Full-Time

Senior Robotics Software Engineer

See & Spray

Posted on 10/31/2025

Blue River Technology

Blue River Technology

201-500 employees

Agricultural robotics optimizing chemical usage

Compensation Overview

$142k - $250k/yr

+ Bonus + Benefit programs

H1B Sponsorship Available

Remote in USA

Remote

Occasional field travel to Gilroy, CA.

Category
Mechanical Engineering (1)
Software Engineering (1)
Required Skills
CUDA
Linux/Unix
Requirements
  • Bachelor’s or Master’s degree in Computer Science, Robotics, Mechatronics, or related field
  • 5+ years of experience developing and deploying modern C++ software for robotics or embedded systems
  • Proven experience working on physical robots or complex electromechanical systems in real-world environments
  • Solid understanding of robotics fundamentals, including kinematics, control systems, perception, and localization
  • GPU programming (CUDA) and performance optimization for high-throughput systems
  • Strong Linux development skills, including debugging and performance profiling
  • Excellent problem-solving ability, with both scrappiness and precision when tackling challenges
  • Strong collaboration and communication skills, with a willingness to “get your hands dirty” during field testing
Responsibilities
  • Design, develop, and optimize C++ software running on distributed, real-time robotics systems
  • Work across the entire software lifecycle, encompassing requirements, design, development, testing, code review, documentation, and deployment
  • Investigate and implement algorithms to enhance performance, efficiency, and reliability, including those utilizing GPU-accelerated processing
  • Collaborate with systems, perception, and controls engineers to integrate software with sensors, compute modules, and actuators
  • Debug complex interactions between hardware and software in real-world conditions
  • Participate in on-machine testing, including occasional travel to the field (e.g., Gilroy, CA), to experience the product in its intended use
  • Contribute to technical discussions, design reviews, and mentoring of junior engineers as your role grows
Desired Qualifications
  • Python for robotics tooling, data analysis, and visualization
  • Experience with publisher/subscriber architectures (ROS or similar)
  • Experience with simulation environments for robotics testing
  • Knowledge of control systems, CAN bus, and serialization libraries (e.g., Protobuf, Flatbuffers)
  • Familiarity with large agricultural or industrial machinery
Blue River Technology

Blue River Technology

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Blue River Technology builds intelligent agricultural robots that help farmers use chemicals more efficiently. Its machines use computer vision and machine learning to see crops and weeds, then decide where to apply herbicides or other treatments, reducing chemical use and environmental impact. The products are sold or leased to farmers, with service and data analytics support to keep machines running and help farmers improve yields. What sets Blue River apart is its focus on precision agriculture—combining advanced vision, learning algorithms, and robotics—to automate routine farming tasks and optimize input use rather than simply spraying everywhere. The company aims to increase crop yields for customers while lowering environmental impact, contributing to sustainable farming on a global scale.

Company Size

201-500

Company Stage

Acquired

Total Funding

$335.4M

Headquarters

Sunnyvale, California

Founded

2011

Simplify Jobs

Simplify's Take

What believers are saying

  • 2025 customers saved 31 million gallons of non-residual herbicide.
  • Adoption grew 20x across 15 states since 2022.
  • Supports corn, soybeans, wheat, canola, and sugarbeets broadly.

What critics are saying

  • John Deere consolidates See & Spray into core sprayers within 12-24 months.
  • Herbicide-resistant weeds cover 100+ million acres, obsoleting technology.
  • BASF, Corteva, Bayer bundle competing sprayers with herbicide discounts.

What makes Blue River Technology unique

  • See & Spray uses 36 cameras scanning 2500 sq ft per second at 16 mph.
  • Technology reduces herbicide use by 90% via real-time weed detection.
  • John Deere subsidiary since 2017 expands to construction and mining.

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Benefits

Paid Time Off

Sick Leave

Paid Parental Leave

Adoption Benefit

Subsidized Lunches

Flexible Work Hours

Collaborative and Supportive Environment

Medical Package

Company News

AGFunder News
Feb 9th, 2026
Polybee raises $4.3M for drone-based yield forecasting and pollination in greenhouses

Singapore-based Polybee has raised $4.3 million in a seed round led by Paspalis Capital and elev8 VC to scale its pollination and yield forecasting technology. SEEDS Capital and strategic angels, including Blue River Technology founder Jorge Heraud, also participated. Founded in 2019, Polybee deploys self-recharging drones equipped with cameras to monitor crop quality and health, providing AI-powered yield forecasts. The drones can also pollinate greenhouse crops through patented airflow technology, eliminating reliance on bumblebees. The company has secured commercial contracts with major producers in Australia, the US and UK. Case studies show three times profit improvement in spinach and broccoli operations, whilst autonomous pollination delivered up to 15% higher yields in greenhouse crops. The funding will support Polybee's five-fold expansion to over 4,000 acres in 2026.

Securities.io
Apr 26th, 2024
Advancing Agriculture With Ai And Genetic Engineering – The Future Of Cultivation

Creating New Food CropsSince the dawn of agriculture, mankind has turned wild weeds into domesticated crops, which have higher nutritional content, better taste, are easier to harvest, and have larger seeds.However, modern breeding of food crops has resulted in selection for traits like a stronger response to fertilizer, pesticides, and irrigation, resulting in more fragile varieties that are dependent on high-input agricultural systems.Climate change, soil erosion, invasive species, and weeds have created strong pressure on these over-selected crops.This process of domestication was also slow and “blind”, with new traits randomly discovered and selected over decades if not centuries.Most of the world's crops come from a handful of “domestication events” in a few regions of the world, leaving plenty of possible domestication to be done.For now, new selection and breeding procedures of crops by agricultural firms have been focused on adding traits like water-stress resistance or pest and disease resistance to modern crops, with mixed results.The main issue is that a lot of these desirable traits identified in wild species are multigenic, created by many genes, often dozens or even hundreds of them, making genetic modification of cultivated crops close to impossible.Another option is emerging, called “de novo domestication”. The idea is that instead of taking high-yield modern crops and trying to make them as resistant as wild weeds, why not take already resistant wild weeds and make them as productive as modern crops?New Crops And New ProblemsCreating New Food SourcesThe traits desirable in a cultivated crop variety tend to be less complex, often directed by just one or a handful of genes. In addition, these genetic features are generally well understood.So, the de novo domestication approach has the potential to produce new types of crops that could display resistance to environmental shifts and good enough yield and characteristics as food.Especially when you take into account new tools like CRISPR, that allow for very specific and controlled gene editing, including adding and removing a gene, or editing specific bases of an existing gene. Considering that CRISPR is now being approved for gene therapies in humans, it is likely that the legal framework for CRISPR-edited crops will open up in many countries.The technical details of how it could be done can be found in scientific publications, for example, “ Future-Proofing Agriculture: De Novo Domestication for Sustainable and Resilient Crops ”.Getting Lost In The WeedsAn issue that arises by turning weeds into food crops is that, obviously, the new crops will be very similar to weeds. In the article “ De novo domestication: what about the weeds? ”, researchers at the University of Copenhagen looked at this question.In it, they admit that the traditional GMO approach to weed management (herbicide resistance) is unsustainable and causes too much pollution.Instead, they propose that robotic weeding technology could be boosted by genetic engineering to create a much more environmentally friendly weed management system.When Advanced Robotics Meet Advanced Gene EditingRobots Weeding FieldsThe de novo crops (and potentially, modified existing crop varieties as well) could be modified to make their identification easy for weeding robots.This could be a boon for farming robots, a topic we discussed in our article “ Investors Should Take Note: Robotics Is Taking Over Farming ”, where we presented a variety of weeding robots:Ecorobotix ’srobot combines machine vision with precision spraying to reduce by up to 95% the volume of pesticide and herbicide used.’srobot combines machine vision with precision spraying to reduce by up to 95% the volume of pesticide and herbicide used. Naio Technologies aims to remove herbicide from the field fully, with a 5-ton autonomous robot driving the field and shredding or uprooting the weeds with small blades

Securities.io
Jan 30th, 2023
Investors Should Take Note: Robots Are Taking Over Farming

In pre-modern time, most of the economic activity was driven by the primary sector: farming, husbandry and other food production. With the industrial revolution, our economies have been increasingly driven by first industry, then services. This made the primary sector, while still responsible for the vital task of food production, increasingly invisible in terms of economics.A key factor was the mechanization of farming. In poor, under-developed regions like Africa, farming can be the livelihood of a majority of the population and is responsible for as much as 15% of GDP. In countries like the US, farming is less than 1% of GDP.Mechanization and industrial farming led to several trends, almost all of them detrimental to the environment:Expansion of massive monocultures over thousands of acres, instead of diversified ecosystems with hedges, multiples species, etc…Massive dependence on chemical fertilizers.Intensive use of pesticides and herbicides, leading to ecological damage and water pollution.Degradation of soils fertility from deep plowing, fertilizers, fungicide, and compaction under the weight of increasingly large tractors.Decline in biodiversity of crops, with just a handful of varieties representing often 80%-90% of total production.Lower nutritional value of the food produced.This is not sustainable. Bees’ population is threatened by “colony Collapse Disorder” , likely triggered by pesticides

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