The Role
Design and validate robotic mechanical systems from proof of concept through production. Responsibilities include CAD modeling, component and material selection, tolerance analysis, structural and multibody simulations, testing, vendor collaboration, DFM/DFA, documentation, and root-cause analysis. The engineer works cross-functionally with embedded, controls, software, sourcing, quality, assembly, and operations teams to develop reliable robot structures, mechanisms, fixtures, and production components.
Summary Generated by Built In
Mechanical Design Engineer
Pune, India | In Campus
Job Description
Mechanical Design Engineer at Unbox Robotics
Roles & Responsibilities
- Design robots and peripheral structures across the full product range, from POC through production and sustaining phases, in alignment with cross-functional engineering teams
- Perform aggregate calculations and select appropriate components and materials
- Create accurate CAD part and assembly models and drawings, including tolerance stack-up analysis where needed
- Conduct structural analysis and multibody dynamics simulations to validate designs against performance, safety, and reliability targets; define correct FEA inputs and interpret results to guide design decisions
- Develop test cases, set up test environments, execute tests, and prepare detailed test reports
- Based on test outcomes, identify improvement areas, propose design modifications, and plan iterations or further testing until requirements are met
- Communicate design intent to vendors using 3D CAD, 2D drawings, GD&T, and engineering specifications, applying DFM and DFA principles
- Work with vendors and suppliers to develop and scale components to specification
- Collaborate with embedded, controls, and software teams for seamless integration, and with operations teams on sourcing, QC, assembly, and delivery
- Develop and maintain BoMs, SOPs, release notes, change records, and validation reports
- Support root-cause analysis and corrective actions for mechanical issues across prototypes, production, and field returns
Requirements
- Strong capability in aggregate calculations and first-principles problem-solving on complex mechanical challenges
- Expertise in CAD, preferably Solid Edge, producing accurate, high-quality models efficiently
- Deep knowledge of GD&T and proficiency in tolerance stack-up analysis
- Hands-on structural analysis and multibody dynamics experience with tools such as Ansys and Adams
- Strong working knowledge of manufacturing processes such as machining, sheet metal, casting, and welding across multiple materials, and their impact on design decisions
- Hands-on experience designing primary structures, mechanisms, jigs, and fixtures
- Working knowledge of solid mechanics, load cases, and failure mechanisms
- Proven experience producing detailed documentation (BoMs, SOPs, test reports, change records)
- Familiarity with Design Thinking principles for ideation, problem-solving, and product design
- Strong written and verbal communication and the ability to coordinate across multiple stakeholder teams
Good to Have
- Experience conducting FMEAs and building and executing design validation test plans
- Familiarity with relevant Indian and international standards and compliance regulations for industrial machinery and automated systems
- Certified courses in Design Thinking
- Cross-discipline knowledge (electronics, controls, or software)
- Familiarity with data analysis and visualisation
- Patents, publications, or demonstrated contributions to innovation
Eligible Candidates
- Bachelors or Masters in Mechanical Engineering (or Automotive, Aerospace) from a Tier 1 institute
- Work Experience: 2 to 5 years covering the product development cycle
We Value
- Constant learner with drive to become a Subject Matter Expert
- Proven record in start-up environment working with innovations
- Exposure to a high paced working environment
- Ability to conduct detailed procedures in a time-constrained environment
Details
Work Location: Pune
Work Mode: In Campus
Salary Range: Competitive Salary
Skills Required
- Bachelor’s or Master’s degree in Mechanical Engineering, Automotive Engineering, or Aerospace Engineering from a Tier 1 institute
- 2 to 5 years of work experience covering the product development cycle
- Strong capability in aggregate calculations and first-principles mechanical problem-solving
- Expertise in CAD, preferably Solid Edge
- Deep knowledge of GD&T and tolerance stack-up analysis
- Hands-on structural analysis and multibody dynamics experience using tools such as Ansys and Adams
- Working knowledge of machining, sheet metal, casting, and welding manufacturing processes
- Experience designing primary structures, mechanisms, jigs, and fixtures
- Working knowledge of solid mechanics, load cases, and failure mechanisms
- Experience producing BoMs, SOPs, test reports, change records, and validation reports
- Familiarity with Design Thinking principles
- Strong written and verbal communication and cross-functional coordination skills
- Experience conducting FMEAs and executing design validation test plans
- Familiarity with Indian and international standards and compliance regulations for industrial machinery and automated systems
- Certified courses in Design Thinking
- Cross-discipline knowledge of electronics, controls, or software
- Familiarity with data analysis and visualization
- Patents, publications, or demonstrated contributions to innovation
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The Company
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.
