Best Robotics Companies to Work for (1,668)

Compensation: Pay is considered competitive for many manufacturing and technical roles, with the chance to increase earnings through overtime. Compensation is frequently described as a relative strength compared with other workplace factors.

Learning & Development: Roles across manufacturing and engineering are seen as strong platforms to build practical skills, with training, apprenticeships, mentoring, and exposure to real automotive programs. Opportunities to learn new things and take ownership are commonly highlighted.

Team Support: Coworkers are often viewed as friendly and collaborative, with local teams helping each other and making demanding work more manageable. Positive accounts point to helpful supervisors and supportive peer relationships in many facilities.

Compensation: Pay is considered a consistent strength across roles, outpacing areas like job security or advancement. Feedback suggests total rewards are competitive for engineering, corporate, and many manufacturing positions.

Benefits & Perks: Benefits are portrayed as comprehensive, including medical, dental, vision, retirement contributions, paid time off, parental leave, and employee vehicle discounts. Tuition assistance and flexible work arrangements for eligible roles are also highlighted.

Innovation & Products: Work is often characterized as technically interesting, spanning vehicle design, manufacturing automation, electrical systems, batteries, software, and electric vehicles. The scale provides visible real-world impact and experience transferable to other employers.

Belonging & Inclusion: Inclusion and diverse teams are frequently highlighted, with active employee resource groups and a welcoming environment across brands. Feedback suggests people feel comfortable bringing different perspectives and collaborating openly.

Benefits & Perks: Employee discounts on Coach and Kate Spade products and solid benefits are consistently viewed as practical advantages. Hybrid schedules, Flex Fridays, wellness resources, and paid time initiatives further reinforce the appeal for many roles.

Team Support: Coworkers are often described as supportive and collaborative, with approachable leaders and cross-functional teamwork shaping daily work. Feedback suggests pride in the brands contributes to positive team dynamics in both corporate and store settings.

Career Growth: Rapid headcount growth and an expanding U.S. manufacturing footprint create opportunities to assume new responsibilities and help establish processes. Employees in engineering, operations, and supply chain can gain cross-functional experience as facilities, automation, and product lines scale.

Autonomy: Roles are described as building or improving systems, troubleshooting equipment, and collaborating across teams, indicating broad ownership and visible impact in a hands-on environment. Work is closely tied to tangible drone hardware and NDAA-compliant components, allowing contributions to reach production quickly.

Benefits & Perks: Posted roles list medical, dental, and vision coverage, a 401(k), equity eligibility, paid holidays, generous or unlimited PTO in some cases, and daily catered lunches. These advertised offerings provide a baseline of total-reward support while the company scales.

Autonomy: Job postings emphasize independence, sound judgment, and solving problems without established procedures, indicating high ownership in a small-team setting. Exposure to senior leaders and cross-functional work further suggest broad responsibility.

Innovation & Products: Work centers on advanced manufacturing, automation, software, and materials science tied to real production, offering technically challenging, tangible problems. References to aerospace, defense, and turbine-engine programs indicate engaging, consequential projects.

Mission & Purpose: The company frames its goal as modernizing American foundry manufacturing for critical sectors. This positioning implies a sense of impact connected to national industrial capacity.

Learning & Development: Hands-on robotics work with live cells, Lunch-and-Learns, and continuing-education support indicate strong on-the-job learning and skill growth. Feedback suggests people gain breadth across AI, perception, controls, hardware integration, and customer deployment.

Autonomy: Roles are often described as offering broad ownership and visible impact on deployed systems. Feedback suggests individuals can make decisions quickly and see their work affect real manufacturing operations.

Team Support: Colleagues are often seen as supportive and willing to jump in on urgent problems. Collaboration, open communication, and knowledge sharing are repeatedly emphasized in company and employee materials.

Innovation & Products: Work is described as hands-on and tied to real robotics products, offering visibility from prototype to deployment. Feedback suggests this environment appeals to those who prefer building tangible systems over purely theoretical work.

Team Support: Colleagues are often seen as smart, friendly, and collaborative, with cross-functional learning and supportive teammates highlighted. Feedback suggests mentorship and cooperation across departments are common.

Benefits & Perks: Benefits are presented as robust, including employer-paid medical, dental, and vision coverage, a 3% 401(k) contribution, education reimbursement, and a dog‑friendly headquarters with an on‑site gym. Feedback suggests these amenities and hybrid flexibility contribute positively to day‑to‑day experience.

Compensation: Pay is considered competitive relative to other aspects of the experience, with solid base pay and performance-driven bonuses noted. Feedback also points to attractive extras like product discounts and occasional free food or events.

Learning & Development: The fast-moving environment lets employees take on responsibility quickly, gain cross-functional exposure, and build skills early in their careers. Feedback suggests interns and early-career professionals often get hands-on projects and visibility to senior leaders.

Innovation & Products: Work centers on developing recognizable consumer appliances with rapid iteration from concept to launch. Feedback highlights close involvement in product testing, prototyping, and bringing ideas to market.

Team Support: Colleagues are often seen as intelligent, motivated, and collaborative, creating a supportive environment for solving hard problems. Day-to-day work is described as cross-functional, with many opportunities to learn from capable peers.

Learning & Development: Work on advanced hardware and fast build–test–iterate cycles creates a steep learning curve and rapid skill growth. Early-career employees are said to gain broad exposure, ownership, and hands-on experience.

Mission & Purpose: Building reusable rockets and advanced manufacturing systems is viewed as meaningful, tangible work. People highlight seeing efforts progress from design through manufacturing, testing, and launch preparation.

Mission & Purpose: The mission to develop autonomous counter-drone defense systems is presented as meaningful, with work tied to real deployments and national security outcomes. Feedback suggests this purpose adds significance beyond typical software roles.

Innovation & Products: Work spans robotics, computer vision, machine learning, embedded systems, controls, and hardware, often moving from development to lab/field testing and deployment. This hands-on, integrated product focus is frequently highlighted as technically challenging and engaging.

Benefits & Perks: Compensation packages are described as including equity, health, dental and vision insurance, paid time off, and on‑site perks such as daily meals. Some roles also note schedule flexibility.

Team Support: Teams are described as talented, collaborative, and low‑ego, with tight partnership between engineering and sales to solve real customer problems. Feedback suggests working alongside experienced colleagues accelerates day-to-day problem solving.

Learning & Development: Work centers on technically complex, real‑world hardware challenges and forward‑deployed problem‑solving that accelerate skill growth. Feedback suggests a continually rising bar pushes rapid learning and deeper technical judgment.

Autonomy: Individuals are given substantial ownership and end‑to‑end responsibility, including direct customer interaction and influence on what gets built. Feedback suggests senior staff operate with significant independence while junior staff take on meaningful scope quickly.

Mission & Purpose: Work is connected to wildfire mitigation, grid resilience, and helping utility crews in the field. Feedback suggests people can see clear real-world impact from their efforts.

Autonomy: Roles often come with high ownership and the latitude to take on broader responsibilities, alongside regular company-wide communication. Feedback suggests individuals can expand scope quickly and work closely with customers.

Team Support: Colleagues are frequently described as smart, kind, collaborative, and technically capable across engineering and product. Feedback suggests cross-functional teams work well together on tangible problems.

Innovation & Products: Work on industrial-grade wireless mesh networking for drones, robotics, and autonomous systems is portrayed as technically engaging and tied to real-world deployments. Feedback suggests the technology and its applications are a major draw for people seeking meaningful, hands-on engineering.

Autonomy: A lean, small-team setup is frequently described as high-ownership, with broad scopes and visible impact beyond narrow job descriptions. Feedback suggests this suits those who enjoy taking initiative and shaping how work gets done.

Career Growth: Opportunities to take on versatile responsibilities, interact with leadership, and help build processes are highlighted as part of the growth experience. Feedback suggests recent investments in training and added benefits have enhanced development momentum.

Mission & Purpose: The company’s focus on protecting service members and civilians is portrayed as a strong motivator tied to real-world deployments. Feedback suggests this mission provides a tangible sense of impact for engineers working across autonomy, robotics, and aircraft systems.

Learning & Development: Work spans difficult, cross-functional problems with high ownership, enabling rapid learning from development through field use. Feedback suggests individuals build skills quickly through challenging assignments and tight collaboration across software, hardware, and flight operations.

Compensation: Pay and stock benefits are positioned as competitive, alongside medical coverage, parental leave, 401(k) matching, and other perks. Feedback suggests compensation is a relative strength compared to other aspects of the experience.

Innovation & Products: Work centers on building humanoid robots like Apollo and pushing from research toward real-world deployments with major industrial partners, making the problems genuinely novel and consequential. This focus creates a tangible product journey that extends beyond demos into manufacturability and reliability.

Learning & Development: Challenging, hands-on projects across hardware, controls, AI, simulation, manufacturing, and field integration foster steep learning and cross-disciplinary growth. Capable colleagues, technical collaboration, and activities such as lunch-and-learns further accelerate skill development.

Market Position & Stability: Substantial funding and announced expansions in production, hiring, and training facilities indicate resources to pursue ambitious goals. Partnerships with organizations such as established automakers, logistics providers, and manufacturing collaborators signal traction beyond the lab.

Innovation & Products: Work centers on frontier generative video and multimodal AI, with models and tools pushed into real production workflows. This emphasis on building and shipping advanced capabilities is presented as a core attraction for engineers and product builders.

Autonomy: Small, cross-functional teams are described as owning projects end-to-end with low bureaucracy and direct access to leadership. This structure is portrayed as giving individuals meaningful ownership and decision latitude.

Team Support: Colleagues are often characterized as low-ego, collaborative, and willing to share knowledge, with managers accessible and focused on growth. Descriptions also highlight a welcoming environment where people care about one another.

Work-Life Balance: A weekday-focused schedule, flexible arrangements, and hybrid or remote options are emphasized, which feedback suggests support personal time. Policies such as no routine weekend work are presented as part of the standard cadence.

Manager Effectiveness: Approachable managers, regular one-on-ones, and coaching over micromanagement are highlighted, and feedback suggests goals and expectations are made clear. An open-door environment with support on calls and deals is also described.

Learning & Development: Training, mentorship, conferences, and promotion-from-within practices are promoted, and feedback suggests employees can gain responsibility early in a small-company setting. These signals point to structured development opportunities alongside hands-on learning.

Mission & Purpose: Work is often described as meaningful and closely connected to real spacecraft, satellites, propulsion, and national‑security programs. Feedback suggests the mission itself is a major source of satisfaction for people who enjoy complex, high‑impact aerospace problems.

Team Support: Colleagues are frequently portrayed as talented, supportive, and collaborative, with many noting strong camaraderie even when organizational issues arise. Feedback suggests immediate teams and peers are a consistent highlight of the experience.

Compensation: Pay and total rewards are considered comparatively strong, with packages that include medical, dental, vision, retirement matching, tuition support, and other offerings. Feedback suggests compensation is one of the more favorable aspects relative to other workplace categories.

Mission & Purpose: The goal of reducing reliance on herbicides through AI-powered laser weeders provides visible, real-world impact in agriculture, which feedback suggests is a major draw for those seeking practical outcomes. Work connects directly to farming productivity and sustainability rather than remaining in a lab.

Autonomy: A high-ownership, low-bureaucracy operating style emphasizes speed, decisive execution, and trust to make independent decisions. Feedback suggests this autonomy lets individuals shape products and processes meaningfully.

Career Growth: Rapid expansion and opportunities to build from scratch are highlighted, offering room to assume responsibility early. Feedback suggests employees can broaden skills across software, hardware, and field-facing work.