Salary
💰 $122,478 - $208,212 per year
About the role
- Lead and support the development of resiliency projects for urban drainage systems, streams, and rivers which may require the development of structural and non-structural mitigation solutions involving both green and gray infrastructure.
- Manage the planning, design, and construction administration of projects to ensure compliance with contracts, drawings, specifications, codes, statutes, rules, and regulations, as well as Arcadis quality and safety practices.
- Communicate with clients, establishing goals and objectives for project teams, and scheduling and coordinating resources to deliver projects on time, within budget, and to the performance expectations of the client.
- Provide technical expertise on multi-disciplined projects as a design leader, QA/QC reviewer or technical advisor.
- Supervise and support the work of others while mentoring junior level engineers and technical staff.
- Work directly with clients to determine needs and deliver solutions and lead the growth of client relationships with target clients.
- Lead/Support teams in the marketing and proposal phases of projects including preparation of winning proposals and successful presentations, as well as developing scopes of work and budgets for stormwater and flood resiliency projects.
- Some travel will be required for project site visits, client meetings, safety audits, general planning purposes or to oversee construction activities, depending on project staffing needs.
Requirements
- 10 or more years’ experience.
- Bachelor of Science Degree in Engineering in Civil, Environmental, or related.
- P.E. License or ability to acquire PE Licensure in Texas within 6 months.
- Excellent technical engineering skills and strong written and oral communication.
- Ability to lead teams and collaborate with clients.
- Experience with stormwater design or related fields; strong understanding of local market dynamics.
- Experience with client relationships and familiarity with local municipalities (highly desired).