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Principal Machine Learning Engineer, Foundation Models

Cambridge Mobile Telematics

Cambridge, MAFlexibleFull-time$177–221K/yrPosted 1y agoVerified open 4 days ago

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At a glance

Compensation
$177–221K/yr
Location
Cambridge, MAFlexible
Schedule
Full-time
Work Authorization
Not specified

Requirements

Credentials this posting asks for.

Bachelor's degree

Job overview

Cambridge Mobile Telematics is hiring a Principal Machine Learning Engineer, Foundation Models. Cambridge Mobile Telematics seeks a Principal Machine Learning Engineer to lead the design, pre‑training, fine‑tuning and deployment of novel foundation models for vehicle telematics, advancing risk assessment, driver engagement and crash processing through cutting‑edge AI methods and large‑scale sensor data.

Key focus areas include Lead design, pre‑training, fine‑tuning and deployment of novel foundation models for vehicle telematics, Develop novel algorithms for modeling automotive physics and human driving behavior, and Pioneer advanced self‑supervised learning techniques for multi‑modal sensor data.

Successful candidates bring Bachelor's Degree Or Equivalent Years Of Experience And/Or Certification In Artificial Intelligence, 7+ Years Professional Experience In AI/ML, and 3+ Years Hands-On Experience Developing And Deploying Foundation Models. Important skills include Modern AI Methods, Machine Learning, Physics-Informed Modeling, Sensor Data, Generative AI, and Sequential Data. Preferred (not required): Ray, Horovod, MLOps Practices, and Model Interpretability.

Skills & qualifications

RequiredNice to have

Skills

Modern AI MethodsMachine LearningPhysics-Informed ModelingSensor DataGenerative AISequential DataSpatio-Temporal DataTime-Series Transformer ArchitecturesComplex Sensor FusionBehavioral ModelingDesigning Pretraining TasksSelf-Supervised LearningPythonPandasNumPyScikit-LearnDeep Learning FrameworksPyTorchTensorFlowDistributed Training TechniquesEfficient Training MethodologiesLarge ModelsLarge-Scale Data Processing PipelinesApache SparkApache AirflowDockerAWSGCPAzureProblem-SolvingCommunicationCollaborationProduct-Focused ThinkingRayHorovodMLOps PracticesModel InterpretabilityExplainability (XAI)Ethical AI PrinciplesBias DetectionMitigation StrategiesModel GuardrailsSensor FusionAI MethodsDesigning Foundation ModelsPre-Training Foundation ModelsFine-Tuning Foundation ModelsDeployment of Foundation ModelsDeveloping Novel AlgorithmsModeling Automotive PhysicsModeling Human Driving BehaviorAdvanced Self-Supervised Learning TechniquesDesigning Innovative TasksDeveloping Models Robust to NoiseDeveloping Models Robust to Missing DataDeveloping Models Robust to Diverse Operating ConditionsBuilding Scalable Training PipelinesBuilding Scalable Inference PipelinesPyTorch DDPIntegrating AIs Into Production SystemsOptimizing AIs for Efficient DeploymentCloud PlatformsEdge/Mobile DevicesCollaborating With Engineering TeamsCollaborating With Product TeamsCollaborating With Research TeamsMentoring Junior ScientistsAI/ML StrategyEvaluating Emerging TechnologiesAdopting Emerging MethodologiesAI ExplainabilityAI InterpretabilityBuilding and Training Time-Series Transformer ArchitecturesBehavioral Modeling TasksDesigning Pretraining Tasks for Self-Supervised LearningEfficient Training Methodologies for Large ModelsBuilding Large-Scale Data Processing PipelinesDesign Novel Foundation ModelsPre-Training Novel Foundation ModelsFine-Tuning Novel Foundation ModelsDeployment of Novel Foundation ModelsDevelop Novel Algorithms for Modeling Automotive PhysicsDevelop Novel Algorithms for Modeling Human Driving BehaviorPioneer Advanced Self-Supervised Learning TechniquesLearn Rich Representations of Movement and Driver BehaviorDevelop Models Robust to NoiseDevelop Models Robust to Missing DataDevelop Models Robust to Diverse Operating ConditionsBuild Scalable Training PipelinesManage Scalable Training PipelinesBuild Scalable Inference PipelinesManage Scalable Inference PipelinesIntegrate AIs Into Production SystemsOptimize AIs for Efficient Deployment on CloudCollaborate With Engineering TeamsCollaborate With Product TeamsCollaborate With Research TeamsTranslate Cutting-Edge Research Into Impactful ProductsMentor Junior ScientistsContribute to AI/ML StrategyStay Abreast of Latest AI AdvancementsEvaluate Emerging TechnologiesAdopt Emerging TechnologiesEvaluate Emerging MethodologiesAdopt Emerging MethodologiesDeveloping Foundation ModelsDeploying Foundation ModelsGenerative AI for Sequential DataGenerative AI for Spatio-Temporal DataBuilding Time-Series Transformer ArchitecturesTraining Time-Series Transformer ArchitecturesModel Interpretability Explainability XAITime-Series TransformerDistributed TrainingMLOpsXAIFoundation ModelsTime-Series TransformersExplainable AIModel Interpretability XAIModel Interpretability and ExplainabilityLarge-Scale Model TrainingMultimodal Sensor DataAutomotive Physics ModelingMulti-Modal Sensor FusionVehicle TelematicsSensor Data ModelingMulti-Modal TelematicsProduct ThinkingHuman Driving Behavior ModelingMultimodal TelematicsModel DeploymentCoaching

Qualifications

Bachelor's Degree in Artificial Intelligence or Computer Science or Electrical Engineering or Physics or Mathematics or Statistics or Related FieldPhD or Master's Degree Preferred7+ Years Professional Experience in AI/ML3+ Years Hands-on Experience Developing and Deploying Foundation Models

Benefits

Medical Insurance
Dental Insurance
Vision Insurance
401(k) Match
Parental Leave
Paid Time Off

Full job description

We are embarking on a transformative journey with DriveWell Atlas, a groundbreaking initiative to build a family of novel AIs on telematics data. As a Principal Machine Learning Engineer on the DriveWell Atlas team, you will be at the forefront of developing these next-generation AIs. You will lead innovative projects focused on designing, pre-training, fine-tuning, and deploying these AIs. Your work will directly contribute to enhancing our capabilities in risk assessment, driver engagement, and crash and claims processing. This role requires a deep understanding of modern AI methods, machine learning, physics-informed modeling, and experience with sensor data. We are not tweaking existing models for marginal gain. You will have an opportunity to build a first-of-its-kind LLM from petabyte-scale data.

CMT is looking for a Principal Machine Learning Engineer, Foundation Models to help us change the world. CMT has helped protect over 65 million drivers and prevent over 126,000 crashes worldwide. We build AI to solve some of the most difficult challenges in mobility — understanding and reducing risk, detecting crashes, and getting people life-saving help. The problems are hard. The impact is real. No matter your role, your work will matter at CMT.

Responsibilities:

  • Use independent judgment and discretion to lead the design, pre-training, fine-tuning, and deployment of novel foundation models for vehicle telematics
  • Develop and implement novel algorithms for modeling both automotive physics and human driving behavior
  • Pioneer advanced self-supervised learning techniques, including the design and implementation of innovative tasks tailored to multi-modal telematics sensor data to learn rich representations of movement and driver behavior
  • Develop models robust to noise, missing data, and diverse operating conditions typical of real-world mobile sensor and IoT datasets
  • Build and manage scalable training and inference pipelines using tools like Ray, PyTorch DDP, Horovod, or similar frameworks
  • Integrate these AIs into production systems while ensuring high performance and reliability
  • Optimize these AIs for efficient deployment on various platforms, including cloud and edge/mobile devices
  • Collaborate closely with engineering, product, and research teams to translate cutting-edge research into impactful products and features for the DriveWell Atlas platform
  • Mentor junior scientists and contribute to the broader AI/ML strategy at CMT
  • Stay abreast of the latest AI advancements, evaluating and adopting emerging technologies and methodologies relevant to telematics
  • Contribute to efforts in AI explainability and interpretability
  • Complete any tasks as they arise

Qualifications:

  • Bachelor’s degree or equivalent years of experience and/or certification in Artificial Intelligence, Computer Science, Electrical Engineering, Physics, Mathematics, Statistics, or a related field
  • 7+ years of professional experience in AI/ML
  • 3+ years of hands-on experience developing and deploying foundation models, with a strong portfolio in generative AI for sequential or spatio-temporal data
  • Strong, hands-on experience in building and training time-series transformer architectures for complex sensor fusion and behavioral modeling tasks is required
  • Deep expertise in designing pretraining tasks for self-supervised learning on noisy, real-world sensor data
  • Proficiency in Python and common data science libraries (e.g., Pandas, NumPy, scikit-learn)
  • Extensive experience with deep learning frameworks such as PyTorch (preferred) or TensorFlow for large-scale model training and deployment
  • Solid understanding and practical experience with distributed training techniques and efficient training methodologies for large models
  • Experience building and maintaining large-scale data processing pipelines and machine learning infrastructure using tools like Spark, Airflow, Docker, and cloud platforms (e.g., AWS, GCP, Azure)
  • Excellent problem-solving skills and the ability to translate complex business problems into tractable AI-based solutions
  • Strong verbal/written communication and collaboration skills, with the ability to effectively convey complex technical concepts to diverse audiences
  • Product-focused thinking with a proven ability to deliver impactful AI solutions

Nice to Haves:

  • PhD or Master's degree preferred
  • Experience with MLOps practices and tools for managing the lifecycle of machine learning models
  • Publications in top-tier AI/ML conferences or journals
  • Familiarity with techniques for model interpretability and explainability (XAI)
  • Awareness of ethical AI principles, bias detection, and mitigation strategies in machine learning models, including experience with or understanding of model guardrails

Compensation and Benefits:

  • Fair and competitive salary based on skills and experience, and annual performance bonus
  • Equity may be awarded in the form of Restricted Stock Units (RSUs)
  • Medical, Dental, Vision and Life Insurance, matching 401k, short-term & long-term disability and parental leave
  • Unlimited Paid Time Off including vacation, sick days & public holidays
  • Flexible scheduling and work from home policy depending on role and responsibilities

Base Salary Range

  • The base salary range for this position is: $177,000 to $221,300. This range is specifically for Cambridge, MA

Additional Perks:

  • Work on a mission with real impact: crashes prevented, injuries avoided, lives protected around the world
  • Join an industry leader — 65 million drivers protected, powering 140+ programs across 25 countries
  • Recognized innovator in mobility AI, earning top honors including the TIME Industry Leader in AI, a Gold Edison Award, and the Artificial Intelligence Excellence Award for AI for Social Good. CMT is also Great Place to Work Certified
  • Be part of the team inventing the future of mobility and road safety
  • Move fast, own outcomes, do work that matters
  • High ownership, small teams, and direct access to leadership — no layers between your work and its impact
  • Unlimited PTO, flexible scheduling, competitive salary, annual performance bonus, RSUs, and full benefits including medical, dental, vision, and 401k match
  • Summer Fridays provide team members with half days to recharge
  • Join one of our employee resource groups: Black, AAPI, LGBTQIA+, Women, Book Club, and Health & Wellness
  • Comprehensive wellness, education, and employee assistance programs

Commitment to Diversity and Inclusion:

At CMT, we believe the best ideas come from a mix of backgrounds and perspectives.

We are an equal-opportunity employer committed to creating a workplace and culture where everyone feels valued, respected, and empowered to bring their unique talents and perspectives. Diversity is essential to our success, and we actively seek candidates from all backgrounds to join our growing team.

We do not discriminate based on race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status or disability state. CMT is headquartered in Cambridge, MA. To learn more, visit www.cmtelematics.com and follow us on Instagram @cmt.ai

About Cambridge Mobile Telematics:

Cambridge Mobile Telematics (CMT) is the world’s largest telematics and AI company for safer mobility. Its mission is to make the world’s roads and drivers safer. The company’s AI-driven platform, DriveWell Fusion®, proactively identifies and reduces driving risk, leading to fewer crashes and injuries. To date, CMT’s technology has helped prevent over 126,000 crashes worldwide. CMT enables partners to measure risk, detect crashes, provide life-saving assistance, and streamline claims. Headquartered in Cambridge, MA, CMT operates globally with offices in Budapest, Hungary; Chennai, India; Seattle, Washington; Tokyo, Japan; and Zagreb, Croatia. Learn more at www.cmt.ai.

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