SchneiderVancouver
that is mostly drop-and-hook.
Drive in and out of railyards within Oregon and Washington.
Pay and bonus potential
Mileage pay and load pay, plus hourly pay while on duty, not driving.
Paid orientation.
Paid time off after 6 months, plus 6 days of holiday pay per...
Foster FarmsKelso (WA), 33 mi from Vancouver
Job Description
Pay rates between $19.00-23.50 with Attendance Premium of $0.25 and Shift Premiums of $0.50 and $1.00 for hours worked during 2nd and night shifts. Longevity premium of $0.25 after one year of service.
We offer our TEAM Members the...
O-IPortland, 20 mi from Vancouver
Hauler will:
Unload, haul, and store cullet, as well as unload raw batch material.
Inspect mobile equipment and conveying equipment and report any issues.
Haul cullet using mobile equipment to various areas of the plant and yard.
Load cullet...
VeoliaVancouver
to designated sites.
Prior to transporting materials reviews shipment records, manifests, container labeling, vehicle placards, and integrity of loaded drums, roll-off boxes or bulk tankers.
Ensure that DOT requirements such as load weight limits, driver log...
First StudentBattle Ground
First Student is the largest school transportation provider in North America with more than a century of experience providing safe and reliable transportation.We work with 1,250 school districts in 39 states and 8 Canadian provinces carrying approximately five million students in 21,000 schools dail...
Henderson ScottPortland, 20 mi from Vancouver
regulations.
• Salesforce data model, SOQL queries, and data loader...
Heidelberg Materials US, Inc.Portland, 20 mi from Vancouver
equipment on plant property (such as loader, backhoe, haul truck, water truck, man lifts, and service truck, etc.)
• Schedule and perform routine preventative maintenance and service for each component on the plant
• Inspect plants regularly for signs...
Heidelberg Materials US, Inc.Portland, 20 mi from Vancouver
known as Lehigh Hanson, operates more than 450 locations with approximately 9,000 employees in the U.S. and Canada.
What You'll Get to Do:
• Work with batch plant operator and loader operator to keep site clean and maintained.
• Operate mobile...
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Civil Engineer 3
Vancouver | www.resume-library.com |
POSITION RESPONSIBILITIES
Note: All official drafts, documents, and recommendations, as listed below, must be reviewed, finalized, and approved / accepted by appropriate BPA manager or other federal personnel with the authority to do so.
Substation Structural Design (Footings, Foundations, Structures): Structures include towers, poles, frames, trusses, pedestals, racks, and others. Materials are predominantly steel and concrete, but other materials such as wood and aluminum are occasionally used.
All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Analysis of existing structures for structural adequacy in the case of new/increased loading and/or changed design criteria. Results of analysis will be used by team leads for decisions regarding use existing structure as-is, modify existing structure, or replace.
Produce structural design of new structures. Production of installation drawings, design criteria drawings, and minor structural detailing.
Transmission Line Structural Design (Structures, Footings): BPA uses a wide variety of structure types as transmission line supports. These structure types include lattice steel (or aluminum) towers, single or multiple steel pole structures, single or multiple wood pole structures, concrete structures, and others.
All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Analysis of existing structures for structural adequacy in the case of new/increased loading and/or changed design criteria. Results of analysis will be used by team leads for decisions regarding use existing structure as-is, modify existing structure, or replace.
Structural design of new structures.
Production of various drawings including installation drawings, design criteria drawings, minor detailing drawings and others.
Telecommunication Structural Design (Structures, Footings, Non-structural Components): BPA has an extensive wireless communication network (predominantly microwave) that is constantly undergoing modification and enhancement. Structure types include lattice steel towers, steel monopoles and others.
All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Analysis of existing structures and non-structural components (waveguide bridge, cable racks, etc.) for structural adequacy in the case of new/increased loading and/or changed design criteria. Results of analysis will be used by team leads for decisions regarding use existing structure as-is, modify existing structure, or replace.
Retrofit and modification designs.
Develop and document structural design criteria used by outside vendors to design new communication structures.
Building Structural Design/Analysis: BPA has numerous buildings in their systems that are constantly undergoing modification and enhancement. Buildings in the system include single and multiple story structures that may be constructed of wood, structural steel, masonry, brick, concrete, or other materials.
All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Analysis of existing structures for modifications and/or retrofits. This task may include structural calculations and written reports.
Design of new structures.
Structural and/or seismic evaluations of existing structures. This task may include structural calculations and written reports.
Design for strengthening existing building vertical and/or lateral load resisting systems.
Design of anchorage of equipment and nonstructural components.
Production of various drawings including installation drawings, design criteria drawings, minor detailing drawings and others.
Design of fall protection anchorage on new and existing buildings.
Structural Maintenance and Program Sustainment: All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Assistance with structural (non-climbing) inspections.
Structural adequacy assessments.
Structural retrofit designs (seismic strengthening, remodels, additions, addition of roof loading such as A/C units, etc.).
Design of replacements related to aging infrastructure, particularly in the areas of steel corrosion and concrete deterioration.
Design for replacements, refurbishments, and repairs related to unexpected damage of transmission line and substation structures (e.g., vehicle impacts, animal impacts, landslides, snow loading etc.).
Assistance with material procurement tasks related to above repairs and replacements.
Perform occasional Quality Assurance visits to both in-house and outside fabrication shops and provide recommendations for approval by BFTE senior engineers or technical team leads.
Provide support to BFTE structural engineers working in Technology Innovation (TI) and Research and Development (R&D) related activities, which may include actual research or research support, testing and working with testing personnel and vendors, report writing and development, report presentation, travel to meetings, working with industry representatives, field visits, and helping BPA managers / team leads on developing justifications for funding.
Utilize and share expert knowledge of ANSI/TIA-222.
Draft new standard designs to meet structural regulatory needs.
Adapt new procedures, techniques, tools, and materials for use on new and existing sites.
All work to be reviewed by government senior engineers or Federal technical team leads.
Mark documents and maintain filing system(s), files, emails, and records in accordance with compliance requirements. Share and disperse documents only to appropriate personnel (those with a Lawful Government Purpose (LGP) to know). Mark and maintain all official records in accordance with the Information Security (INFOSEC) and Information Governance & Lifecycle Management (IGLM) standards and procedures.
Validate official records are accurately maintained for auditing purposes.
REQUIREMENTS
Education & Corresponding Experience (required on matrix)
Bachelor's degree in structural engineering, civil engineering or a closely related engineering field is required.
10 years of practical engineering experience is required.
Must have knowledge of engineering concepts, principals, and practices applicable to components and facilities found on a regional transmission system
Required Technical Skills & Experience (required on matrix)
3 years of experience in the following:
Designs using the current International Building Code (IBC) and American Society of Civil Engineers (ACSE) 7 and 10.
Industry-specific design codes such as IBC family of codes and industry designs standards such as American Institute of Steel Construction (AISC), National Design Specification (NDS), and American Concrete Institute (ACI).
Structural analysis software such as SAP2000, RISA, tnxTower, PLS-POLE, and other commercially available products.
Modern structural analysis techniques.
Proficient with standard Microsoft Office Suite products, such as Word, Excel, PowerPoint, and Outlook.
Preferred Skills & Experience (optional on matrix)
Knowledge of ASCE 41 Seismic Evaluation and Retrofit of Existing Buildings
Experience with Bentley MicroStation or other similar Computer Aided Drafting (CAD) programs
Additional Requirements (not required on matrix)
Valid U.S. Driver's License is required.
Note: All official drafts, documents, and recommendations, as listed below, must be reviewed, finalized, and approved / accepted by appropriate BPA manager or other federal personnel with the authority to do so.
Substation Structural Design (Footings, Foundations, Structures): Structures include towers, poles, frames, trusses, pedestals, racks, and others. Materials are predominantly steel and concrete, but other materials such as wood and aluminum are occasionally used.
All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Analysis of existing structures for structural adequacy in the case of new/increased loading and/or changed design criteria. Results of analysis will be used by team leads for decisions regarding use existing structure as-is, modify existing structure, or replace.
Produce structural design of new structures. Production of installation drawings, design criteria drawings, and minor structural detailing.
Transmission Line Structural Design (Structures, Footings): BPA uses a wide variety of structure types as transmission line supports. These structure types include lattice steel (or aluminum) towers, single or multiple steel pole structures, single or multiple wood pole structures, concrete structures, and others.
All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Analysis of existing structures for structural adequacy in the case of new/increased loading and/or changed design criteria. Results of analysis will be used by team leads for decisions regarding use existing structure as-is, modify existing structure, or replace.
Structural design of new structures.
Production of various drawings including installation drawings, design criteria drawings, minor detailing drawings and others.
Telecommunication Structural Design (Structures, Footings, Non-structural Components): BPA has an extensive wireless communication network (predominantly microwave) that is constantly undergoing modification and enhancement. Structure types include lattice steel towers, steel monopoles and others.
All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Analysis of existing structures and non-structural components (waveguide bridge, cable racks, etc.) for structural adequacy in the case of new/increased loading and/or changed design criteria. Results of analysis will be used by team leads for decisions regarding use existing structure as-is, modify existing structure, or replace.
Retrofit and modification designs.
Develop and document structural design criteria used by outside vendors to design new communication structures.
Building Structural Design/Analysis: BPA has numerous buildings in their systems that are constantly undergoing modification and enhancement. Buildings in the system include single and multiple story structures that may be constructed of wood, structural steel, masonry, brick, concrete, or other materials.
All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Analysis of existing structures for modifications and/or retrofits. This task may include structural calculations and written reports.
Design of new structures.
Structural and/or seismic evaluations of existing structures. This task may include structural calculations and written reports.
Design for strengthening existing building vertical and/or lateral load resisting systems.
Design of anchorage of equipment and nonstructural components.
Production of various drawings including installation drawings, design criteria drawings, minor detailing drawings and others.
Design of fall protection anchorage on new and existing buildings.
Structural Maintenance and Program Sustainment: All work to be reviewed by BFTE senior engineers or technical team leads.
Tasks include:
Assistance with structural (non-climbing) inspections.
Structural adequacy assessments.
Structural retrofit designs (seismic strengthening, remodels, additions, addition of roof loading such as A/C units, etc.).
Design of replacements related to aging infrastructure, particularly in the areas of steel corrosion and concrete deterioration.
Design for replacements, refurbishments, and repairs related to unexpected damage of transmission line and substation structures (e.g., vehicle impacts, animal impacts, landslides, snow loading etc.).
Assistance with material procurement tasks related to above repairs and replacements.
Perform occasional Quality Assurance visits to both in-house and outside fabrication shops and provide recommendations for approval by BFTE senior engineers or technical team leads.
Provide support to BFTE structural engineers working in Technology Innovation (TI) and Research and Development (R&D) related activities, which may include actual research or research support, testing and working with testing personnel and vendors, report writing and development, report presentation, travel to meetings, working with industry representatives, field visits, and helping BPA managers / team leads on developing justifications for funding.
Utilize and share expert knowledge of ANSI/TIA-222.
Draft new standard designs to meet structural regulatory needs.
Adapt new procedures, techniques, tools, and materials for use on new and existing sites.
All work to be reviewed by government senior engineers or Federal technical team leads.
Mark documents and maintain filing system(s), files, emails, and records in accordance with compliance requirements. Share and disperse documents only to appropriate personnel (those with a Lawful Government Purpose (LGP) to know). Mark and maintain all official records in accordance with the Information Security (INFOSEC) and Information Governance & Lifecycle Management (IGLM) standards and procedures.
Validate official records are accurately maintained for auditing purposes.
REQUIREMENTS
Education & Corresponding Experience (required on matrix)
Bachelor's degree in structural engineering, civil engineering or a closely related engineering field is required.
10 years of practical engineering experience is required.
Must have knowledge of engineering concepts, principals, and practices applicable to components and facilities found on a regional transmission system
Required Technical Skills & Experience (required on matrix)
3 years of experience in the following:
Designs using the current International Building Code (IBC) and American Society of Civil Engineers (ACSE) 7 and 10.
Industry-specific design codes such as IBC family of codes and industry designs standards such as American Institute of Steel Construction (AISC), National Design Specification (NDS), and American Concrete Institute (ACI).
Structural analysis software such as SAP2000, RISA, tnxTower, PLS-POLE, and other commercially available products.
Modern structural analysis techniques.
Proficient with standard Microsoft Office Suite products, such as Word, Excel, PowerPoint, and Outlook.
Preferred Skills & Experience (optional on matrix)
Knowledge of ASCE 41 Seismic Evaluation and Retrofit of Existing Buildings
Experience with Bentley MicroStation or other similar Computer Aided Drafting (CAD) programs
Additional Requirements (not required on matrix)
Valid U.S. Driver's License is required.
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