Preparation for Hadrian Automation requires a balanced approach. You must be technically sharp enough to handle deep-dive engineering discussions, but also capable of explaining your work to peers who may come from mechanical or operations backgrounds.

Role-Related Technical Mastery – You must demonstrate deep expertise in Computer Vision frameworks and libraries. Interviewers look for candidates who understand the "why" behind the models, not just the "how" of importing libraries.

System Design & Architecture – You will be evaluated on your ability to design end-to-end systems. Focus on how your vision model fits into the larger hardware ecosystem, including latency requirements and hardware constraints.

Collaborative Problem-Solving – Hadrian Automation values engineers who can navigate ambiguity. When faced with a difficult case study, start by clarifying assumptions and articulating your thought process before jumping into the implementation.

The interview process at Hadrian Automation is rigorous and designed to assess both your technical ceiling and your ability to thrive in a high-stakes team. You should expect a structured, multi-stage process that prioritizes evidence-based evaluation.

The process typically begins with a recruiter screen to establish baseline fit and interest. This is followed by a mix of technical assessments—which may include a coding round or a take-home project—and culminates in an intensive on-site experience. The on-site phase is characterized by back-to-back technical sessions, often involving senior team members who will challenge your architectural decisions and technical depth.

This timeline illustrates the progression from initial screening through the technical deep-dive and onsite rounds. You should interpret this as a high-intensity marathon; ensure you are adequately rested and have prepared your environment for both remote coding sessions and in-person whiteboarding. The duration of the process is relatively short, so maintain consistent momentum in your preparation.

Technical Depth

We look for candidates who can manipulate tensors, optimize pipelines, and debug hardware-level latency issues. You should be prepared to discuss the mathematical proofs behind common vision algorithms.

Be ready to go over:

• Optimization techniques – Techniques for model quantization and pruning.
• Sensor fusion – Integrating vision data with lidar or depth sensors.
• Real-time processing – Strategies to minimize latency in production loops.

Example scenarios:

• "How would you redesign this pipeline to run at double the current frame rate?"
• "Explain how you would validate a model’s performance on edge hardware."

Architectural Thinking

You must be able to zoom out from the code to the system level. We evaluate how you handle trade-offs between accuracy, speed, and hardware cost.

Be ready to go over:

• Pipeline design – Designing for scalability and reliability.
• Error handling – Graceful degradation of systems in production.
• Latency budgets – Managing throughput in a real-time system.

Example scenarios:

• "Design a vision system for a robot arm that needs to pick and place objects with millimeter precision."

As a Computer Vision Engineer, your primary objective is to turn raw visual input into actionable intelligence for our automated systems. You will spend a significant portion of your time designing, training, and deploying vision models that operate in real-world manufacturing environments. This involves not only writing code but also curating datasets, managing the training pipeline, and working closely with hardware engineers to ensure that the vision system is properly calibrated.

Collaboration is central to this role. You will frequently interface with robotics and mechanical teams to ensure that your software meets the physical requirements of the machines. You will also be responsible for monitoring model performance in production, iterating on failures, and ensuring that our systems remain robust as we scale our manufacturing capabilities.

A successful candidate will possess a blend of academic rigor and practical engineering experience. We prioritize individuals who have a track record of deploying models that solve real-world physical problems.

• Must-have skills: Proficiency in Python and C++, deep experience with PyTorch or TensorFlow, and a solid grasp of geometric computer vision.
• Nice-to-have skills: Experience with ROS (Robot Operating System), CUDA optimization, or working with industrial camera systems.
• Background: A degree in Computer Science, Robotics, or a related field, combined with experience in high-precision industries like manufacturing, autonomous vehicles, or aerospace.

Q: How difficult is the technical take-home assignment? A: It is designed to be challenging but fair, usually requiring 4–8 hours of focused work. Focus on writing clean, modular code rather than trying to achieve state-of-the-art accuracy at the cost of readability.

Q: What is the company culture like? A: Hadrian Automation is fast-paced, mission-driven, and highly collaborative. We value engineers who are self-starters and are comfortable working in a "build-measure-learn" environment.

Q: How long does the entire process take? A: The process is typically efficient, often moving from the initial screen to a final decision within 2–3 weeks. Prompt communication is a hallmark of our recruiting team.

Q: Is there an emphasis on LeetCode-style questions? A: Yes, expect standard coding rounds to assess your problem-solving speed and algorithmic foundation. Do not neglect these fundamentals while focusing on domain-specific vision knowledge.

• Articulate your trade-offs: Whenever you propose a solution, immediately discuss the trade-offs involved (e.g., speed vs. accuracy). This shows maturity.
• Be ready for whiteboarding: You will be asked to draft architectures on a whiteboard or shared document. Practice drawing out your vision pipelines clearly.
• Know the hardware: Research how Hadrian Automation uses vision in manufacturing. Understanding the physical context of the camera and the robot will set you apart.

The Computer Vision Engineer role at Hadrian Automation offers a unique opportunity to shape the future of manufacturing through advanced intelligence. Success in this process is achieved by demonstrating both deep technical expertise and the architectural mindset required to move code from a research environment to a high-precision, physical production line.

Prepare by reinforcing your core algorithmic knowledge, practicing your system design skills, and clearly articulating your past experiences in a way that highlights your problem-solving methodology. We encourage you to review your project history and be prepared to discuss specific challenges and the reasoning behind your technical decisions. You have the potential to make a significant impact here—prepare with confidence and focus.