Engineer

• Perform strict adherence to and champion the Halker Project Delivery Process (PDP) for every project assigned
• Develop the scope of engineering work, schedules, and budgets for assigned project
• Monitor progress to meet schedule and budget requirements
• Responsible for team performance to meet schedule, cost, and quality
• Coordinate projects to ensure successful completion of assigned project phases within budgeted time and cost constraints
• Ensure client criteria and scope are met by all engineering disciplines
• Oversee project deliverables for compliance with engineering principles, company standards, customer requirements, and related industry specifications
• Initiate/participate in meetings to resolve technical and project issues
• Evaluate and approve design changes, specifications, and drawing releases/reviews with assigned engineering discipline leads
• Work with field employees, vendors, and other disciplines
• Serve as technical resource for troubleshooting project-related issues and problem solving
• Develop client relationships to ensure open communication between client and project team
• Coordinate the installation, maintenance, and operation of oil field equipment
• Compile weekly project status reports and issues for clients, including deliverables and current budget/billing status

Project Engineer

• Lead roadway design execution for transportation projects across Colorado, supporting CDOT and local agency clients
• Serve as roadway task lead within multi-discipline teams from concept development through PS&E and construction support
• Coordinate closely with project managers, clients, and multi-discipline teams
• Provide guidance and mentorship to engineers
• Review designs for quality and support engineers through challenging problem-solving
• Drive standards across the department and support initiatives improving design workflows, tools, and delivery efficiency
• Understand client technical needs and identify feasible solutions
• Apply engineering techniques, procedures, criteria, and judgment to complete engineering tasks
• Evaluate design options and recommend practical, cost-effective solutions
• Maintain a value engineering mindset through development, design, and construction phases
• Develop plans, specifications, and observation reports
• Recommend alterations to development criteria and design features
• Review plans and specifications for constructability, safety, and risk management
• Lead QA/QC efforts for roadway design tasks
• Prepare reports and correspondence concerning assigned project direction and progress
• Collaborate with business and engineering staff across markets and technical disciplines
• Support marketing, sales, and business development activities
• Assign work, coordinate tasks, and ensure quality and accountability
• Lead PS&E deliverables and contribute to model development, plan preparation, and quantity development
• Prepare and review alignments, quantities, and cost estimates
• Identify risks such as right-of-way, utilities, and scope gaps and drive resolution
• Support project management responsibilities, including scope development, schedule coordination, and client interaction
• Participate in client coordination and support proposals and business development

Lead Roadway Engineer

• Develop PSCAD, PSS®E, PSLF, and TSAT models for generation and load projects
• Lead generation and large-load interconnection studies from application and model development through utility review, model acceptance, and commissioning support
• Develop, validate, tune, and maintain power-flow, dynamic, short-circuit, and EMT models for solar, wind, battery storage, conventional generation, and large-load projects
• Perform load-flow, contingency, short-circuit, transient-stability, voltage-performance, reactive-power, and electromagnetic-transient studies
• Perform RMS/EMT model benchmarking, model quality testing, and grid-code compliance assessments
• Develop and evaluate models for data centers and other large computational or industrial loads
• Coordinate technical information with clients, utilities, ISO/RTO representatives, inverter manufacturers, power-plant-controller vendors, and EPC contractors
• Review utility or ISO/RTO study results, reproduce findings, and identify technical errors, project risks, mitigations, and network-upgrade implications
• Advise clients on interconnection strategy, technical requirements, study results, and project risks
• Prepare and review study reports, technical memoranda, interconnection documentation, scopes of work, schedules, budgets, and cost estimates
• Serve as technical lead on assigned projects, maintaining responsibility for technical quality, schedule, budget, and client communication
• Develop scripts, templates, and automated study workflows for model testing, benchmarking, and quality control
• Perform technical QA/QC reviews and improve study standards, tools, and documentation
• Mentor junior engineers and support development of interconnection and modeling capabilities
• Stay current with NERC standards, FERC directives, IEEE standards, ISO/RTO procedures, utility requirements, and emerging practices
• Support proposals, client development, and creation of new study services

Grid Interconnection Studies Engineer

• Lead and execute medium-sized technical projects
• Ensure successful integration of engineering solutions
• Oversee the design, development, and implementation of engineering projects
• Manage key programmatic functions and ensure projects meet technical specifications, quality standards, cost, and schedule constraints
• Serve as a bridge between Engineering and the Program Office
• Lead medium-sized cross-functional teams and balance technical and programmatic constraints
• Provide technical estimation support for Bases of Estimates, proposals, and contracts
• Conduct high-impact trade studies and lead technical evaluations
• Provide technical guidance and mentorship to junior engineers
• Develop and manage supplier Statements of Work
• Address supplier issues and create return-to-green plans for supplier schedules
• Support Program Management Teams through Risk Management and Cost/Schedule management
• Interface with customers and stakeholders
• Communicate and coordinate across engineering and functional teams
• Deliver technical status updates and key insights to leadership
• Report Key Performance Indicators and Technical Performance Metrics
• Drive innovation and continuous improvement
• Support conflict resolution and represent stakeholder perspectives

Senior Project Engineer

• Lead and execute medium-sized technical projects
• Ensure successful integration of engineering solutions and drive team innovation
• Oversee engineering project design, development, and implementation
• Manage programmatic functions while meeting technical, quality, cost, and schedule constraints
• Serve as a bridge between Engineering and the Program Office
• Lead medium-sized cross-functional teams and balance technical and programmatic constraints
• Provide technical estimation support for Bases of Estimates, proposals, and contracts
• Conduct trade studies and lead technical evaluations
• Provide technical guidance and mentorship to junior engineers
• Develop and manage supplier Statements of Work
• Address supplier issues and create return-to-green plans for supplier schedules
• Support Program Management Teams through Risk Management and Cost/Schedule management
• Interface with customers and stakeholders and coordinate across engineering and functional teams
• Communicate technical concepts, plans, and actions verbally and in writing
• Deliver project status updates, Key Performance Indicators, and Technical Performance Metrics to leadership
• Drive innovation and continuous improvement
• Facilitate conflict resolution and represent stakeholder perspectives

• Serve as program technical leader / Chief Engineer for complex commercial and government space programs
• Support engineering execution across mission software, platform infrastructure, reliability, security, and integration activities
• Coordinate technical alignment across engineering teams for cohesive system behavior and successful mission execution
• Partner with engineering leads to resolve cross-system technical risks, interface challenges, and integration concerns
• Support architectural cohesion and long-term technical evolution across Quindar’s ground systems ecosystem
• Contribute to technical strategy, system design, and architecture development for mission operations platforms
• Participate in proposal development, technical solution definition, and customer technical engagements
• Conduct technical reviews, design reviews, and mission readiness assessments
• Support anomaly investigation, troubleshooting, and operational issue resolution for mission-critical systems
• Provide mentorship and technical guidance to engineers across the organization
• Contribute through design, implementation, prototyping, and technical problem solving
• Represent Quindar in technical exchanges and pull in team experts as beneficial

Chief Engineer

• Provide technical engineering and cost information to ensure construction work complies with engineering standards
• Assist with job controls for contracts, budgets, schedules, forecasting, and job costing
• Interpret designs and drawings for craft workers to ensure specifications are followed
• Interface with on-site departments to resolve problems and ensure quality construction
• Research and resolve drawing interpretation problems, conflicts, interference, and errors
• Prepare status reports, punch lists, completed-work sketches, and material requirement calculations
• Provide technical support for project material controls, delivery dates, construction schedules, and design requirements
• Prepare drawings and sketches for construction work, change orders, and estimates
• Provide building control lines and elevations for accurate material measurement and installation
• Develop quantity take-offs, material price lists, labor costs, and equipment data for estimates and bids
• Research historical data and productivity analysis reports for future estimating guidelines
• May supervise, direct, and mentor project staff
• Represent the company, project, and/or department in client and project management meetings

Engineer II – Federal Division

• Complete analyses and designs related to dams, slope stability and stabilization, seepage, settlement, earth retention, and foundations
• Prepare plans and specifications, reports, cost estimates, desktop studies, dam safety inspections, risk analyses, and construction observations
• Assist with planning, coordinating, and executing projects
• Track project milestones and provide updates to project managers and clients
• Prepare proposals, schedules, and cost estimates for geotechnical investigations and design work
• Develop geotechnical field investigation plans
• Assign geotechnical laboratory tests and analyze laboratory and field data
• Support development of geotechnical reports
• Perform construction observation, dam inspections, instrumentation installation and monitoring, field oversight, and inspections
• Support field staff and provide training and mentorship to other geotechnical engineers
• Travel for domestic fieldwork, up to 10% with an average of up to five continuous days at job sites
• Serve internal and external clients on hydraulic structure projects for power, public, and mining industry clients

Senior Geotechnical Engineer

• Build and calibrate hydraulic fracture growth models against observed stimulation data
• History-match fracture height, length, and complexity using treatment pressure, microseismic, DAS/DTS, and tracer data
• Characterize in-situ stress state and natural fracture interactions using fracture mechanics principles
• Account for fracturing-fluid rheology, fracture geometry, and proppant transport in models
• Incorporate completion design parameters into fracture growth models and iterate as new data arrives
• Translate calibrated fracture models into simulation-ready fracture network representations
• Quantify uncertainty in fracture geometry and connectivity and communicate impacts on well and pad performance
• Build and maintain full-field and sector-scale reservoir simulation models for fractured EGS reservoirs
• History-match production and injection rates, bottom-hole pressures, and thermal response against field data
• Iterate permeability, fracture conductivity, compartmentalization, and injector-producer connectivity parameters
• Diagnose model, data, and operational sources of history-match mismatch
• Use history-matched models to inform forecasts, well spacing, and injection/production strategy
• Design pressure transient, interference, tracer, DFIT, PLT/DTS/DAS diagnostic and surveillance programs
• Identify data gaps and prioritize acquisition programs within cost and schedule constraints
• Define minimum viable data requirements per well and pad
• Extend calibrated models to new prospects and support crossflow test program design
• Build repeatable workflows using automation and scripting
• Collaborate with Completions, D&C, Reservoir, Resource, Exploration, and Data Science teams
• Document modeling methodologies and calibration standards
• Provide data-driven recommendations and contribute to transparency, consistency, and continuous improvement

Reservoir Engineer, Modeling

• Lead and execute large-scale technical projects
• Integrate engineering solutions and drive innovation
• Lead large cross-functional teams, including Integrated Product Teams, business development projects or proposals, small programs, and medium-to-large IRAD projects
• Oversee engineering project design, development, and implementation
• Develop proposals, contracts, and bases of estimate by identifying and estimating scope, cost, and schedule
• Ensure projects meet technical specifications, quality standards, cost constraints, and schedule constraints
• Conduct high-impact trade studies and lead technical evaluations
• Provide technical guidance and mentorship to junior engineers
• Manage high-impact suppliers, including scope negotiation, statements of work, contracts, supplier issues, and cost and schedule performance
• Support Program Managers with program standup, cost and schedule performance, program execution, program control, and governance
• Interface with key customers and Program Managers
• Provide project status updates and insights to senior leadership
• Develop metrics and performance baselines
• Manage return-to-green paths for critical program issues
• Coordinate across engineering and functional teams
• Communicate technical concepts, plans, and actions
• Drive engineering innovation and continuous improvement
• Serve as a bridge between Engineering and Program offices to resolve conflicts and ensure project success

Engineer jobs in Colorado

Project Engineer

Lead Roadway Engineer

Grid Interconnection Studies Engineer

Senior Project Engineer

Senior Project Engineer

Chief Engineer

Engineer II – Federal Division

Senior Geotechnical Engineer

Reservoir Engineer, Modeling

Principal Project Engineer