
Staff Machine Learning, Operations Research Engineer
Posted 2 days ago

Posted 2 days ago
This is a fully remote position, open to applicants in United States, +1 more country.
β’ Define and develop the core intelligence behind Dispatch OS, Burq's platform for machine learning-assisted dispatch decisions.
β’ Establish the technical direction for Burq's pricing, selection, forecasting, and delivery routing processes.
β’ Personally construct high-impact models and optimization systems.
β’ Own the machine learning and optimization roadmap while making critical technical decisions.
β’ Design comprehensive architecture for model serving, evaluation, and large-scale optimization.
β’ Navigate ambiguous and high-stakes modeling and optimization challenges from initial framing to production implementation.
β’ Direct technical work across both Engineering and Data teams.
β’ Establish standards for experimentation, evaluation, and production-level machine learning.
β’ Mentor engineers through design reviews, collaborative coding, and code assessments.
β’ Collaborate with Product and leadership on product strategy and leverage machine learning/operations research for competitive advantage.
β’ Design and implement models for quote selection, dynamic pricing, and reliability scoring.
β’ Develop models for demand and volume forecasting.
β’ Create solver-based optimization for batching, route optimization, and vehicle/fleet recommendations.
β’ Utilize large language models and AI agents to enhance dispatch workflows, including provider-rule extraction and quote follow-ups.
β’ Construct repeatable evaluation frameworks for customer model validation.
β’ Translate operational constraints into model requirements, scoring logic, and optimization frameworks.
β’ Design and manage automated MLOps pipelines for training, deployment, monitoring, and retraining.
β’ Employ AI tools daily to expedite experimentation, evaluation, and debugging.
β’ Over 9 years of experience in applied machine learning or ML engineering, including several years at the senior or staff level, with models deployed and maintained in production.
β’ Proven track record of setting technical direction for machine learning or optimization systems, where your architectural decisions have influenced a product or platform for multiple years.
β’ Demonstrated capability to lead intricate technical initiatives across teams without direct authority.
β’ History of ML or optimization systems delivering quantifiable, company-wide business impact (e.g., tens of millions in revenue or significant utilization or margin enhancements), preferably in pricing, logistics, marketplaces, or operations.
β’ Extensive experience with decision-making, ranking, and scoring challenges where model outputs directly influence business actions.
β’ Strong quantitative and algorithmic reasoning skills, including combinatorial problems, constraint satisfaction, and algorithm design.
β’ Hands-on experience in formulating and solving optimization challenges (LP/MIP, constraint programming, or VRP-style routing).
β’ Experience with time-series forecasting in a production environment.
β’ Practical experience deploying LLM-based systems in production settings, including fine-tuned models, extraction pipelines, or agents.
β’ Experience managing end-to-end machine learning pipelines and MLOps (training, deployment, monitoring, retraining).
β’ Comfortable working with messy, incomplete, and constraint-heavy operational data, able to create models that adhere to strict business constraints rather than treating them as soft penalties.
β’ Experience developing evaluation frameworks that are understandable and trustworthy for non-technical stakeholders.
β’ Nice to have: Familiarity with delivery/dispatch software, TMS platforms, or routing systems.
β’ Nice to have: Production experience with commercial or open-source solvers (OR-Tools, Gurobi, CPLEX).
β’ Nice to have: Experience in pricing or revenue management in aviation, fleet, or transportation sectors.
β’ Nice to have: Published work, patents, or open-source contributions in machine learning, operations research, or pricing.
β’ Fully remote work environment.
β’ Comprehensive medical, vision, and dental insurance.
β’ Reimbursement for educational courses.
β’ Generous time off policy.
Sequen
Sequen
Citrine Informatics
Mortenson
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