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Open jobs13
NEW · 7D+0
Top hiring location대한민국 서울특별시 강서구 마곡중앙5로1길 37
Last checkedNov 11, 2026
HIRING TELEMETRY · CURRENT OBSERVATION
Read current hiring through measured values
01CURRENT HIRING
13Open jobs
DIRECT11
ADJACENT2
NEW · 7D+0
This is the current job count. It does not by itself establish hiring expansion, contraction or company growth.
02ANALYSIS COVERAGE
This company's postings have not been analyzed yet. Only the current job count and observation time are shown.
03OBSERVATION WINDOW
56DObserved window
Monitoring startedSep 15, 2026
Latest observedNov 11, 2026
COMPARABLE HISTORICAL TRENDNOT YET AVAILABLE
NEW · 7D jobs: 0 How to read confirmed / not confirmed / NEW · 7D
Confirmed means directly stated in current postings. Not confirmed means the item has not been verified in the postings reviewed. NEW · 7D means first observed by Banseog within the last seven days.
WHAT THEY ARE HIRING FOR
Start with your role
CURRENT OPEN JOBS
Current jobs you can inspect now
Unclassified role인턴상시모집대한민국 서울특별시 강서구 마곡중앙5로1길 37
Official apply ↗Unclassified role[로보티즈AI]피지컬AI 로봇 인식/제어 엔지니어 모집대한민국 서울특별시 강서구 마곡중앙5로1길 37
Official apply ↗Unclassified role다이나믹셀 모터 제어부 개발자 모집대한민국 서울특별시 강서구 마곡중앙5로1길 37
Official apply ↗Systems[로보티즈AI]RX 셀 플랫폼·설비 인터페이스 엔지니어대한민국 서울특별시 강서구 마곡중앙5로1길 37
Official apply ↗AI & ML휴머노이드 강화학습 엔지니어 모집대한민국 서울특별시 강서구 마곡중앙5로1길 37
Official apply ↗Mechanical로봇용 액추에이터 기구설계 및 감속기 개발자 모집대한민국 서울특별시 강서구 마곡중앙5로1길 37
Official apply ↗Field & Integration세미휴머노이드 필드엔지니어 모집대한민국 서울특별시 강서구 마곡중앙5로1길 37
Official apply ↗Mechanical로봇 플랫폼 설계 담당자 모집대한민국 서울특별시 강서구 마곡중앙5로1길 37
Official apply ↗Recurring work experience
Experience repeated in current postings
These are recurring work requirements or experience areas in current job postings.
BANSEOG OUTLOOK
ROBOTIS charges for the joints and gives away the robot's blueprint
ROBOTIS was founded in 1999 to build humanoids. When that market failed to open it stopped humanoid development in 2015 and carried on by supplying its DYNAMIXEL actuators to research labs and robot makers around the world. Along the way, DARwIn-OP, a small humanoid built with US universities, published the design files for its parts, and TurtleBot3 and OpenMANIPULATOR arrived in 2017 as open designs. AI Sapiens, the two-legged robot it unveiled in 2026 after 11 years, also published its walking control code, and the company says mechanical drawings will follow in sequence. Banseog reads this as one habit held for more than 15 years: hand over a robot with its blueprint, and the people who build from that blueprint end up buying the same joints. That is why Banseog sees turning the problems of open-design users back into joint products as the next talent challenge.
Questions before joining
- Who sorts problems arriving through the open repositories, and how do they reach the product team?
- What criteria decide compatibility with older products when a new actuator comes out?
- Who draws the line between designs that are published and designs that are not?
The company published walking control code first and says mechanical drawings and electronic circuit data will follow in sequence. Once drawings are open, outside builders' questions may move from software to parts and assembly.
The company aims to raise output sharply from about 220,000 actuators in 2025. As products and users multiply, testing compatibility with older products may take up a larger share of the work.
The company has said it wants AI Sapiens to be a shared development tool for universities, labs and companies. If outside builders begin selling their own products, setting the terms of openness and safety responsibility may become important. These are conditional stages, not confirmed dates or hiring plans.
Capabilities gaining importance
Running and managing open designs and codeDesigning compatibility between new joints and older productsDeveloping actuators suited to AI controlBringing developer problems into productsBuilding high-volume actuator production
Talent markets to explore
Servo motor and actuator developmentRobot Operating System (ROS) and developer toolsEmbedded firmware and communication protocolsOpen-source community managementPrecision component production and quality
Current hiring comes from the existing verified data pipeline. This is a conditional talent and organization outlook, not a company hiring plan, personal-fit assessment or hiring-probability forecast. · 2026-11-01
FUTURE TALENT SHIFT
How responsibilities may expand
Follow the responsibility that runs from building one robot to supporting the outside builders who take up its design. Check individual postings for actual duties and qualifications.
Improving torque and precision→Deciding new joint specifications with outside builders' conditions in mind
Building features for each product→Managing changes so communication protocols still work with older products
Building motions for in-house robots→Preparing open code others can download and run as is
Getting training results in simulation→Checking the published training process against the delay and heat of real joints
Answering questions and writing documents→Sorting repeated outside questions into product change requests
Managing manufacturing order by order→Keeping the quality of small-batch research products in high-volume production
CAREER LENS
Experience opening your work so others could fix it and use it
Beyond making something work for yourself, look for times you made it work for users you never met. Adjacent experience suggests connections, not eligibility or a personal-fit verdict.
Experience to show in your career history
✓
Testing actuators or motor controllers inside real mechanisms
✓
Keeping compatibility with older products while changing firmware
✓
Publishing code and documents in an open repository and handling outside proposals
✓
Collecting user questions and turning them into product changes
✓
Moving a motion trained in simulation onto a real robot
✓
Moving a trial production run into a high-volume process
Where adjacent experience can lead
Working with motors, drives and position sensors together is the most direct connection.
Handling precision drive and equipment control to field standards can carry over.
Industrial networks and machine integration can help you see things as an actuator user does.
Managing documents, examples and outside contributions can lead to running open designs.
Change management and quality tracing can lead to high-volume production quality.
Working directly with robot contests or research platforms means you know the user's problems.
Questions before joining
- Who sorts problems arriving through the open repositories, and how do they reach the product team?
- What criteria decide compatibility with older products when a new actuator comes out?
- Who draws the line between designs that are published and designs that are not?
- Does outside builders' experience count in how this role is evaluated?
- Does this role sit in joints, complete robots or the open platform, and where is it based?
PLACE × TALENT INTELLIGENCE
Work connected across locations
These interpretations use publicly reported locations and business activity. They do not describe regional hiring plans or current staffing.
IR materials say the headquarters and production plant moved to Magok in 2016. This reads as where joints and open designs are made together, with no estimate of current team structure.
Actuator developmentRobot softwareManufacturing
The company has described plans for actuator production, robot assembly and AI training data work here. This reads as the place that meets demand created by open designs, without presuming dates.
High-volume productionRobot assemblyTraining data
The US subsidiary, ROBOTIS Inc., was set up in 2009. This reads as a window for the voices of open-design users, with no estimate of current staff or roles.
Technical supportResearch marketDistribution
AI Worker's software sits in a public repository, and a university research program is collecting control data. This reads as a development site outside the building and does not describe staffing.
Open codeStudent developersField data
Publish design → outside builds → joints bought → field problems → next joint's specification