Donald Brandt

• Reduced corrosion rates by implementing innovative prevention techniques and materials.
• Optimized asset life through regular inspection, monitoring, and maintenance of equipment.
• Improved facility safety by identifying and addressing potential corrosion threats.
• Developed detailed corrosion management plans to ensure asset integrity and minimize downtime.
• Collaborated with multidisciplinary teams for comprehensive corrosion control solutions.
• Enhanced industry knowledge by staying current on the latest research, technologies, and best practices in corrosion engineering.
• Conducted thorough risk assessments to prioritize corrosion mitigation efforts effectively.
• Recommended cost-effective materials selection to prevent or minimize corrosion-related damage.
• Designed and implemented cathodic protection systems, increasing the lifespan of underground structures.
• Investigated root causes of corrosion failures, providing valuable insights for future prevention strategies.
• Provided expert consultation on project designs, ensuring optimal material selection and effective anti-corrosion measures.
• Evaluated the effectiveness of various coatings and linings in protecting against corrosive agents in industrial settings.
• Led training sessions on corrosion awareness for team members, fostering a culture of proactive maintenance and prevention.
• Strengthened communication between departments through regular reporting on asset conditions and recommended actions.
• Identified opportunities for process improvement within facilities to reduce the likelihood of future corrosion issues.
• Mitigated environmental impacts by researching and advocating for eco-friendly materials and practices in combating corrosion.
• Collected, assimilated and managed data for engineering work.
• Prepared complex engineering calculations following standard methods and principles.
• Initiated contact with other disciplines to identify and coordinate details of work.
• Evaluated internal, external and atmospheric systems and repaired.
• Generated and maintained reports covering rectifiers, bonds, pipeline isolation and corrosion control reports.
• Investigated and analyzed corrosive conditions for existing and proposed facilities.
• Maintained working knowledge of regulatory requirements, performed associated tasks and completed required documentation.
• Performed current requirement calculations and soil resistivity testing.
• Investigated requests for deviations from established materials or suppliers and made appropriate approval or denial judgments.
• Documented physical and chemical properties of materials before, during and after completing standardized tests.
• Gathered documentation such as photographs and evidentiary reviews and generated detailed reports outlining findings.
• Reviewed supplier proposals and materials and provided ongoing monitoring to maintain consistent supplies.
• Supervised work of technologists, technicians and other engineers and scientists.

• Forecasts and group planning/management
• Personnel management
• Revenue tracking and payment collections
• Project coordination, management, accounting, engineering, and technical services; including drafting and GIS work and management
• Specialized in the detection of stray current (interference) issues and designed mitigation systems for such
• Stray current situations included mostly heavy/light rail electrified systems, as well as utility/pipeline stray current analysis
• Please see attachment for specific project details
• Increased team productivity by implementing efficient workflows and setting clear expectations for staff members.
• Streamlined operations for increased efficiency through regular process reviews and implementing necessary changes.
• Reduced employee turnover by fostering a positive work environment and providing ongoing feedback to staff members.
• Improved customer satisfaction with timely response to inquiries, addressing concerns, and finding effective solutions.
• Developed staff skills through targeted training programs, resulting in improved performance and career growth opportunities.
• Implemented safety protocols to minimize workplace accidents and maintain compliance with industry standards.
• Collaborated with other departments to achieve organizational goals, fostering teamwork across various functions.
• Conducted performance evaluations for staff members, identifying areas of improvement and guiding professional development plans.
• Resolved conflicts among team members promptly, maintaining a harmonious working environment conducive to productivity.
• Established performance metrics for the team, consistently tracking progress towards goals and making adjustments as needed.
• Oversaw daily operations of the department, ensuring smooth workflow and timely completion of tasks.
• Enhanced communication within the team by holding regular meetings and encouraging open dialogue among all members.
• Identified operational inefficiencies and implemented corrective measures, leading to an overall increase in effectiveness.
• Facilitated collaboration between team members on projects requiring cross-functional expertise for successful outcomes.
• Cultivated strong relationships with key clients or stakeholders through consistent communication and excellent service delivery.
• Championed continuous improvement efforts within the organization by promoting best practices for processes, tools, or technologies.
• Demonstrated commitment to the organization''s core values, leading by example and fostering a culture of excellence.
• Applied strong leadership talents and problem-solving skills to maintain team efficiency and organize workflows.
• Handled customer complaints, resolved issues, and adjusted policies to meet changing needs.
• Monitored workflow to improve employee time management and increase productivity.
• Evaluated employee performance and coached and trained to improve weak areas.
• Achieved results by working with staff to meet established targets.
• Maintained compliance with company policies, objectives, and communication goals.
• Enforced rules and regulations outlined in company manual to set forth expectations comprehensibly and consistently.
• Created successful work schedules for each team member to maintain deadlines and fully staff shifts.
• Boosted team performance by developing customer service training materials and conducting service training.
• Solicited customer feedback to identify and improve on areas of weakness.
• Evaluated staff performance and provided coaching to address inefficiencies.
• Educated staff on organizational mission and goals to help employees achieve success.
• Optimized customer experience by delivering superior services and effectively troubleshooting issues.
• Evaluated customer needs and feedback to drive product and service improvements.
• Collected, arranged, and input information into database system.
• Generated reports detailing findings and recommendations.
• Helped meet changing demands by recommending improvements to business systems or procedures.
• Developed effective improvement plans in alignment with goals and specifications.
• Created and managed project plans, timelines and budgets.
• Gathered, organized and input information into digital database.
• Developed and updated tracking spreadsheets for process monitoring and reporting.
• Devised and implemented processes and procedures to streamline operations.
• Maintained database systems to track and analyze operational data.
• Provided reporting for forecast analysis and ad-hoc reporting in support of decision-making.

• Majority of time spent designing and overseeing various CP and ACLM systems for complex piping
• Design and oversight of CP interference systems
• Conduct various system annuals and maintenance surveys/inspections
• Specialized in the detection of stray current (interference) issues and designed mitigation systems for such
• Conducted AC mitigation systems analysis including detection and mitigation of such
• Implemented new cloud-based project management/CRM software
• Implemented companywide GIS server and associated databases per client
• Streamlined project management processes by implementing agile methodologies, resulting in improved efficiency and reduced costs.
• Led cross-functional teams for successful project delivery within scope, schedule, and budget constraints.
• Established effective communication channels with stakeholders to ensure transparency and alignment of expectations.
• Developed comprehensive project plans, identifying risks and mitigation strategies for timely completion.
• Optimized resource allocation by closely monitoring project progress and adjusting team assignments as needed.
• Implemented change management processes to accommodate evolving project requirements while minimizing disruptions.
• Collaborated with business analysts to gather requirements, ensuring projects met client needs and expectations.
• Evaluated vendor proposals, selecting those that provided the best value for cost, quality, and timeliness.
• Conducted post-project evaluations to identify areas of improvement and implement corrective actions for future endeavors.
• Spearheaded process improvement initiatives that resulted in increased productivity and streamlined workflows across departments.
• Presented regular status reports to executive leadership, providing insights into progress made toward achieving key milestones.
• Monitored project progress, identified risks and implemented corrective measures to acquire success.
• Coordinated cross-functional teams to determine timely delivery and compliance of project requirements.
• Directed changes to project scope and cost and implemented appropriate change management processes to keep project on track.
• Provided outstanding service to clients through effective communication and prompt issue resolution to facilitate future business opportunities.
• Developed and maintained relationships with key stakeholders to meet objectives and boost rapport.
• Updated customers and senior leaders on progress and roadblocks.
• Established and managed change management processes to fulfill successful project transitions.
• Monitored project progress, identified risks and took corrective action as needed.
• Maintained open communication by presenting regular updates on project status to customers.
• Developed and implemented project plans and budgets to ensure successful execution.
• Recruited and oversaw personnel to achieve performance and quality targets.
• Reported regularly to managers on project budget, progress and technical problems.
• Enhanced GIS project efficiency by streamlining workflows and implementing automation tools.
• Managed multidisciplinary teams for successful completion of large-scale GIS projects on time and within budget.
• Developed comprehensive project plans with milestones, resource allocation, and risk mitigation strategies for seamless execution of complex GIS initiatives.
• Led the design and implementation of geospatial data models, optimizing data quality and accuracy for informed decision making.
• Implemented rigorous quality control processes to maintain high standards in GIS product delivery and client satisfaction.
• Trained team members in advanced GIS techniques and software applications, boosting overall productivity and skillsets across the organization.
• Evaluated emerging geospatial technologies for potential adoption, keeping the company at the forefront of industry advancements.
• Negotiated contracts with vendors to secure optimal pricing for hardware, software, and services related to GIS projects.
• Presented compelling proposals to senior management demonstrating the value of investing in new GIS initiatives or technology upgrades.
• Liaised between technical staff and non-technical users to bridge knowledge gaps while ensuring clear understanding of project outcomes among all parties involved.
• Optimized spatial analysis capabilities by incorporating advanced statistical methods into existing workflows resulting in more precise outcomes.
• Championed the use of open-source GIS tools, significantly reducing software costs while expanding capabilities.
• Developed custom GIS applications tailored to specific business needs for increased efficiency and user satisfaction.
• Documented and maintained client standards information.
• Monitored work for adherence to local, state and federal regulations.
• Planned, designed, and scheduled phases for large projects.
• Monitored project performance to identify areas of improvement and make adjustments.

• Reduced corrosion rates by implementing innovative prevention techniques and materials The majority of time spent designing and overseeing various CP and ACLM systems for complex piping.
• Design and oversight of CP interference systems.
• Conduct various system annuals and maintenance surveys/inspections.
• Specialized in the detection of stray current (interference) issues and designed mitigation systems for such.
• Conducted AC mitigation systems analysis including detection and mitigation.
• Implemented new GIS technology to Bass.
• Implemented companywide GIS server and associated databases per client.
• Developed "ACI Program Manager" software to analyze risk of pipelines to AC interference and corrosion.
• Developed and executed a $4 Million dollar project with SWN for cathodic protection of compressor locations in Arkansas.
• Optimized asset life through regular inspection, monitoring, and maintenance of equipment.
• Improved facility safety by identifying and addressing potential corrosion threats.
• Developed detailed corrosion management plans to ensure asset integrity and minimize downtime.
• Collaborated with multidisciplinary teams for comprehensive corrosion control solutions.
• Enhanced industry knowledge by staying current on the latest research, technologies, and best practices in corrosion engineering.
• Conducted thorough risk assessments to prioritize corrosion mitigation efforts effectively.
• Recommended cost-effective materials selection to prevent or minimize corrosion-related damage.
• Designed and implemented cathodic protection systems, increasing the lifespan of underground structures.
• Investigated root causes of corrosion failures, providing valuable insights for future prevention strategies.
• Provided expert consultation on project designs, ensuring optimal material selection and effective anti-corrosion measures.
• Increased operational efficiency by developing custom monitoring programs tailored to specific assets and environments.
• Evaluated the effectiveness of various coatings and linings in protecting against corrosive agents in industrial settings.
• Led training sessions on corrosion awareness for team members, fostering a culture of proactive maintenance and prevention.
• Streamlined data analysis processes by creating customized software tools for tracking asset health over time.
• Strengthened communication between departments through regular reporting on asset conditions and recommended actions.
• Identified opportunities for process improvement within facilities to reduce the likelihood of future corrosion issues.
• Mitigated environmental impacts by researching and advocating for eco-friendly materials and practices in combating corrosion.
• Applied advanced simulation techniques for predicting long-term performance of materials exposed to corrosive environments.
• Contributed to industry conferences as a thought leader in the field of Corrosion Engineering, enhancing visibility among peers and clients alike.
• Initiated contact with other disciplines to identify and coordinate details of work.
• Collected, assimilated and managed data for engineering work.
• Supported continuous improvement and change management efforts.
• Understood and adhered to budget, schedule and quality requirements.
• Prepared complex engineering calculations following standard methods and principles.
• Evaluated internal, external and atmospheric systems and repaired.
• Investigated and analyzed corrosive conditions for existing and proposed facilities.
• Performed current requirement calculations and soil resistivity testing.
• Generated and maintained reports covering rectifiers, bonds, pipeline isolation and corrosion control reports.
• Maintained working knowledge of regulatory requirements, performed associated tasks and completed required documentation.
• Investigated requests for deviations from established materials or suppliers and made appropriate approval or denial judgments.
• Planned and evaluated new projects, consulting with other engineers and corporate executives as necessary.
• Documented physical and chemical properties of materials before, during and after completing standardized tests.
• Gathered and organized material samples to use in third-party testing, evaluated results and reported on findings to optimize materials choices.
• Gathered documentation such as photographs and evidentiary reviews and generated detailed reports outlining findings.
• Reviewed supplier proposals and materials and provided ongoing monitoring to maintain consistent supplies.
• Supervised work of technologists, technicians and other engineers and scientists.

• Majority of time spent conducting various tests on transit rail systems
• Served as stray current mitigation consultant
• Conducted Rail-to-Earth surveys on both heavy and light rail transits systems.
• Participated with major roles in following contracts:
• L.A. California Light Rail System (2011)

Participated as CP engineer for acquisition of system wide cathodic protection and dynamic stray current testing. Responsibilities included review of contract documents, preparation of scope of work, and materials/services cost analysis.

• Sound Transit Seattle Metro Rail System (2008-2011)

Participated as field engineer responsible for cathodic protection acquisition, coordination, and performance of testing of utility pipelines in immediate vicinity, as well as track-to-earth and rail-to-rail resistance measurements. Coordinated and conducted a dynamic stray current study on all major track lines comprising this system, including embedded and underground tunnel track segments. Also conducted preliminary engineering for the I-90 floating pontoon bridge in preparation for the East Link light rail installation.

• Dulles Transit Partners Extension to Wiehle Ave. (2008-2011)

Participated as both QA/QC oversight as well as Field Engineer responsible for preliminary engineering of stray current baseline studies, soil resistivity, data collection of resistance/continuity values in piping and structural elements, cathodic protection installation and testing of relocated utilities, data verification, and issuance of final reports. Project consists of six new system miles.

• Sacramento Light Rail Amtrak Extension (2010)

Participated as field engineer responsible for data collection of existing cathodic protection systems and dynamic stray current studies. Conducted numerous earth potential gradient surveys in effort to locate problematic areas relating to pour track to earth resistances and further successfully pinpointed areas of interest pertaining to negative rail current leakage via current mapping and location equipment.

• Charlotte LYNX Light Rail System Extension (2009)

Field engineer responsible for preliminary engineering via the collection of soil resistivity data, and baseline stray current studies on subject piping in immediate vicinity. Also, responsible for data analysis of preliminary engineering data, and issuance of final report.

• Phoenix Valley Metro Rail Starter System (2007-2010)

Field engineer responsible for the measurement of cathodic protection installations, electrical continuity of track slab reinforcing steel, initial track-to-earth resistance of approximately 36 track miles of embedded track, rail-to-rail resistance measurements, and bathtub track-to-earth resistance measurements. This project includes contracts with all prime line section contractors for the entirely new Light Rail Transit system.

• Maryland MTA (2007-2010)

Field engineer responsible for coordinating, performing testing, and preparing data analysis and report preparation for Light Rail and Heavy Rail (Metro) track-to-earth resistance and contact rail resistance. This project includes approximately 30 track miles each of Light Rail and Heavy Rail transit system.

• Houston Metro Solutions Red Line Stray Current Study (2008- 2009)

Project engineer responsible for conducting numerous stray current tests on track slab stray current spans, bridge test stations, and utility test stations for 6 miles of embedded LRT system and 1.5 miles of ballasted LRT system. Testing included stray current correlations, resistance measurement of stray current spans, structure resistance measurements, cathodic protection parameter measurements, and documentation of additional test station locations.

• Hudson Bergen Light Rail Transit System (2007-2008)

Field engineer responsible for performing stray current measurements along the length of the Initial Operating Segment associated with this Light Rail Transit System. Duties included stray current measurement, analysis and documentation, and preparation of the report.

• Optimized asset life through regular inspection, monitoring, and maintenance of equipment.
• Developed detailed corrosion management plans to ensure asset integrity and minimize downtime.
• Collaborated with multidisciplinary teams for comprehensive corrosion control solutions.
• Enhanced industry knowledge by staying current on latest research, technologies, and best practices in corrosion engineering.
• Conducted thorough risk assessments to prioritize corrosion mitigation efforts effectively.
• Recommended cost-effective materials selection to prevent or minimize corrosion-related damage.
• Designed and implemented cathodic protection systems, increasing lifespan of underground structures.
• Investigated root causes of corrosion failures, providing valuable insights for future prevention strategies.
• Provided expert consultation on project designs, ensuring optimal material selection and effective anti-corrosion measures.
• Increased operational efficiency by developing custom monitoring programs tailored to specific assets and environments.
• Evaluated effectiveness of various coatings and linings in protecting against corrosive agents in industrial settings.
• Led training sessions on corrosion awareness for team members, fostering culture of proactive maintenance and prevention.
• Streamlined data analysis processes by creating customized software tools for tracking asset health over time.
• Identified opportunities for process improvement within facilities to reduce likelihood of future corrosion issues.
• Strengthened communication between departments through regular reporting on asset conditions and recommended actions.
• Mitigated environmental impacts by researching and advocating for eco-friendly materials and practices in combating corrosion.
• Applied advanced simulation techniques for predicting long-term performance of materials exposed to corrosive environments.
• Contributed to industry conferences as thought leader in field of Corrosion Engineering, enhancing visibility among peers and clients alike.
• Collected, assimilated and managed data for engineering work.
• Supported continuous improvement and change management efforts.
• Initiated contact with other disciplines to identify and coordinate details of work.
• Prepared complex engineering calculations following standard methods and principles.
• Understood and adhered to budget, schedule and quality requirements.
• Maintained working knowledge of regulatory requirements, performed associated tasks and completed required documentation.
• Investigated and analyzed corrosive conditions for existing and proposed facilities.
• Generated and maintained reports covering rectifiers, bonds, pipeline isolation and corrosion control reports.
• Performed current requirement calculations and soil resistivity testing.
• Evaluated internal, external and atmospheric systems and repaired.
• Investigated requests for deviations from established materials or suppliers and made appropriate approval or denial judgments.
• Planned and evaluated new projects, consulting with other engineers and corporate executives as necessary.
• Documented physical and chemical properties of materials before, during and after completing standardized tests.
• Gathered and organized material samples to use in third-party testing, evaluated results and reported on findings to optimize materials choices.
• Gathered documentation such as photographs and evidentiary reviews and generated detailed reports outlining findings.
• Reviewed supplier proposals and materials and provided ongoing monitoring to maintain consistent supplies.
• Supervised work of technologists, technicians and other engineers and scientists.