Bioenergy Career Map: Lead Civil/Environmental Engineer

• Knowledge of mathematical, physical, and engineering sciences
• Considerable experience with the practices, procedures, and technical aspects of building design, preliminary engineering, and construction activities
• Skill in use of computer-aided design (CAD) and drafting equipment for preparation of construction drawings and/or blueprints
• Considerable knowledge of applicable federal, state and local rules, regulations and policies governing building design and construction
• Ability to organize, analyze, interpret, and evaluate scientific data in the solution of engineering problems
• Excellent technical writing, interpersonal, and communication skills
• Management experience, including performance management, training, supervision, and leadership.

Civil engineers help turn ideas into reality, from integrated biorefineries capable of converting a broad range of biomass feedstocks into affordable biofuels, bioproducts, and biopower to upgrading current wastewater treatment infrastructure to state of the art waste to energy facilities. To industrialize the bioenergy systems, the industry must establish the necessary infrastructure.
 
Civil engineers apply their knowledge of mathematics and physical sciences to develop ways to design, construct, and maintain bioenergy-related infrastructure, while minimizing impact on the natural environment. They also play a pivotal role in assuring project operations conform to all state and federal regulations as well as maintain environmental compliance.
 
At the senior or supervisory level, the lead civil engineer leads management and design efforts on a project, overseeing staff and project engineers conducting a wide variety of engineering tasks including conceptual designs, engineering reports or studies, detailed designs including drawings and specifications, and cost estimates. A Ph.D. in civil engineering or a related field is recommended with a focus on construction engineering, structural engineering, land development, hydraulic engineering, or environmental engineering. Significant experience in the field and professional licensure may substitute for additional education. Individuals at this level should have demonstrated engineering experience in planning, design, and construction phase services of various development projects. A professional background in the bioenergy sector is highly preferable.