Civil Engineer – Land Development

Total Page：16

File Type：pdf, Size：1020Kb

CIVIL ENGINEER – LAND DEVELOPMENT PACE Engineers, Inc. is an employee-owned company providing quality professional civil and structural engineering, planning, surveying, and construction management services from offices in Kirkland and Wenatchee, Washington and Lake Oswego, Oregon. We have successfully completed projects for a wide range of clients in both the public and private sectors throughout the Northwest. PACE Engineers, Inc. has an immediate opening in our Lake Oswego Land Development Group. What position we need: Land Development Engineer Future team members may apply at http://www.prospera.com/CareerHubViewer/Post.aspx?ID=paceengineersinc_external_Xw4n3YHx82Ra What you’ll be doing: • Preparation of land development plans for calculations and reports for residential, commercial, and industrial projects. This includes design of TESC, grading, storm drainage, sanitary sewer, potable and fire protection waterlines and street improvements. • Preparation of earthwork volumes, storm drainage calculations, technical specifications, construction cost estimates and other supporting documentation for completion of construction documents. • Provide construction support engineering. • Assist with project team leadership in meeting schedules and budgets. • Prepare written communication to client and agencies. What we are looking for: • Seven to ten years of land development engineering experience • Knowledge of AutoCAD is desired • Knowledge of Civil 3D is desiredk What educational background you will need: • Bachelor’s degree in civil engineering • P.E. license – OR preferred but not requirede What we’re offering: We offer a competitive compensation package including: • Medical • Dental • Short and long term disability • Life insurance • 401(k) program • ESOP • Paid time off • Transit reimbursement • Incentive bonuse PACE is an Equal Opportunity Employer.

Copy Link

Recommended publications

The Definition of Structural Engineering by Jon A
InFocus thoughts from a member of the Editorial Board The Definition of Structural Engineering By Jon A. Schmidt, P.E., SECB n the September 2008 issue of STRUCTURE® magazine Art of moulding materials we do not wholly ® (“Philosophy and Engineering”), I quoted a definition of understand into shapes we cannot precisely Istructural engineering that I have seen attributed to various analyse, so as to withstand forces we cannot individuals and speculated that no one knows for sure who actually really assess, in such a way that the community at large has no reason originated it. As it turns out, this was the third time that a different to suspect the extent of our ignorance.” version of the same quote has appeared in STRUCTURE – John Some websites attribute the quote to James E. Amrhein, former Mercer mentioned it in the August 2006 issue (“The ‘Art’ of Structural executive director of the Masonry Institute of America and author of Engineering”), crediting Doug Loos; and Horst Berger invoked it in the Reinforced Masonry Engineering Handbook. When I contacted him the November 2007 issue (”Structural Form in Architecture”), citing about it, he confirmed that he frequently uses it in his lectures and “a leading structural engineer” several decades ago. Prompted by a almost always gets a good response to it. However, he said that he reader comment, I decided to research the matter furtherCopyright and report found the quote many years ago and would like to acknowledge its my findings. author, but unfortunately, he does not know who that was. I first came across the quote in an article by Sharon Beder entitled Ultimately, the earliest example of the quote that I could find was “The Fallible Engineer,” which appeared in the November 2, 1991 in a 1967 British textbook, Structural Analysis Volume One, by Dr.
[Show full text]
Application of the Design Structure Matrix (DSM) to the Real Estate Development Process Using Modular Construction Methods
Application of the Design Structure Matrix (DSM) to the Real Estate Development Process using Modular Construction Methods By Steven V. Bonelli AND Adrian M. Gonzale z Gue rra B.S., Business Administration, 2000 B.S., Industrial Engineering, 2006 University of Vermont Northwe stern University Maste r of Business Administration, 2011 University of Michigan Submitted to the Program in Real Estate Development in Conjunction with the Center for Real Estate in Partial Fulfillment of the Requirements for the Degree of Master of Science in Real Estate Development at the Massachusetts Institute of Technology September, 2012 ©2012 Steven V. Bonelli, Adrian M. Gonzalez Guerra All rights reserved The authors hereby grant to MIT permission to reproduce and to distribute publicly paper and electronic copies of this thesis document in whole or in part in any medium now known or hereafter created. Signature of Author_________________________________________________________ (Steven V. Bonelli) Center for Real Estate July 30, 2012 Signature of Author_________________________________________________________ (Adrian M. Gonzale z Gue rra) Ce nter for Real Estate July 30, 2012 Certified by_______________________________________________________________ Steven D. Eppinger Professor of Management Science and Innovation Sloan School of Management Thesis Supervisor Accepted by______________________________________________________________ David Ge ltne r Chair, MSRED Committee Interdepartmental Degree Program in Real Estate Development This page intentionally left
[Show full text]
An Overview of Structural & Aesthetic Developments in Tall Buildings
ctbuh.org/papers Title: An Overview of Structural & Aesthetic Developments in Tall Buildings Using Exterior Bracing & Diagrid Systems Authors: Kheir Al-Kodmany, Professor, Urban Planning and Policy Department, University of Illinois Mir Ali, Professor Emeritus, School of Architecture, University of Illinois at Urbana-Champaign Subjects: Architectural/Design Structural Engineering Keywords: Structural Engineering Structure Publication Date: 2016 Original Publication: International Journal of High-Rise Buildings Volume 5 Number 4 Paper Type: 1. Book chapter/Part chapter 2. Journal paper 3. Conference proceeding 4. Unpublished conference paper 5. Magazine article 6. Unpublished © Council on Tall Buildings and Urban Habitat / Kheir Al-Kodmany; Mir Ali International Journal of High-Rise Buildings International Journal of December 2016, Vol 5, No 4, 271-291 High-Rise Buildings http://dx.doi.org/10.21022/IJHRB.2016.5.4.271 www.ctbuh-korea.org/ijhrb/index.php An Overview of Structural and Aesthetic Developments in Tall Buildings Using Exterior Bracing and Diagrid Systems Kheir Al-Kodmany1,† and Mir M. Ali2 1Urban Planning and Policy Department, University of Illinois, Chicago, IL 60607, USA 2School of Architecture, University of Illinois at Urbana-Champaign, Champaign, IL 61820, USA Abstract There is much architectural and engineering literature which discusses the virtues of exterior bracing and diagrid systems in regards to sustainability - two systems which generally reduce building materials, enhance structural performance, and decrease overall construction cost. By surveying past, present as well as possible future towers, this paper examines another attribute of these structural systems - the blend of structural functionality and aesthetics. Given the external nature of these structural systems, diagrids and exterior bracings can visually communicate the inherent structural logic of a building while also serving as a medium for artistic effect.
[Show full text]
Structural Inspector Ii
July 1, 1999 CLASS SPECIFICATION SAN DIEGO CITY CIVIL SERVICE COMMISSION STRUCTURAL INSPECTOR II DEFINITION: Under general supervision, to perform skilled and difficult structural inspection work on new structures, repair or renovation work; and to perform related work. DISTINGUISHING CHARACTERISTICS: This is the fully experienced or journey-level class in the Structural Inspector series. Employees in this class are expected to perform the full range of duties with only occasional instruction or assistance as new or unusual situations occur. Positions classified at this level may be underfilled with Structural Inspectors I in accordance with the City’s Career Advancement Program. * EXAMPLES OF DUTIES: ! Inspects multi-family residential, commercial and industrial structures for compliance to local, State, and Federal structural codes and regulations; ! Checks and enforces field conformance to approved plans and specifications; ! Investigates complaints of code violations; ! Prepares reports; ! Maintains records; ! Prepares correction notices to property owners, tenants and contractors; ! Meets with property owners, tenants and contractors to discuss or explain specific corrections; ! Reviews construction, repair, replacement, installation, and repair plans; ! Inspects sites for practicability of plans. MINIMUM QUALIFICATIONS: Please note: the minimum qualifications stated below are a guide for determining the education, training, experience, special skills, and/or license which may be required for employment in the class. These are re-evaluated each time the position is opened for recruitment. Please refer to the most recent Job Announcement for updated minimum qualifications. Four years of experience as Inspector or a licensee of a regulating agency performing structural inspections of multi- family residential and commercial structures to require compliance with the Uniform Building Code (UBC), two years of which must be at a level equivalent to the City of San Diego=s classification of Structural Inspector I.
[Show full text]
Design Guide: Real Estate Development Designing and Developing Real Estate and Community
DESIGN GUIDE: REAL ESTATE DEVELOPMENT DESIGNING AND DEVELOPING REAL ESTATE AND COMMUNITY DESIGN DEVELOPMENT HOW DESIGN SUPPORTS DESIGNING ACCESSIBLE, DEVELOPMENT WELCOMING, & SUSTAINABLE PLACES 2 DESIGN GUIDE: REAL ESTATE DEVELOPMENT DESIGNING AND DEVELOPING REAL ESTATE AND COMMUNITY DESIGN DEVELOPMENT HOW DESIGN SUPPORTS DESIGNING ACCESSIBLE, DEVELOPMENT WELCOMING, & SUSTAINABLE PLACES 4 SECTION 1 WHAT IS DESIGN? 12 Design Disciplines 15 What a Designer Does 16 Design Principles 18 Design Solutions 19 Design Should Inspire 20 Beyond Aesthetics 10-33 24 Hiring the Right Designer SECTION 2 REAL ESTATE DEVELOPMENT 37 Who Is a Developer? 37 Types of Projects 42 Policy Shapes Development 44 Development Shapes a City’s Identity 34-55 49 Prioritizing Development Outcomes SECTION 3 HOW DESIGN SUPPORTS DEVELOPMENT 59 The People Involved 60 Setting Yourself Up for Success 62 Phases of the Development Journey 56-93 63 How Designers Support the Development Process Design Core Detroit 5 SECTION 4 DESIGNING ACCESSIBLE, WELCOMING, & SUSTAINABLE PLACES 97 Universal Design 103 Inclusive Design 94-111 110 Sustainable Design SECTION 5 Estate Guide: Real Design CASE STUDIES 115 Grace in Action 118 Allied Media Projects “LOVE” Building 121 Core City Developments 124 Commonwealth Single-Family House Infill 126 B. Siegel Building 112-129 128 Foundation Hotel 130 Conclusion 134 Glossary 142 Appendices 155 Resources 160 Acknowledgments 162 References 130-162 6 Strengthening the Built Environment Through Design This Guide was produced by Design Core Detroit as one of a series of Guides to help people understand design and how it can help them be more successful in their endeavors. It seeks to inspire, inform, and advise.
[Show full text]
Structural Engineering Education in the Twentyfirst Century
Seventh LACCEI Latin American and Caribbean Conference for Engineering and Technology (LACCEI’2009) “Energy and Technology for the Americas: Education, Innovation, Technology and Practice” June 2-5, 2009, San Cristóbal, Venezuela. Structural Engineering Education in the Twentyfirst Century D. S. Prakash Rao The University of the West Indies, St. Augustine, Trinidad and Tobago The unceasing quest of the society to enhance the quality and standards of living invariably culminates at the plans for the development of infrastructure. The prosperity of any country can be judged by its structures, be it buildings, bridges or towers. A vibrant economy and poor infrastructure rarely co-exist. A nation invests in the infrastructure not only for day-to-day needs but also for commerce, trade, defence, recreation and future development. Structural engineering is in the forefront of development wherever civilisation flourished. The challenges of structural engineers have increased enormously through centuries particularly in the current century with the dreams of multi-kilometre high towers and long bridges besides of establishing colonies on far off planets. Some of the aspects of structural engineering, its education and future trends are discussed in this brief article. Keywords: computer applications, development, education, infrastructure, structural engineering 1. INTRODUCTION The developments in infrastructure parallel the fiscal growth of a country, and reflect the standards of living as well as the vision and courage of engineers. Recent strides in globalisation and liberalisation led to extensive development of infrastructure all over the world. In general, infrastructure includes a wide range of systems such as roads, buildings, bridges, flyovers, communications, transportation, airports, harbours, storage, water supply, services and industry.
[Show full text]
Ironworker Apprenticeship Course Outline
Apprenticeship and Industry Training Ironworker Apprenticeship Course Outline 040.2 (2016) Classification: Public ALBERTA ADVANCED EDUCATION CATALOGUING IN PUBLICATION DATA Ironworker : apprenticeship course outline ISBN 978-1-4601-2918-0 (PDF) ALL RIGHTS RESERVED: © 2016, Her Majesty the Queen in right of the Province of Alberta, as represented by the Minister of Alberta Advanced Education 10th floor, Commerce Place, Edmonton, Alberta, Canada, T5J 4L5. All rights reserved. No part of this material may be reproduced in any form or by any means, without the prior written consent of the Minister of Advanced Education Province of Alberta, Canada. Revised 2017. Classification: Public Ironworker Table of Contents Ironworker Table of Contents ................................................................................................................................................... 1 Apprenticeship ........................................................................................................................................................................... 2 Apprenticeship and Industry Training System ........................................................................................................................ 2 Apprenticeship Safety ............................................................................................................................................................... 4 Technical Training.....................................................................................................................................................................
[Show full text]
Risk Analysis and Decision Support in Transportation Megaprojects
Scope Database Link: https://scopedatabase.com/documents/00000001/00000-63559 Article Link: https://iaeme.com/MasterAdmin/Journal_uploads/IJCIET/VOLUME_8_ISSUE_7/IJCIET_08_07_091.pdf Manuscript ID : 00000-63559 Source ID : 00000001 International Journal of Civil Engineering and Technology Volume 8, Issue 7, July 2017, Pages 836-845, Page Count - 10 RISK ANALYSIS AND DECISION SUPPORT IN TRANSPORTATION MEGAPROJECTS Debalina Banerjee (1) P. Jagadeesh (2) Ramamohan Rao .P (3) (1) School of Civil and Chemical Engineering, Research scholar, Vellore Institute of Technology, Vellore, India. (2) School of Civil and Chemical Engineering, Vellore Institute of Technology, Vellore, Tamil Nadu, India. (3) Centre for Disaster mitigation and Management, Professor, Vellore Institute of Technology, Vellore, India. Abstract A construction megaproject is defined in literature as a construction project, or aggregate of such projects, characterized by magnified cost, extreme complexity, increased risk, lofty ideals, and high visibility, in a combination that represents a significant challenge to the stakeholders, a significant impact to the community, and pushes the limits of construction experience. Risk assessment in megaproject is the most difficult component in the risk management process. Although it has high relevance to the success of megaprojects, risk management remains one of the least developed research issues. Megaprojects are executed in a dynamic environment and identified risks are to be prioritised based on their impact on project objectives of time cost and quality before they can be modelled .The present paper focuses on prioritising the technical risks associated with the construction of phase 1of Bangalore Metro Rail Project to assess its impact on the project objectives that helps in the decision support system of the project.
[Show full text]
We Are Fremont-Wright an Engineering, Architecture, and Surveying House of Brands Services
We Are Fremont-Wright an Engineering, Architecture, and Surveying House of Brands Services Civil Engineering Architecture Land Use Planning Environment Management Fremont-Wright's skilled civil Our firms deliver a wide range of Fremont-Wright partners with our Fremont-Wright has a number of engineering teams provide our architecture & design services clients through the entire land firms that specialize in Wetlands, clients with innovative and ranging from master planning to planning process for commercial, Floodwater, Sewage, and Traffic detailed solutions from conceptual interior design, with a focus on industrial, institutional, Control providing insight and design through construction making buildings more space residential, and mixed use solutions to complicated issues at administration. efficient, environmentally friendly, projects, from annexations to code the local, national, and and suited for the latest review and permitting to project international level. technology. management. Land Surveying Drone Surveying Utility Design Structural Engineering Fremont-Wright's firms employ a Through aerial photogrammetry, Fremont's Wright's clients are able Fremont-Wright's structural number of survey teams providing LiDAR, and remote services, to receive detailed utility analysis engineers feature a thorough and a full suite of land surveying Fremont-Wright is able to provide and reporting as well as utility consultative process including services including ALTA/ASCM title insights and analysis with highly designs for our clients across
[Show full text]
Construction History: Between Technological and Cultural History
Construction history: between technological and cultural history. The Harvard community has made this article openly available. Please share how this access benefits you. Your story matters Citation Picon, Antoine. 2005/2006. Construction history: between technological and cultural history. Construction History 21: 5-19. Citable link http://nrs.harvard.edu/urn-3:HUL.InstRepos:10977385 Terms of Use This article was downloaded from Harvard University’s DASH repository, and is made available under the terms and conditions applicable to Other Posted Material, as set forth at http:// nrs.harvard.edu/urn-3:HUL.InstRepos:dash.current.terms-of- use#LAA CONSTRUCTION HISTORY: BETWEEN TECHNOLOGICAL AND CULTURAL HISTORY INTRODUCTION Construction history is a thriving domain. With its international attendance and the large range of themes and topics dealt with, the Second International Congress of Construction History organized in Cambridge in spring 2006 was a good proof of it1. Some twenty years ago, a similar enterprise would have been certainly more modest in scope and ambition. This spectacular success provides a good opportunity to question construction history, to envisage in particular the type of relation it has or should have with other domains of historical research. In this paper, I would like to examine in particular its position vis-à-vis history of technology on the one hand, cultural history on the other. While its relation to history of technology may seem simple at first, a closer look reveals a series of complex problems. For construction history represents both an integral part of history of technology and a very special field with strong idiosyncrasies.
[Show full text]
Vibration Control of Tall Buildings Using Mega Subconfiguration
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Columbia University Academic Commons VIBRATION CONTROL OF TALL BUILDINGS USING MEGA SUBCONFIGURATION By Maria Q. Feng,t Associate Member, ASCE, and Akira Mita,2 Member, ASCE ABSTRACT: An innovative vibration-control system is proposed to reduce the dynamic response of tall build ings to wind and seismic loads. This system takes advantage of the so-called megasubstructure configuration, which is especially popular in tall buildings. Substructures contained in the megastructure serve as energy absorbers so that no additional mass is required for the intended vibration control as seen in the conventional mass damper systems. The proposed system naturally resolves the difficulties in augmenting damping capacities of tall buildings associated with the high rigidity and deformation in the dominant bending mode. Dynamic characteristics of the proposed control system including the frequency response and the energy flow are investigated. Optimal values of structural parameters such as the damping ratio and stiffness of the substructure are determined. The feasibility and effectiveness of this unique control system in improving human comfort and protecting structures under both wind and earthquake loads are demonstrated through analytical and numerical analysis. INTRODUCTION number of damping devices needed would be extraordinarily large and, thus, its use would be economically impractical. Traditionally, architects and engineers have been inter The tuned mass damper system has been applied to many ested in constructing structurally sound, functionally efficient, actual buildings in which an additional mass is attached to a and esthetically elegant high-rise buildings. Remarkable ad building to suppress vibration dynamically.
[Show full text]
STRUCTURAL ENGINEER – 5-10 Years of Experience Jarmel Kizel
STRUCTURAL ENGINEER – 5-10 Years of experience Jarmel Kizel Architects and Engineers, Inc. is a full service award winning Architectural and Engineering firm with offices in Livingston, New Jersey. At this time, our firm has an opening in our Structural Department for a Structural Engineer. We are in a growth mode and we are seeking quality talent to join our firm. We will accept resumes from engineers with 5-10 years of experience and skills as noted below. As a design engineer, you will work closely with the architectural project manager and have the opportunity to become involved in large and exciting projects. Experience Requirements PLEASE DO NOT RESPOND TO THIS ADVERTISEMENT UNLESS YOU HAVE THESE QUALIFICATIONS, YOU MUST HAVE PROPER EXPERIENCE. Bachelor of Science degree in Civil/Structural Engineering 5+ years of experience relevant structural design experience Analysis and design of buildings and similar structures Thorough knowledge of current building codes and standards, including IBC and ASCE 7 Perform and document structural calculations for all applied loading, including gravity and lateral loads Design of steel, concrete, masonry, and wood structures Coordination with architects and other engineering disciplines to develop complete design drawings Site visits for measuring and documenting existing buildings and structures for further analysis and drawing production Development of structural drawings and technical specifications Site visits during construction to review progress of construction Good written and Verbal skills for report preparation and client interaction Experience with AutoCAD 2014 or newer and RAM structural design software Educational Requirements: Bachelor Science in Civil/Structural Engineering. Masters in Structural Engineering a plus.
[Show full text]