The Talley Group has several urgent needs for Electrical and Control Systems Engineers with experience in the Water/Wastewater industry for its Washington State locations.  Current job titles include: Project Manager, Project Engineer, Sr. Electrical Engineer and Sr. Controls Systems Engineer.  All are direct placement positions with well established companies offering competitive salary ranges, outstanding benefits and relocation assistance.  If interested in learning more about these opportunities, please contact Matt Sawicki at Sawickim@thetalleygroup.com.  Job details are as follows:

SR. ELECTRICAL ENGINEER

REQUIREMENTS

• Experience with 4.16kV and 12.47kV substation power systems equipment including transformers, circuit breakers, conductors, protective relays, substation automation (SCADA) and power system analysis software such as SKM.
• Water/waste-water experience and a power and control background below 600V is a strong plus.
• Minimum requirements include a BSEE
• 10 years of related industry experience
• Washington State PE license a plus
• Strong project management, business development, leadership, communication and interpersonal skills are essential.

SR. CONTROLS ENGINEER

REQUIREMENTS:

• Industrial power and controls experience preferably with water/waste water systems
• experience with 480V power distribution; motor control including VFD’s; lighting; PLC’s; SCADA; relay control logic; and process instrumentation.
• Minimum requirements include BSEE degree
• 10+ years of related consulting experience developing design plans and specifications.
• WA PE license (or ability to obtain within 6- months)
• Strong control system focus, troubleshooting, communication and interpersonal skills are essential.

PROJECT MANAGER

REQUIREMENTS

• BS in engineering related to Electrical, Control Systems, Chemical or related field.
• 7-10 years working as a Project Manager in an Electrical Controls environment.
• Ability to simultaneously manage multiple projects at one time.
• Excellent interpersonal skills to work with internal teams and external customer.
• Well rounded technically to understand the software, hardware and programming requirements of the work.

RESPONSIBILITIES

Effectively manage the complete project lifecycle for 10-15 electrical controls projects at any one given time.

Once project is assigned, handle the following:

• Meet with estimators and learn the scope and definition of the work to be done.
• Handle all contract administration with the customer.  Get customer all necessary PO’s, contracts, credentials of engineers, etc.
• Build project plans and put together forecasts.  Completely lay out the job based on fixed dates and timelines and review overall scope of the job of the job as to how many hours will be involved in each department to finalize the ship date of the project.
• Complete a budget forecast assessing all the quotes made and what the actual will be.
• Define schedule and tasks for project teams to execute on.  Work with sales/estimating team to understand their bid and who they had in mind to assign to the project.
• Work with engineering team to help, create the BOM’s and instruments design.
• Participate in bi-weekly updates analysis of dollars out on a job.
• Manage the schedule of each job.
• Provide monthly updated forecast & actuals to COO.
• Manage the HW submittal design process with the client.  Respond to questions or projections from reviewing engineer.
• Manage expectations of the customer and their interpretation of outlined specifications created in the original estimate.
• Manage the purchase process.  Assist in purchasing negotiations. Transmit all necessary data to vendors when making purchases.
• Write letters of intent to lock in pricing for delivery timeline of the job.
• Review materials received and get necessary documentation into shop for fabrication.
• Oversee the creation of documents necessary to ship out final product.  Manage the production of OEM manuals for customer.
• Coordinate with service group to get the project up and running.  Handle any issues that come up onsite at time of delivery and install.

PROJECT ENGINEER

POSITION OVERVIEW
The Project Engineer is responsible for the engineering, design, integration, programming, and troubleshooting of Programmable Logic Controllers (PLC), Process Instrumentation, Human Machine Interfaces (HMI), SCADA & Telemetry Systems, and Industrial Networks for systems controlling a wide variety of industrial applications including; water and wastewater plants, fish hatcheries, public transit systems, and power plants. This person will also ensure accuracy and completeness of associated technical documentation and support custom panel fabrication and field startup and commissioning processes.

REQUIREMENTS

• Bachelor’s Degree and three or more years’ experience designing, installing, commissioning, and troubleshooting industrial controls systems to include PLCs, OIT/HMI’s, VFD’s, and industrial networks (specifically Ethernet, Controlnet, Devicenet, and Modbus/Modbus+) preferred.
• Strong working knowledge with control system troubleshooting and tuning skills, experience with Ladder Logic and IEC programming of PLCs (Programmable Logic Controllers), and knowledge of Process Control.
• Ability to use electrical test equipment, troubleshoot electrical problems, and be familiar with National Electrical Code (NEC), UL508A design and construction, wiring in Hazardous Areas and related regulations, standards and practices.
• Experience with iFix, Wonderware, Panelview, RS logix, RS View, AutoCAD, Visual Basic, Allen-Bradley Controllogix and Modicon Quantum PLC hardware is preferred.
• Ability to plan, implement and document structured programming is essential.
• Knowledge of process instrumentation, control theory and various types of control systems, data acquisition, and industrial data communication coupled with experience working with industrial process controls, IT / networking processes and general analog and digital electronics required.
• Excellent interpersonal, communication skills and teamwork skills required.

RESPONSIBILITIES

• Develop electrical controls design by researching, analyzing, selecting, and applying electric controls engineering concepts, approaches, techniques, and criteria including panel layouts, distributed control systems, Operator Interface Terminals (OITs), Programmable Logic
• Controllers (PLCs), Supervisory Control & Data Acquisition (SCADA)
• Adapting and modifying electrical controls engineering options
• Developing and evaluating new electrical controls engineering architectures and algorithms
• Preparing layout drawings, schematics, and wiring diagrams; collaborating with related engineering design teams
• Evaluating components, materials, and suppliers; identifying and resolving design integration/interface issues
• Determining and establishing design specifications.
• Develop PLC and SCADA programming with an emphasis on Rockwell/Allen-Bradley, Modicon and Siemens in an industrial automation environment. This includes; documentation of programs, implementation, start-up and support.

CONTACT:

Matt Sawicki

Sawickim@thetalleygroup.com

(425)753-5061

The Talley Group has just received several engineering-related positions in the Western United States. These opportunities need to be filled at companies ranging from small firms to Fortune 500.

These clients are looking for qualified individuals with distinct engineering backgrounds to fill permanent positions.

OBD Validation Engineer (2 Openings)
Our client in Western Washington has two openings for those experienced in on-board diagnostics.

This is a great position for someone who enjoys the mechanics of engineering, but also desires to take on a leadership role. The work will include:

• developing test strategies for OBD validation
• conducting OBD validation tests and interpreting results
• budgeting and scheduling the validation projects
• recommending and implementing process improvements
• possible mentoring of junior engineers and technicians.

We are looking for an independent self-starter that is also adaptable to teamwork. A BSME is required or an equivalent degree with three to five years of relevant work experience. You must also have an in-depth knowledge of OBD systems and validation strategies. Be ready to communicate, analyze, present and manage multiple projects. Experience with Class 8 diesel trucks is desired for this opportunity.

Powertrain Validation Engineer
If you like the rev of an engine and seeing the power of a vehicle on the road, this position is for you.

Our client in Western Washington is looking for a powertrain validation engineer. The prime candidate will not only manage and serve as the main communicator in the powertrain testing projects, but will get their hands dirty testing the products as well. Position responsibilities include:

• Developing and conducting test plans to validate powertrain components meet design and performance requirements upon installation
• Analyzation, interpretation and presentation of test results
• Communicating with requestors to manage, budget and schedule project requirements
• Designing fixtures and specifying instrumentation, equipment, vehicles, loading configurations, and data processing techniques.
• Verifying that equipment meets specific requirements
• Undertaking projects of significant scope

Off-site testing requires up to 10% travel.

The desirable candidate will have a BS degree in an appropriate engineering discipline or PE license with two to six years of relevant work experience. They must also be able to work and communicate effectively in a team environment. The position also requires flexibility and an initiative to respond to project demands. Ten percent travel is also required.

Aftertreatment Development Engineer

Interested in working in a creative environment that prides itself on innovation and generating world class products? Check out this aftertreatment development engineer position in Western Washington.

Use your knowledge to develop an optimal in-vehicle diesel exhaust aftertreatment system. This industry finds emissions an ongoing struggle to deal with. Be part of the future by recommending optimal calibration guidelines and performance specifications. You will also be required to:

• Define and specify control strategies for diesel exhaust aftertreatment systems
• Develop and implement test plans to verify aftertreatment hardware and software performance on test rigs, Hardware-in-the-loop systems and in-vehicle.
• Coordinate with other divisions to support successful product launch.

The ideal candidate has a BS in the appropriate technical field, two to three years of relevant work experience in truck or automotive engine/aftertreatment system controls, and familiarity with active diesel particulate filters, urea selective catalytic reduction systems, NoX reduction systems, diesel engines and Class 5-8 vehicles and exhaust systems, in-vehicle engine calibration and data acquisition systems, OBD and engine control systems.

The candidate should also be able to work independently or part of a team, communicate effectively, use self-directed analysis and engineering judgment, and manage a demanding and flexible workload. An ability to travel 10% of the time is also desired.

Contact The Talley Group for more information on applying for these positions.

It’s safe to say that computer-aided design, or CAD, revolutionized modern day engineering. CAD allows for the easier development of products and product management integration. It also allows for greater modeling and even provides a basis for virtual networking!

In the engineering world, CAD is extremely important and widely used to design and develop products to be used by consumers. This knowledge is a hot commodity for those employing engineers, because of its benefits in the engineering workplace.

CAD Drawing Benefits

CAD drawings offer the flexibility to draft and design in a digital sphere, which were previously done by hand. The digital format makes data handling easier, safer, and quicker. Prior hand drawn blueprints can be scanned and then can be expanded upon digitally. Many CAD programs are now using three-dimensional drawings to maximize productivity and provide quicker, better product results, allowing for the development of the tiniest details.

Project Management Benefits

CAD’s excellent ability for comprehensive documentation and communication allows for an easier product management environment. Team communication is simpler and less stressful due to the easy sharing properties. Engineers working in teams on complex projects can establish a CAD library, allowing for the storing and reference of certain projects.

CAD Networking

The information age has allowed CAD data to be shared throughout the industry, revolutionizing best practices. There are many virtual open CAD libraries providing a wealth of online resources for engineers.

Manufacturers can also supply CAD drawings of products for review before purchase in a way that could not be shared before, allowing for less travel and shipping.

Engineering professionals can also offer advice to the next generation of engineers. Online support is available through a variety of CAD networks.

The Talley Group can help you find the right CAD engineering position. Contact us today!