Project Manager (II/III) - Project Based

Autonomous Solutions•Logan, UT

7d•Onsite

About The Position

This is a project-based employee role supporting the initial development phase of our autonomous vehicle platforms . Development phases of this nature span until project completion though scope and duration are driven by business needs. About Autonomous Solutions, Inc. (ASI) Autonomous Solutions, Inc. (ASI) is a global leader in vehicle automation and robotics, delivering innovative solutions across industrial, construction, agriculture, and material handling environments. Our teams build and deploy autonomous systems that operate in complex, real-world conditions, where reliability, safety, and execution of excellence matter. At ASI, Project Managers play a critical role in translating engineering work into delivered outcomes by driving schedules, managing budgets, and leading cross-functional teams toward clear milestones. Role Overview ASI is seeking a Project Manager to support two core robotics teams within the Material Handling Division. This role is a hands-on, execution-focused project management position responsible for driving schedules, managing budgets, and ensuring engineering teams meet committed milestones. The Project Manager will actively own project plans, enforce deadlines, manage risk, and communicate clearly with engineering leadership, vendors, and internal stakeholders. The role is based on-site in Logan/Mendon, Utah . Regular in-person collaboration with engineering teams is required to be effective in this position.

Requirements

Project scheduling and tracking tools (MS Project, Smartsheet, or equivalent)
Jira for backlog tracking and coordination with Scrum-based engineering teams
Familiarity with Agile/Scrum environments (certification a plus, not )
Ability to leverage data and reporting to support decision-making (hands-on BI development not )
3+ years of experience managing technical or engineering-driven projects
Proven ability to drive schedules, track milestones, and manage moderate project complexity
Experience working directly with engineers across multiple disciplines
Comfortable holding teams accountable to deadlines with guidance from leadership
6+ years of experience leading complex, cross-functional engineering projects
Strong ownership of schedules, budgets, risk management, and delivery commitments
Demonstrated ability to independently run multiple projects simultaneously
Trusted partner to engineering leadership with strong judgment under pressure

Nice To Haves

Experience in robotics, automation, industrial systems, or hardware/software development environments
Experience supporting multiple teams or programs simultaneously
Scrum or PMP certification (nice to have, not )
Experience coordinating with vendors or external partners

Responsibilities

Own end-to-end project planning, execution, and delivery for multiple concurrent engineering projects
Drive detailed schedules, milestones, and dependencies across cross-functional engineering teams
Hold teams accountable to deadlines while balancing technical realities and business commitments
Actively identify risks, escalate issues, and implement mitigation strategies
Build and maintain project schedules using tools such as MS Project, Smartsheet, or similar
Manage project budgets and track spend against forecasts
Support leadership with accurate status reporting, timeline forecasting, and risk visibility
Lead and coordinate work across multiple engineering disciplines
Communicate effectively with highly technical contributors and engineering leaders
Proactively remove blockers and keep teams focused on priority deliverables
Navigate schedule pressure while maintaining productive working relationships
Interface with internal stakeholders across engineering, operations, and leadership
Coordinate with external vendors or third-party partners as needed
Communicate project status clearly up, down, and across the organization
Apply solid project management fundamentals and best practices
Improve project visibility, consistency, and execution rigor over time
Adapt processes to fit the realities of engineering-driven product development