Jobs at Drawbridge

Lead BIM and VDC strategy across industrial engineering, design, fabrication, and construction projects. Develop BIM standards and execution plans, administer collaborative platforms, coordinate multidisciplinary models, manage clash detection and quality control, and ensure compliant project deliverables. Train and mentor teams, support data exchange with clients and contractors, and use scripting and automation to improve workflows. The role focuses on Revit, Plant 3D, Advance Steel, Civil 3D, Navisworks, Autodesk Construction Cloud, and related BIM technologies.

Develops and manages resource-loaded schedules for complex EPCM projects using Primavera P6. Responsibilities include integrating engineering, procurement, and construction activities; analyzing critical paths, risks, delays, and earned value metrics; supporting change orders and claims; producing progress reports; coordinating stakeholders; monitoring procurement timelines; and establishing department-wide scheduling standards and procedures.

Leads electrical engineering efforts across multiple industrial and large capital projects. Manages schedules, personnel, electrical deliverables, site visits, power systems analysis, commissioning, testing, and technical issue resolution. Ensures compliance with engineering standards, codes, specifications, quality, schedule, and cost objectives while mentoring junior staff.

Designs and documents complex mechanical parts and assemblies using Creo and Windchill. Produces 3D models, annotated drawings, tolerance stack-ups, as-built packages, and manufacturing documentation. Applies GD&T, material selection, fits, finishes, and machining knowledge to ensure designs are manufacturable and inspectable. Maintains design libraries and existing documentation, supports design reviews, performs detail checking and calculations, and collaborates with engineers from concept through production.

Leads a multidisciplinary mechanical, electrical, and software engineering organization through product development from concept to production. Responsibilities include team building, talent development, project and resource management, systems integration, embedded controls oversight, design-for-manufacturability, process improvement, risk management, and cross-functional collaboration. The role balances strategic organizational leadership with hands-on technical guidance across complex engineering programs.

Audits and optimizes Sales and Accounting workflows by interviewing stakeholders, mapping processes, identifying bottlenecks, and creating SOPs. The role documents sales and accounting processes, performs gap analysis against best practices and compliance requirements, and develops controls to reduce errors and improve system accuracy across Salesforce and SAP.

Leads electric motor development for prototypes and low-rate production, including building and testing electronic systems, troubleshooting circuits, analyzing failure modes, developing tooling, interpreting drawings, and improving designs. Maintains technical documentation and equipment, configures ERP routings and work instructions, and collaborates with engineering, quality, program management, and technician teams. Presents technical tradeoffs involving cost, reliability, quality, and performance. The role is based onsite in a manufacturing and test environment with 5–15% travel.

Designs, prototypes, analyzes, assembles, and tests high-performance electric motors for aerospace and defense applications. Leads electromagnetic topology development, materials selection, GD&T, manufacturability, supplier collaboration, inspection, and verification. Performs FEA and electromagnetic modeling while balancing cost, efficiency, mass, thermal performance, and reliability. Reviews technical documentation, audits supplier processes, and supports cross-functional engineering and manufacturing decisions. The role is primarily on-site with infrequent travel to customer and supplier facilities.

Leads the design and implementation of DCS, PLC, and SCADA/HMI automation systems. Serves as the technical discipline lead, coordinating stakeholders, testing, contractors, cost estimates, and project execution. Evaluates requirements and deliverables, applies engineering standards, designs control panels, develops automated testing strategies, and mentors junior engineers. Drives innovation in testability and automation tools while ensuring projects meet scope, budget, schedule, and performance objectives.

Leads instrumentation engineering across projects, producing instrument indexes, I/O lists, datasheets, control philosophies, Cause and Effect Matrices, installation details, and location plans. Performs instrument sizing and selection, supports P&ID reviews, HAZOPs, procurement, and vendor documentation reviews. Manages scope, schedules, budgets, and staffing while coordinating with other engineering disciplines and mentoring junior engineers.

Develop plant layouts, equipment arrangements, 2D drawings, and 3D CAD models for mining and minerals processing facilities. Coordinate mechanical, piping, structural, civil, and electrical interfaces; support constructability reviews, procurement, construction documentation, and field issue resolution. Maintain drafting standards, participate in multidisciplinary coordination, prepare progress reports, and conduct occasional domestic and international site visits.