Search the 18 jobs at Fortna

As a Software Engineer at FORTNA, you'll develop advanced 3D models using Emulate3D, design software tools, and manage database interactions. You'll collaborate with a multinational team and provide ongoing user support while refining designs based on business needs.

The Analyst, Leadership and Development Rotational Program at FORTNA is designed for entry-level talent, focusing on professional development across various rotations in operations, commercial roles, engineering, IT, and finance. Participants will engage in real-world projects, receive personalized development plans, and mentorship, while enhancing their technical and business skills to solve clients’ distribution challenges.

The Senior Project Manager is responsible for organizing project activities, managing schedules, budgets, and leading cross-functional teams for successful project execution. They communicate with customers and internal stakeholders, handle project risks, and ensure timely delivery of products, while traveling as needed to support project sites.

The Leadership and Development Rotational Program at FORTNA focuses on developing entry-level engineering talent through real-world projects across various engineering tracks. Participants engage in hands-on experiences designed to enhance both technical and business skills, supported by mentorship and a personalized development plan.

The role is part of the FORTNA Leadership and Development Rotation Program, focusing on the accelerated development of entry-level professionals in Software Development. Participants will engage in diverse assignments, work on real-world projects, and develop technical and business skills, including designing and implementing software solutions and conducting testing.

As a Senior Robotics Engineer, you will design, develop, and implement robotic material handling products while collaborating with cross-functional teams. Responsibilities include conducting feasibility studies, optimizing robotic performance, ensuring safety compliance, and mentoring junior engineers. You will actively stay updated on advancements in robotics technologies.

The LADR Analyst position at Fortna involves participating in a rotational program focused on developing entry-level talent in Professional Services and Engineering. Responsibilities include engaging in various business-critical assignments across tracks such as project management and software development, alongside technical training.

The Integrated Testing Leader leads a technical team in executing testing strategies for a complex project worth over $400M. Responsibilities include ensuring alignment among teams, driving testing plans for equipment and software, identifying and documenting defects, and managing acceptance tests for system validation with both internal and external stakeholders.

The Algorithm Architect will identify project requirements, connect them to algorithm capabilities, and assess distribution center design solutions. This includes writing user stories for complex requirements and collaborating with software, controls, and engineering teams to ensure project success.

The Controls Engineer I will be responsible for commissioning controls for conveyor and sortation systems, implementing site-based controls, writing machine code, and integrating subsystems. The role involves working with controls software and ensuring successful design and commissioning of automated systems.

The Manager, Solution Design role involves managing client engagements, analyzing and modeling distribution center operations, and delivering solutions. Responsibilities include project management, stakeholder collaboration, developing deliverables, leading design projects, and supporting internal systems. Technical expertise in supply chain consulting and financial analysis is required to optimize operations and enhance client value.

The Manager of Solution Design will oversee client engagements by managing operations and distribution center design projects, leading analysis and modeling efforts, and delivering presentations. Responsibilities include project management, client relations, financial management, and team training.

The Senior Software Engineer will lead the analysis, design, and development of software projects, focusing on improving the Fortna Product Suite. Key responsibilities include client engagement, developing proof-of-concept implementations, and maintaining quality software documentation while collaborating with other developers and assisting QA teams in testing processes.

The Systems Design Engineer will utilize CAD software to create detailed 2D and 3D drawings, blueprints, and schematics. Responsibilities include layout creation, updating design documents, and maintaining design standards. The role requires collaboration during the operations design phase and involves a 35% travel commitment.

The Account Executive at FORTNA is responsible for driving sales by developing industry-specific strategies and maintaining client relationships. They lead complex sales efforts, produce tailored account plans, and represent FORTNA positively in the marketplace while attending industry events.

The Receptionist will serve as the first point of contact for visitors and clients, providing a warm welcome and managing front-desk activities. Responsibilities include answering phone calls, handling inquiries, maintaining the reception area, booking travel, delivering administrative support, and coordinating security and visitor management tasks.

The Electrical Designer will design control panels and layouts for conveyor systems, create and check electrical schematics, and work on deploying controls solutions. The role requires collaboration with other teams and meeting deadlines under pressure.

The Controls Engineer will commission controls for conveyor and sortation systems, implement site-based controls, write and implement machine code, and collaborate with team members. This role involves programming PLCs and HMIs to meet customer specifications and providing engineering support during the commissioning phase.