Purpose of Position:

Applies advanced engineering knowledge and skills to lead and manage a diverse range of engineering design and project management tasks. Utilizes independent judgment, creativity, and technical expertise to address complex challenges and oversee projects of significant scale and complexity.

FACTOR 1: Technical and Operational Knowledge

• Demonstrates comprehensive knowledge of North American engineering principles and practices;
• Applies advanced analytical skills to inconclusive, partial, or variable data to: identify project needs, scope, and design criteria; develop designs; generate Rough Order of Magnitude (ROM) cost estimates; and, recognize and manage risks effectively; and, 
• Proficient in project management methodologies throughout the Design Life-Cycle.
• Thorough understanding of the AutoDesk suite of programs, with an emphasis on AutoCAD, to complete design elements and/or full packages; 
• Experienced in the use of Microsoft Office’s suite of programs, with an emphasis on Word and Excel; and,
• Application of standard specifications to, and the generation of specifications (special provisions) for, the work being designed.

FACTOR 2: Analytical Skills and Impact

• Utilizes strong analytical capabilities to drive value engineering, risk mitigation, and resource optimization through the iterative design process;
• Integrates lessons learned from past experiences to enhance design efficiency and operational performance;
• Balances multiple considerations, including safety, infrastructure performance, cost-effectiveness, risk management, resource allocation, and stakeholder satisfaction.

FACTOR 3: Supervision and Control

• Manage project resources (individually and as part of a cross-functional team) effectively, including workforce requirements, contract services, and materials;
• Provides oversight, direction, and coordination to consultants, contractors, and internal teams; 
• Drives project development throughout cross-functional teams by influencing without authority;
• Formulates recommendations and participate in the formation and/or revision of policy standards;
• Exercises independent judgment while fostering a collaborative team environment; 
• Advises on the procurement of equipment, services, supplies, materials, and/or merchandise; 
• Recommends payment for services provided under your purview from suppliers, consultants, and contractors; 
• Provide consultation or expert advice to senior leadership; and,
• May be responsible for providing supervision and/or mentorship to junior engineers.

FACTOR 4: Communication

• Communicates effectively with stakeholders at all levels, including internal teams, clients, regulatory agencies, and the public; and,
• Demonstrates clarity and precision in conveying technical information through plans and specifications.

FACTOR 5: Working Conditions

• Works in both office and field environments, including project sites and other ARRC facilities; and
• May encounter working at heights, environmental extremes, and hazardous conditions, requiring physical agility and occasional lifting up-to fifty (50) pounds.

Minimum Qualifications

 

Required Qualifications:

• Bachelor of Science degree in an engineering discipline or a Master of Science in a subdiscipline of Civil Engineering from an ABET accredited institution; 
• Holds an Engineer in Training (EIT) certification, or be able to obtain one within six (6) months from date of hire;
• Demonstrates hands-on experience using AutoDesk AutoCAD;
• Must be able to work both as an individual contributor and within a team setting;
• Microsoft Office suite experience, with an emphasis on Word and Excel;
• Excellent oral and written communication and project management skills; 
• An attitude and commitment to being an active participant of our corporate culture is a must; and,
• Must possess a valid U.S. Driver’s License.

Preferred Qualifications:

• Bachelor of Science degree in either Civil or Structural Engineering from an ABET accredited institution;
• Registered Professional Engineer in the State of Alaska, or be able to obtain licensure within (6) months from date of hire through testing, comity, or reciprocity; 
• Proficient in the use of the modeling and survey elements of AutoCAD Civil3D;
• Ability to apply standard plans, specifications, codes, and industry standards to design projects; 
• Two (2) years’ experience either in, or supporting, the North American railroad industry; and,
• Experience in the field working on active heavy civil and/or structural project sites.

Work Experience:

Level	Work Experience	License
I	0-10	EIT Preferred	Hold an Engineer in Training (EIT) certification or be able to obtain one within six (6) months from date of hire. Capable of analyzing and designing solutions (plans and specifications) for infrastructure projects that are suitable for construction by internal and external parties. Proficient in developing plans and environmental figures using AutoDesk AutoCAD software. Familiar with writing construction specifications. Perform work with review and guidance from within the group.
II	10-20	PE	Level I plus: Registered Professional Engineer in the State of Alaska, or be able to obtain licensure within (6) months from date of hire through testing, comity, or reciprocity;  Demonstrates independence in project execution and mentoring capabilities. Act in a review capacity for other engineer’s work.  May be expected to mentor junior engineers.
III	20+	PE	Level II plus:  Demonstrates extensive experience and effectiveness in implementing engineering solutions; and, Recognized within the engineering community for contributions beyond participation.

The above reflects only the more significant details for the performance of the job and is not intended to be all inclusive.

About Alaska Railroad

The Alaska Railroad stretches 470 miles from Seward to Fairbanks, connecting communities across the Last Frontier. Established in 1914 and acquired by the state in 1985, it provides year-round passenger and freight service through some of America's most breathtaking landscapes. Travelers can observe glaciers, mountains, and wildlife from iconic blue and yellow trains that include the Denali Star, Coastal Classic, and Aurora Winter Train. Unlike most U.S. railroads, it still offers flagstop service, allowing passengers to board or disembark virtually anywhere along remote stretches. The railroad remains crucial to Alaska's economy and tourism industry while preserving a historic transportation legacy.

Connections working at Alaska Railroad