About The Position

We're hiring an ML and Optimization Specialist to lead model architecture improvements across all of Mecka's pipelines. Many of our current ML systems rely heavily on frame-by-frame models, but all of our data is inherently temporal. Your immediate focus will be converting and optimizing these models for temporal inference — a critical unlock for pipeline performance. Beyond that, you'll be the go-to person for model-level debugging, architecture design, and optimization across the organization. This is a high-leverage, deeply technical role for someone who thinks at the architecture level.

Requirements

  • Deep expertise in ML model architecture design and optimization
  • Ability to tune and debug models at the architecture level — diagnosing issues in attention mechanisms, loss landscapes, gradient flow, etc.
  • Strong experience with temporal/sequential models (transformers, RNNs, temporal convolutions, state-space models)
  • Proficiency in PyTorch (or equivalent) at a research-engineering level
  • Experience optimizing models for production deployment

Nice To Haves

  • Published papers or production experience with video understanding or temporal perception
  • Experience with model distillation, quantization, or efficient inference
  • Background in computer vision model architectures
  • Experience converting or adapting pre-trained models to new domains/modalities
  • Familiarity with ONNX, TensorRT, or similar inference optimization tools

Responsibilities

  • Temporal model conversion — migrate frame-by-frame models to temporal architectures that leverage sequential data
  • Benchmark and validate temporal models against existing frame-based baselines
  • Lead model architecture improvements across all pipelines (CV, pose estimation, etc.)
  • Tune and debug ML models at the model architecture level — not just hyperparameters, but structural decisions
  • Profile and optimize model performance (latency, throughput, memory)
  • Evaluate and introduce new architectures, training strategies, and optimization techniques
  • Collaborate with CV, ML, and infrastructure teams to deploy improved models
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