- Define intended use, system boundaries, operating zones, foreseeable misuse, and manufacturer/integrator responsibilities
- Assess whether the supplied scope is a complete machine, partly completed machine, component, or integrated installation, as relevant to the jurisdiction
- For current and planned sales markets, maintain a justified matrix of legislation, standards and editions, required assessments, evidence, and responsible parties
- Distinguish mandatory obligations, selected standards, and customer-specific requirements; obtain specialist review for uncertain interpretations
- Facilitate HARA or machinery risk assessment using the applicable framework, covering installation, operation, maintenance, recovery, and decommissioning
- Select risk-reduction measures with engineering teams
- Define safety functions, safe states, response times, reset/restart conditions, and PLr or SIL targets where applicable
- Document the basis for each target and its allocation across hardware, firmware, software, and interfaces
- Perform or coordinate FMEA/FMEDA, fault-tree analysis, dependent/common-cause failure analysis, and integrity calculations as appropriate
- Check supplier data and certificate conditions against actual use
- Author plans and coordinate controlled testing of safety functions and fault response
- Preserve traceability from hazards to requirements, design measures, test configurations, and results
- Define work packages, technical inputs, deliverables, milestones, and acceptance criteria for consultants and test laboratories
- Review conclusions, resolve findings with owners, and track costs and schedule against the agreed plan
- Assemble technical-file inputs, assessment reports, declarations where applicable, and safety-manual content
- Assess design, software, supplier, and deployment changes for re-analysis or retesting
- Define installation constraints and integration responsibilities with systems, deployment, and service teams
- Feed field incidents and recurring safety issues back into risk assessments
- Application/product classification report and market applicability matrix
- Project safety plan, HARA or machinery risk assessment, and hazard register
- Functional safety concept, Safety Requirements Specification, and PLr/SIL rationale where applicable
- Safety analyses, integrity calculations, and supplier evidence assessments
- Validation plan and report, requirements traceability, and consultant finding-closure records
- Assigned technical-file sections, safety instructions, and change-impact assessments
- Hands-on product or machinery safety work
- Practical application of ISO 12100 and at least one machinery functional safety route (ISO 13849 or IEC 62061), with an understanding of the IEC 61508 framework
- Experience authoring risk assessments, safety requirements, safety analyses, and verification or validation records
- Ability to evaluate safety architectures, diagnostic measures, failure data, and assumptions using appropriate calculation tools
- Experience working with external consultants, assessors, or laboratories and closing technical findings
- Compliance experience in at least one target region (India, UK, EU, or North America), and the ability to research other markets with qualified specialists
- Ability to work across hardware, embedded software, controls, mechanical design, and deployment teams
- AMR/AGV safety
- ISO 3691-4, ANSI/A3 R15.08, and IEC 60204-1
- SISTEMA or equivalent tools
- Relevant functional safety training
- Experience coordinating electrical, EMC, radio, battery, or cybersecurity specialists where those topics affect the product
- Relevant engineering education or equivalent practical experience, with hands-on product or machinery safety work
- 3–6 years in product, machinery, or functional safety and compliance
- Defensible Judgement — every classification and target comes with a documented basis
- Traceability — hazards linked through requirements, design measures, tests, and results
- Clarity on Obligations — separates mandatory requirements from selected standards and customer asks
- Knowing When to Ask — brings in specialists early for uncertain interpretations
- Cross-Functional Partnership — works as comfortably with firmware and mechanical teams as with assessors
Skills Required
- Hands-on product or machinery safety experience
- Practical application of ISO 12100
- Experience with at least one machinery functional safety route: ISO 13849 or IEC 62061
- Understanding of the IEC 61508 framework
- Experience authoring risk assessments, safety requirements, safety analyses, and verification or validation records
- Ability to evaluate safety architectures, diagnostic measures, failure data, and assumptions using appropriate calculation tools
- Experience working with external consultants, assessors, or laboratories and closing technical findings
- Compliance experience in India, the UK, EU, or North America, with ability to research other markets with qualified specialists
- Ability to work across hardware, embedded software, controls, mechanical design, and deployment teams
- Relevant engineering education or equivalent practical experience
- AMR/AGV safety experience
- Experience with ISO 3691-4, ANSI/A3 R15.08, and IEC 60204-1
- Experience with SISTEMA or equivalent tools
- Relevant functional safety training
- Experience coordinating electrical, EMC, radio, battery, or cybersecurity specialists
What We Do
Unbox Robotics builds software-defined robotics systems to enable logistics players to automate and radically improve their operations on-demand in a limited footprint and capital. We are applying proprietary Swarm Intelligence and ML algorithms inspired by nature to redefine the way companies sort and ship orders. Our 1st product UnboxSort is the world's first of its kind patented AI-powered parcel sorting robotic system that gets installed in <2 weeks, saves ~50% - 80% area, and improves productivity by > 3X to 5X. We have a strong team of alumni from the National University of Singapore, the University of York, and the Indian School of Business with international experience in robotics, manufacturing, and logistics. We are backed by 3one4 Capital, Sixth Sense Ventures, SOSV, Entrepreneur First, Redstart Labs (Info Edge), Arali Ventures, CIIE, Beenext, WEH Ventures, Force Ventures, Veda VC, and an impressive set of angel investors.









