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CANDIDATE QUICK CHECK
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Open jobs3
NEW · 7D+0
Top hiring locationSeoul Gangnam
Last checkedSep 16, 2026
HIRING TELEMETRY · CURRENT OBSERVATION
Read current hiring through measured values
01CURRENT HIRING
3Open jobs
DIRECT2
ADJACENT1
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
0DObserved window
Monitoring startedSep 16, 2026
Latest observedSep 16, 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 roleResearch Scientist / Engineer: Robot Control & PlanningSeoul Gangnam (On-site)
Official apply ↗MechanicalMechanical Design Engineer: Humanoid HardwareSeoul Gangnam
Official apply ↗EmbeddedFunctional Safety Embedded EngineerSeoul Gangnam
Official apply ↗Recurring work experience
Experience repeated in current postings
These are recurring work requirements or experience areas in current job postings.
BANSEOG OUTLOOK
With 40 of its 64 axes of motion in the hands, what is this company really building up in stock?
Holiday Robotics' FRIDAY is a factory humanoid that moves on wheels instead of legs. Of its 64 degrees of freedom, 40 sit in the hands, and the company calls that a measure of its engineering focus. Tasks are built and validated one skill at a time and then combined, on a platform that turns demonstrations, simulation and field failures into reusable skills. A 2025 report said it chose to supply robots and software to system integrators rather than install in factories itself. In July 2026 it raised 155 billion won in Series A funding and described a plan from 100 to 1,000 units a year. Banseog reads this company's stock less as a count of robots than as a list of validated hand skills. The next talent question is how quickly a skill validated once can be reused in another factory.
Questions before joining
- How long does it take today to move a validated hand skill to a new process?
- Who sets a skill's pass standard, and how is it agreed with customers?
- By what route do field failures come back to development?
As commercial use begins, setting standards such as success rate, cycle time and human intervention for each skill may matter. Whether those setting the standard speak the customer's language may be decisive.
Moving a skill to another part and factory may reveal how far reuse really goes. Narrowing the gap between simulation and site, and sending field failures back into skills, may grow.
As output rises, durability, replacement cycles and assembly quality of the joint-dense hands may become manufacturing and service standards. Training partners who install may also become a task. These are conditional stages, not confirmed dates or hiring plans.
Capabilities gaining importance
Simulation that reproduces contact and forceValidation standards by hand skillTurning field failures into training dataDurability design for robot handsDeployment tools for outside installers
Talent markets to explore
Contact simulation and reinforcement learningRobot hands and precision mechanism designRobot software quality and validationFactory automation system integrationLow-volume 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 from making a robot move to turning hand skills into reusable assets. Check individual postings for actual duties and qualifications.
Training to raise one task's success rate→Designing skills that hold across other parts and processes
Reproducing the robot and environment→Narrowing contact and force gaps to shorten field validation
Delivering hand performance and degrees of freedom→Production design including life, replacement and assembly
Checking demos by function→Running pass standards and regression tests by skill
Directly supporting trial sites→Organizing tools and procedures so outside installers can deploy
Prototype-level assembly→Building processes and quality records for low-volume production
CAREER LENS
Experience making a motion that worked once usable again
Look less at demos that succeeded than at work you organized so it could be reused when conditions changed. Adjacent experience suggests connections, not eligibility or a personal-fit verdict.
Experience to show in your career history
✓
Moving a learned manipulation skill to another object or process
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Measuring and narrowing the gap between simulation and reality
✓
Life testing a mechanism with many small joints
✓
Building pass standards and regression tests by motion
✓
Sending field failures back as training data
✓
Building deployment tools used by outside staff
Where adjacent experience can lead
Moving reinforcement and demonstration learning onto real robots is a useful connection.
Reproducing contact, friction and deformation can connect to skill development.
Fitting actuators and sensors into small spaces.
Running automated tests and release criteria can connect to skill validation.
Installing equipment on customer lines through acceptance.
Setting up processes and quality records for early products.
Questions before joining
- How long does it take today to move a validated hand skill to a new process?
- Who sets a skill's pass standard, and how is it agreed with customers?
- By what route do field failures come back to development?
- How far does the company go on installation, and how far do integrators?
- Does this role sit in hands, simulation, skills or field tools?
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.
A 2025 report described a pilot plant in Seongsu as the production site. It reads as where design and manufacturing sit close, without presuming current size or the next site.
AssemblyQuality recordsTesting
The company says hand skills are made and refined on its simulation and learning platforms. Not a physical site, but it reads as where this company's stock accumulates.
SimulationRobot learningValidation
The company says it is running private trials with firms in these fields. Customers and contract size are not public, and this does not estimate them.
Field validationProcess knowledgeFailure records
The company was reported as growing teams in the US and Korea with its funding. Specific locations and numbers are not confirmed in public sources; check postings.
R&DBusiness developmentPartnerships
Demonstration and simulation → skill validation → field deployment → failure records → reusable skills → next process