
11 - 50 employees
🎯 Recruiter
🏢 Enterprise
☁️ SaaS
Recruitment • Enterprise • SaaS
G2i Inc. is a video-based platform specializing in the hiring of contract or full-time engineers. With a vast pool of over 8,000 engineers, G2i offers quality matches quickly by customizing its sourcing process based on client needs. They provide a 7-day free trial to engage potential hires before making a commitment. The platform emphasizes speed and quality, utilizing video assessments and AI training to ensure engineers meet specific technical standards. G2i handles compliance, international payments, and background checks, providing a streamlined hiring process for companies looking to hire in the US, Canada, Latin America, or Europe. By focusing on technical roles such as JavaScript, Python, iOS, Android, and AI engineers, G2i ensures companies can hire top talent efficiently.
🔥 29 minutes ago
Where this job comes from
Posted on G2i Inc.'s careers page, not through a job board
First seen by Remote Rocketship 29 minutes ago

11 - 50 employees
🎯 Recruiter
🏢 Enterprise
☁️ SaaS
Recruitment • Enterprise • SaaS
G2i Inc. is a video-based platform specializing in the hiring of contract or full-time engineers. With a vast pool of over 8,000 engineers, G2i offers quality matches quickly by customizing its sourcing process based on client needs. They provide a 7-day free trial to engage potential hires before making a commitment. The platform emphasizes speed and quality, utilizing video assessments and AI training to ensure engineers meet specific technical standards. G2i handles compliance, international payments, and background checks, providing a streamlined hiring process for companies looking to hire in the US, Canada, Latin America, or Europe. By focusing on technical roles such as JavaScript, Python, iOS, Android, and AI engineers, G2i ensures companies can hire top talent efficiently.
• Establish and lead the AI research and engineering function • Define which Physical AI problems the company pursues and how results are evaluated • Remain directly involved in designing models and experiments, writing or reviewing code, inspecting data, debugging training runs, analyzing failures, and reviewing robot rollouts • Define a focused Physical AI research and engineering roadmap with hypotheses, baselines, milestones, success measures, and stop criteria • Select model families to train, adapt, or evaluate and decide whether to build internally, use open models, license technology, or work through partners • Design, adapt, train, and evaluate Transformer-based systems for embodied tasks • Work across multimodal and embodied data, vision-language-action models, multimodal Transformers, robot foundation models, action representation, imitation learning, reinforcement learning, world models, cross-embodiment transfer, and robot-policy evaluation • Define sensors, modalities, annotations, data mixtures, coverage, and quality controls • Measure how data quality, diversity, and composition affect model behavior and real-world task performance • Establish reproducible offline and real-world evaluation systems, baselines, held-out conditions, and release gates • Protect evaluations against leakage, overfitting, and weak or misleading success criteria • Take projects from problem definition through training, hardware integration, and real-world validation • Analyze failures across data, perception, models, control, hardware, and operating environment • Design safe, staged physical testing and deployment plans with supervision and rollback mechanisms • Recruit and lead a small team of researchers and engineers • Lead architecture, experiment, code, rollout, and failure reviews • Translate customer and partner needs into testable technical requirements • Communicate technical strategy, evidence, uncertainty, and limitations to customers, partners, and investors • Within 90 days: audit data, evaluation assets, partnerships, and model opportunities; select research bets; establish a baseline and evaluation suite; define physical validation; present a 12-month roadmap • Within six months: train, adapt, or evaluate a Transformer-based model or robot policy; test on a real robot; document failures • Within twelve months: demonstrate measurable improvement; close the model/data/retraining/evaluation loop; deliver a usable model, benchmark, evaluation system, or deployment; build a small capable team
• Deep, hands-on Transformer expertise; personally made material architecture or training decisions in at least one substantial Transformer-based system • Experience with machine learning for a system that perceives or acts in the physical world • At least one substantial project progressed beyond offline datasets or simulation into a real or operational physical system • Simulation experience qualifies only when paired with credible sim-to-real ownership and physical validation • Strong Python engineering skills • Direct experience with PyTorch or an equivalent deep-learning framework • Ability to read and debug unfamiliar model and training code • Experience designing controlled experiments and analyzing rollout failures • Experience working with large multimodal datasets • Sound judgment around compute, memory, training stability, inference latency, and cost • Experience setting direction for a significant research, model-development, robotics, or cross-functional technical program • Experience making architecture and resource decisions, mentoring or hiring technical talent, stopping weak lines of work, and helping take a result into deployment • A management title is not required, but direct technical ownership is • Strongly preferred: deep Transformer expertise combined with computer-vision experience • Valuable experience includes vision-language-action models, robot foundation models, action tokenization, continuous action generation, diffusion or flow-matching policies, imitation learning, reinforcement learning, world models, cross-embodiment training, robot manipulation, distributed training, inference optimization, ROS 2, sim-to-real transfer, safety-critical systems, open-source work or research publications, early-stage company experience, and work with technical customers or research partners • PhD is valuable but not required; equivalent original model work, technical leadership, and real-system delivery is equally relevant
• Full-time employment • Remote work in Europe and the United States preferred; exceptional candidates globally considered • Travel as needed
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