services for infrastructure projects in sub-Saharan Africa and mentors engineering students and professionals globally.
Urban Stream Stabilization & Rehabilitation Workshop Pittsburgh PA June 15-19...Bruce Dickson
Ìý
The document announces an urban stream stabilization and rehabilitation workshop to be held from June 15-19, 2015 at Duquesne University in Pittsburgh. The workshop will provide an introduction to methodologies for planning, analyzing, designing, and monitoring urban stream stabilization and restoration projects. It will feature a case study of Nine Mile Run in Pittsburgh and include classroom presentations and a field visit. The workshop aims to help practitioners and other professionals understand physical stream processes and innovative stabilization and restoration methods.
PROJECT 1-ANALYSIS AND DESIGN OF MULTI STORIED BUILDING PROJECT.docxSamalaSandeep
Ìý
This document is a final year project report submitted to the Department of Civil Engineering at Tribhuvan University Institute of Engineering, Pulchowk Campus. It presents the earthquake resistant analysis and design of a multi-storey building located in a high seismic zone in Nepal. The report covers seismic hazard assessment, dynamic analysis using equivalent static method and modal response spectrum analysis, and design of structural components like columns, beams, slabs, basement walls and shear walls. The design is based on NBC and IS codes. The study evaluates earthquake resistant design techniques like ductility and energy dissipation which improve seismic performance and reduce vulnerability of the building. The project aims to provide understanding of seismic design principles and their application in multi-storey buildings
This document contains lecture notes on construction management from Prof. Dr. Ata Atun of the Department of Civil Engineering at Near East University. The notes cover topics such as the parties involved in construction projects, the stages of a construction project from briefing to commissioning, project management teams and site installation. The notes are based on the professor's experience and reference textbooks on construction project management and planning.
KSCST_Proposal format for STI Interventions_July2022.docRaghavendra Shetty
Ìý
This 7-page document outlines the format and requirements for proposals submitted under the "Science, Technology and Innovation (STI) Interventions in the State" program run by the Karnataka State Council for Science and Technology. The proposal format includes sections for identification details, technical details of the proposed project, budget, and required annexures. Technical details require descriptions of the problem, objectives, methodology, expected outputs, work plan, impacts, and other implementation details. The final pages include required endorsements from the head of the investigator's institution and a certificate signed by the investigator(s).
The document is a development proposal for a piece of vacant land submitted by Darren Tan. It proposes developing a multi-level food court on the site that can also function as a night market. The food court aims to serve workers in the nearby industrial area as well as local residents. It is expected to benefit the local economy. Potential negatives include increased traffic and competition for other food establishments. The proposal discusses the roles of various professionals needed for the project, including architects, engineers, quantity surveyors, contractors, and more. It also includes a site plan and layout designs for the ground, first, and second floors of the proposed food court building.
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.
The document outlines the professional experience, qualifications, and credentials of Dr. Aziz U. Rehman, including over 20 years of experience in reliability engineering, asset integrity management, non-destructive testing, and project/program management. It details his educational background, professional designations, roles held at various companies, and accomplishments on projects involving structural health monitoring, pipeline inspection, and developing training programs. The document provides Dr. Rehman's contact information and an extensive list of his professional certifications in areas such as engineering, non-destructive testing, project management, quality, and welding.
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.
This document discusses engineering as social experimentation and the responsibilities of engineers. It describes how engineering projects involve iterative design, testing and redesign similar to experiments. However, engineering projects differ from experiments in that they have less experimental control, involve humans, and may not gain significant new knowledge. As experimenters, engineers must have a commitment to moral values, be aware of project impacts, be accountable, and consider the perspectives of all stakeholders. They are responsible for identifying risks and informing the public of project details and outcomes.
This curriculum vitae outlines the personal and professional details of Edmund Changngi. It includes his name, date of birth, qualifications including a diploma in motor technician and secondary school certificate. It also lists his membership in the American Society of Mechanical Engineers since 1991. The CV describes his work experience as a QA/QC manager on various oil and gas projects. It provides details of his responsibilities which involve quality control, inspection, testing, developing work procedures, and ensuring compliance with quality standards. Training courses he has attended are also listed covering areas like welding, safety, and computer software.
This document is an engineering resume for Von Freud P. Alvarez summarizing his educational and professional experience. It outlines his Bachelor of Science in Mechanical Engineering from Technological Institute of the Philippines from 2011-2016, as well as design projects completed including a wind turbine and HVAC system for a 200-seater factory cafeteria. It also lists seminars and training attended, skills including beginner CAD and intermediate Microsoft Office, and references. The objective is to establish an engineering career demonstrating learning outcomes from his ABET-accredited degree program.
Gorga Silalahi has over 12 years of experience in instrumentation roles such as commissioning supervisor, inspector, and technician. He has worked on offshore and onshore oil and gas projects for companies including PT. Tripatra Engineering, PT. McDermott, Siemens, Innovative Technologies, and Total E&P Indonesie. His responsibilities have included supervising instrumentation installation and testing, ensuring specifications and standards are followed, reviewing documentation, and managing teams. He has extensive training and qualifications in areas like safety, electrical work, and first aid.
This document announces a high-end workshop on numerical methods for geotechnical engineering applications and disaster assessment to be held from June 10-16, 2024 at the National Institute of Technology in Rourkela, India. The workshop aims to provide hands-on training in using numerical techniques like finite element modeling to solve complex geotechnical problems. It will encourage collaboration between academics, industry professionals and government agencies. Selected applicants will be provided free accommodation and travel reimbursement, with a maximum of 25 participants on a first come first serve basis. The organizing committee is headed by the Civil Engineering department and several keynote speakers from premier institutions will be invited.
This document provides information about a national seminar on "Mitigating the Challenges in Civil Engineering using Internet of Things (IoT)" to be held on September 15, 2023. It includes a sponsorship certificate for participants, important dates, addresses for correspondence, details about the host institution Dayananda Sagar College of Engineering, the seminar agenda, registration form, and contact information for coordinators. The primary objective of the seminar is to upgrade knowledge on latest technological developments and sustainable transportation solutions using IoT concepts.
Design Intze Water tank mazor project Reportarnav singh
Ìý
This document provides a major project report on the design and estimation of an Intze tank. It includes an abstract, acknowledgements, declaration, contents page, and various sections related to the design of the tank such as soil testing, load calculation, site layout, design, estimation, and conclusion. The objective of the project is to design an overhead circular water tank with a domed roof and conical base using the working stress and limit state methods. It provides background information on water tanks, classifications, design requirements, and site selection. It also includes calculations for population forecasting, water quantity estimation, and load calculations to size the tank appropriately.
The document provides an overview of Spiros Lazaris' experience and qualifications. He has over 25 years of experience in civil engineering, geotechnical engineering, and project management for public infrastructure projects. As the founder of his own company, he provides consulting services for infrastructure projects in sub-Saharan Africa and mentors engineering students and professionals globally.
Urban Stream Stabilization & Rehabilitation Workshop Pittsburgh PA June 15-19...Bruce Dickson
Ìý
The document announces an urban stream stabilization and rehabilitation workshop to be held from June 15-19, 2015 at Duquesne University in Pittsburgh. The workshop will provide an introduction to methodologies for planning, analyzing, designing, and monitoring urban stream stabilization and restoration projects. It will feature a case study of Nine Mile Run in Pittsburgh and include classroom presentations and a field visit. The workshop aims to help practitioners and other professionals understand physical stream processes and innovative stabilization and restoration methods.
PROJECT 1-ANALYSIS AND DESIGN OF MULTI STORIED BUILDING PROJECT.docxSamalaSandeep
Ìý
This document is a final year project report submitted to the Department of Civil Engineering at Tribhuvan University Institute of Engineering, Pulchowk Campus. It presents the earthquake resistant analysis and design of a multi-storey building located in a high seismic zone in Nepal. The report covers seismic hazard assessment, dynamic analysis using equivalent static method and modal response spectrum analysis, and design of structural components like columns, beams, slabs, basement walls and shear walls. The design is based on NBC and IS codes. The study evaluates earthquake resistant design techniques like ductility and energy dissipation which improve seismic performance and reduce vulnerability of the building. The project aims to provide understanding of seismic design principles and their application in multi-storey buildings
This document contains lecture notes on construction management from Prof. Dr. Ata Atun of the Department of Civil Engineering at Near East University. The notes cover topics such as the parties involved in construction projects, the stages of a construction project from briefing to commissioning, project management teams and site installation. The notes are based on the professor's experience and reference textbooks on construction project management and planning.
1. Scale: 1:250 m
2ND FLR FRAMING PLAN
2
Scale: 1:250 m
3RD FLR FRAMING PLAN
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. PRESCO A. ERAT
STRUCTURAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CAÑETE
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
FOUNDATION PLAN
1
Scale: 1:50 m
COMBINED FOOTING 1 (CF-1) DETAIL
4
Scale: 1:50 m
COMBINED FOOTING 4 (CF-4) DETAIL
5
S1
8 of 30
2. Scale: 1:250 m
ROOFDECK FRAMING PLAN
1
Scale: 1:250 m
ROOF FRAMING PLAN
3
Scale: 1:250 m
ROOF BEAM PLAN
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. PRESCO A. ERAT
STRUCTURAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CAÑETE
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: 1:50 m
COMBINED FOOTING 2 (CF-2) DETAIL
4
Scale: 1:50 m
COMBINED FOOTING 3 (CF-3) DETAIL
5
S2
9 of 30
3. Scale: 1:50 m
TRANSVERSE STRUCTURE PROFILE OF TIE BEAM
4
Scale: 1:40 m
TIE BEAM DETAIL
5
TYPICAL TIE BEAM PROFILE (TB)
TIE BEAM PROFILE AT ELEVATOR SHAFT (TB-X)
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. PRESCO A. ERAT
STRUCTURAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CAÑETE
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: 1:50 m
COMBINED FOOTING 5 (CF-5) DETAIL
1
Scale: 1:25 m
COLUMN DETAIL
3
Scale: 1:50 m
WALL FOOTING DETAIL
2
S3
10 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. PRESCO A. ERAT
STRUCTURAL 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: 1:25 m
SCHEDULE OF BEAM
1
S4
11 of 30
5. 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. PRESCO A. ERAT
STRUCTURAL 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: 1:25 m
SCHEDULE OF BEAM
1
S5
12 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. PRESCO A. ERAT
STRUCTURAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CAÑETE
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.
S6
14 of 30
Scale: 1:25 m
SECOND FLOOR SLAB DET.
1
Scale: 1:25 m
CONCRETE CANOPY DET.
2
Scale: 1:25 m
CONCRETE GUTTER DETAIL
3
SECOND FLOOR SLAB PLAN DETAIL
SECOND FLOOR SLAB SECTION THRU - X
REAR CON. CANOPY
FRONT CON. CANOPY
SECONDFLOORSLABSECTIONTHRU-Y
REAR CON. GUTTER @ LOBBY
INSIDE CONCRETE GUTTER
REAR CONCRETE GUTTER
7. 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. PRESCO A. ERAT
STRUCTURAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CAÑETE
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.
S7
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Scale: 1:25 m
MAIN STAIR FOOTING DETAIL
2
Scale: 1:25 m
SIDE STAIR LANDING PLAN
7
Scale: 1:25 m
SIDE STAIR LANDING SECTION
6
Scale: 1:50 m
SIDE STAIR PROFILE
5
Scale: 1:25 m
MAIN STAIR SECTION
1
Scale: 1:60 m
MAIN STAIR PROFILE
4
Scale: 1:60 m
MAIN STAIR PLAN
3
Scale: 1:25 m
SIDE STAIR DETAIL
8
Scale: 1:25 m
TYPICAL STEEL HAND RAIL DET.
9
8. 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. PRESCO A. ERAT
STRUCTURAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CAÑETE
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: 1:30 m
ELEVATOR FOOTING DET.
1
Scale: 1:30 m
ELEVATOR FOOTING SECTION X
2
Scale: 1:30 m
ELEVATOR SHAFT DETAIL
3
Scale: 1:20 m
PLANTED COL. DET.
7
Scale: 1:20 m
FOLDED SLAB DET.
8
Scale: 1:50 m
MACHINE ROOM LAYOUT
4
Scale: 1:60 m
MACHINE ROOM ROOF DET.
6
Scale: 1:60 m
MACHINE ROOM ROOF FRAMING PLAN
5
S8
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9. 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. PRESCO A. ERAT
STRUCTURAL ENGINEER
PRC No.:
PTR No.:
DATE ISSUED:
TIN No.:
PREPARED BY:
CHRISTIAN C. CAÑETE
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.
5-25mmX25mmX5mm
∠BAR FLOORING
25mmX25mmX5mm ∠BAR
38mmX38mmX5mm
∠BAR
25mmX25mmX5mm ∠BAR
38mmX38mmX5mm
∠BAR
A
X
G.I. PIPE
G.I. PIPE
38mmX38mmX5mm
∠BAR
38mmX38mmX5mm ∠BAR
5-25mmX25mmX5mm
∠BAR FLOORING
38mmX38mmX5mm
∠BAR
38mmX38mmX5mm
∠BAR
SECTION THRU-X
SCALE: 1:30m
SECTION THRU-A
SCALE: 1:15m
PLAN
SCALE: 1:30m
G.I. PIPE
G.I. PIPE
G.I. PIPE
G.I. PIPE
G.I. PIPE
G.I. PIPE
G.I. PIPE
Scale: 1:30 m
STEEL STAIR DETAIL
1
Scale: 1:40 m
WATER TANK PLATFORM DET.
2
Scale: 1:25 m
STEEL TRUSS 1 (T-1) DETAIL
3
Scale: 1:25 m
STEEL TRUSS 3 (T-3) DETAIL
5
Scale: 1:25 m
STEEL TRUSS 4 (T-4) DETAIL
6Scale: 1:25 m
STEEL TRUSS 2 (T-2) DETAIL
4
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