Resume Example

Robotics Engineer Resume Examples

Real-world robotics engineer resume examples across industrial robot cells, software bots, mobile robot autonomy, and entry level roles, with the uptime, accuracy, speed, and hours saved that employers look for.
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A strong robotics resume should show what your robots or bots do in the real world and how well they do it. Highlight cells, robots, or bots delivered, cycle times and accuracy, commissioning time, hours saved, success rates, safety records, and fleet size. Name your platforms, because robot brands, ROS 2, simulation tools, RPA platforms, and programming languages are filtered on. State your focus plainly, since an industrial robotics engineer, a robotic process automation engineer, a robotics software engineer, and a new graduate are hired on different evidence. Use the examples below to see how to turn robotics work into clear, results-focused resume achievements.

Robotics Engineer Resume Example

Meet Felipe Carvajal, a senior robotics engineer at a systems integrator for automotive and packaging plants. This example shows industrial evidence: 46 robot cells with 130 robots, commissioning cut from 6 weeks to 3.5, and 99.6% pick accuracy.

Felipe Carvajal

(864) 555-0132 ◇ Greenville, SC

felipe.carvajal@example.com ◇ linkedin.com/in/felipe-carvajal ◇ felipecarvajal.com

Objective

Robotics engineer with 7 years designing and commissioning industrial robot cells, currently a senior robotics engineer at a systems integrator serving automotive and packaging manufacturers. Has delivered 46 robot cells with 130 robots, cut average cell commissioning time from 6 weeks to 3.5, and designed a vision-guided picking cell that runs at 99.6% pick accuracy. Designs cells that are safe, fast, and easy for plant technicians to maintain.

Education
B.S. in Mechanical Engineering, Robotics Concentration, Upstate Crown University 2015 – 2019

Coursework in Robot Kinematics, Control Systems, Machine Design, and Mechatronics.

FANUC Certified Robot Programmer and ABB Robot Programming, FANUC and ABB 2020, 2021

Also holds a certificate in robot safety standards (ANSI/RIA R15.06 and ISO 10218).

Skills
Robot Cell Design
Robot selection and reach studies, end-of-arm tooling design, cell layout, cycle time simulation, guarding and safety design, conveyor and fixture integration
Programming and Controls
FANUC, ABB, and KUKA robot programming, PLC integration, safety PLCs, HMI screens, machine vision guidance, force sensing
Commissioning and Support
Factory acceptance testing, site commissioning, risk assessments, operator and maintenance training, troubleshooting, documentation
Tools & Platforms
FANUC ROBOGUIDE, ABB RobotStudio, SolidWorks, Rockwell Studio 5000, Cognex In-Sight, Siemens TIA Portal, AutoCAD
Experience
Senior Robotics Engineer 03/2022 – Present
Piedmont Crown Automation Greenville, SC
  • Led design and commissioning of 24 robot cells with 70 robots since 2022 for automotive and packaging customers.
  • Cut average cell commissioning time from 6 weeks to 3.5 by moving 70% of testing into simulation.
  • Designed a vision-guided bin picking cell that runs at 99.6% pick accuracy across 2 shifts.
Robotics Engineer 07/2019 – 02/2022
Reedy River Line Integration Spartanburg, SC
  • Programmed and commissioned 22 welding and material handling cells with 60 robots for 5 customers.
  • Raised output on a spot welding line 18% by rebalancing paths across 8 robots.
  • Designed 14 end-of-arm tools, cutting tool changeover time on 1 cell from 20 minutes to 4.
Automation Engineering Co-op 01/2018 – 08/2018
Reedy River Line Integration Spartanburg, SC
  • Built 6 robot cell simulations in ROBOGUIDE to check reach and cycle time before quoting.
  • Designed 4 fixtures in SolidWorks that went into production cells after review.
  • Supported 3 site commissioning jobs and wrote the operator manual for 1 cell.
Projects

Vision-Guided Bin Picking Cell. Designed a cell pairing a FANUC robot with 3D vision and a custom vacuum gripper to pick 14 part types from bins for an auto parts supplier, which replaced 4 manual stations per shift, runs at 99.6% pick accuracy, and paid back in 16 months.

Simulation-First Commissioning. Built full virtual commissioning of robot paths and PLC logic before shipping, catching an average of 25 issues per cell early, which cut site commissioning time from 6 weeks to 3.5 and reduced engineer travel costs by about 40%.

Palletising Cell Standard. Designed a standard palletising cell with a configurable pattern library and a simple HMI, sold to 9 packaging customers, which cut engineering hours per cell by about 50%.

Extra-Curricular Activities
  • Mentor for a high school robotics team of 30 students, 4 hours a week in competition season.
  • Member of an automation industry association, presenting on virtual commissioning in 2025.
  • Build small hobby robot arms and share designs with about 2,000 followers online.
Leadership
  • Lead project teams of 3 to 5 engineers and technicians on robot cell builds.
  • Trained about 80 customer technicians on robot operation and maintenance since 2022.
  • Mentor 2 junior robotics engineers on simulation and commissioning practice.
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Robotic Process Automation Engineer Resume Example

Meet Harshad Pandit, a lead RPA engineer for the operations group of a bank with 12,000 employees. This example shows automation evidence: 58 bots saving about 210,000 hours a year, success rates raised to 98%, and build time cut to 4 weeks.

Harshad Pandit

(201) 555-0176 ◇ Jersey City, NJ

harshad.pandit@example.com ◇ linkedin.com/in/harshad-pandit ◇ harshadpandit.com

Objective

Robotic process automation engineer with 6 years building software bots, currently leading RPA development for the operations group of a bank with 12,000 employees. Has built 58 production bots that save about 210,000 work hours a year, raised bot success rates from 88% to 98%, and cut average bot build time from 10 weeks to 4. Picks the right processes to automate and builds bots that operations teams can trust.

Education
B.Tech. in Computer Engineering, Hudson Line Institute of Technology 2016 – 2020

Coursework in Software Engineering, Databases, Operating Systems, and Business Process Management.

UiPath Certified Advanced RPA Developer and Automation Solution Architect, UiPath 2021, 2024

Also holds the Microsoft Power Automate RPA Developer Associate certification.

Skills
RPA Development
Attended and unattended bots, REFramework, orchestrator queues, exception handling, document understanding, API and UI automation, reusable libraries
Process Analysis
Process discovery, automation feasibility scoring, process design documents, benefit tracking, process mining review, change management with operations
Engineering Practice
C# and Python scripting, SQL, version control, code review, testing and release, bot monitoring, controls and audit evidence
Tools & Platforms
UiPath Studio, UiPath Orchestrator, Power Automate, Celonis, Azure DevOps, SQL Server, ServiceNow, Git
Experience
Lead RPA Engineer 06/2023 – Present
Liberty Crown Bank Jersey City, NJ
  • Lead RPA development for bank operations, with 58 production bots saving about 210,000 hours a year.
  • Raised bot success rates from 88% to 98% with better exception handling and a monitoring dashboard.
  • Cut average bot build time from 10 weeks to 4 with a shared library of 45 reusable components.
RPA Developer 07/2020 – 05/2023
Exchange Place Line Insurance Jersey City, NJ
  • Built 24 bots for claims, billing, and policy servicing that saved about 65,000 hours a year.
  • Automated first notice of loss intake with document understanding, cutting data entry time 80%.
  • Wrote process design documents for 30 processes with 12 business teams.
Software Engineering Intern 06/2019 – 08/2019
Exchange Place Line Insurance Jersey City, NJ
  • Built a Python script that reconciled 2 claims reports daily, saving analysts about 6 hours a week.
  • Built 2 proof-of-concept bots that led the company to start its RPA programme in 2020.
  • Presented results to 8 operations leaders and received a full-time offer.
Projects

Account Opening Automation. Automated 7 steps of business account opening across 4 systems, including identity checks and document review, with human review for exceptions, which cut average processing time from 3 days to 4 hours and saved about 38,000 hours a year.

Bot Reliability Programme. Added standard exception handling, retry logic, and a Power BI dashboard tracking every bot run, then fixed the top 10 failure causes, which raised bot success rates from 88% to 98% and cut manual rework by about 70%.

Reusable Component Library. Built a library of 45 tested components for common systems and tasks, with documentation and code review rules, which cut average bot build time from 10 weeks to 4 for a team of 6 developers.

Extra-Curricular Activities
  • Member of an automation community forum, answering about 20 developer questions a month.
  • Speaker on bot reliability at 2 automation user group meetups in New York.
  • Volunteer coding tutor for high school students at a community centre, 2 hours a week.
Leadership
  • Lead a team of 6 RPA developers, setting standards and reviewing all code before release.
  • Run the automation intake board with 8 operations leaders that ranks about 40 ideas a quarter.
  • Trained 25 business analysts as citizen developers on Power Automate basics.
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Robotics Software Engineer Resume Example

Meet Elin Sjostrand, a robotics software engineer on navigation for 2,400 warehouse robots at 35 sites. This example shows autonomy evidence: navigation stops cut 62%, aisle speed up 18% with 0 safety incidents, and 5,000 test scenarios.

Elin Sjostrand

(412) 555-0148 ◇ Pittsburgh, PA

elin.sjostrand@example.com ◇ linkedin.com/in/elin-sjostrand ◇ elinsjostrand.com

Objective

Robotics software engineer with 6 years building autonomy software, currently working on navigation for autonomous mobile robots at a warehouse robotics company with 2,400 robots deployed in 35 sites. Cut navigation-related stops 62%, raised average robot speed in shared aisles 18% while keeping 0 safety incidents, and built a simulation pipeline that tests every release on 5,000 scenarios. Writes careful, tested C++ for robots that work beside people.

Education
M.S. in Robotics, Three Rivers Line University 2018 – 2020

Coursework in Motion Planning, State Estimation, Computer Vision, and Robot Learning. Thesis on crowd-aware path planning.

B.S. in Computer Engineering, Allegheny Crown University 2014 – 2018

Member of the university autonomous vehicle team for 3 years.

Skills
Autonomy
Motion planning, localisation and mapping, sensor fusion, obstacle detection, behaviour planning, fleet traffic management, safety fields
Software Engineering
Modern C++, Python, ROS 2, real-time systems, unit and integration testing, performance profiling, code review, CI pipelines
Simulation and Data
Scenario-based simulation, log replay, metrics dashboards, field data analysis, regression testing, release validation
Tools & Platforms
ROS 2, Gazebo, NVIDIA Isaac Sim, OpenCV, PCL, Eigen, Docker, GitLab CI, Grafana
Experience
Senior Robotics Software Engineer, Navigation 08/2022 – Present
Strip District Crown Robotics Pittsburgh, PA
  • Build navigation software for 2,400 autonomous mobile robots deployed across 35 warehouse sites.
  • Cut navigation-related robot stops 62% with a new local planner that handles people and carts.
  • Raised average robot speed in shared aisles 18% with 0 safety incidents across 3 years.
Robotics Software Engineer 07/2020 – 07/2022
Monongahela Line Automation Pittsburgh, PA
  • Built localisation software in C++ for outdoor inspection robots at 12 industrial sites.
  • Cut localisation drift from 1.2 metres to 0.15 metres by fusing lidar, GPS, and wheel odometry.
  • Moved 40 ROS 1 nodes to ROS 2, finishing 2 months early with 0 field regressions.
Graduate Research Assistant, Mobile Robotics Lab 09/2018 – 05/2020
Three Rivers Line University Pittsburgh, PA
  • Built a crowd-aware planner tested with 30 volunteers in a campus hallway study.
  • Co-authored 2 robotics conference papers on navigation in crowds.
  • Maintained the lab fleet of 4 mobile robots and their shared software stack.
Projects

People-Aware Local Planner. Designed and shipped a local planner that predicts the motion of people and carts and yields smoothly, validated on 5,000 simulated scenarios and 8 pilot sites, which cut navigation-related stops 62% and raised shared-aisle speed 18%.

Simulation Release Pipeline. Built a pipeline in Isaac Sim that runs every navigation release against 5,000 scenarios from field logs, with pass and fail metrics in Grafana, which caught 23 regressions before release in 2 years.

Multi-Sensor Localisation. Fused lidar, GPS, and wheel odometry in an extended Kalman filter for outdoor inspection robots, which cut localisation drift from 1.2 metres to 0.15 metres and allowed inspections at 12 new sites.

Extra-Curricular Activities
  • Contributor to an open source ROS 2 navigation project, with 16 merged pull requests.
  • Volunteer judge at a regional student robotics competition with about 60 teams each year.
  • Member of a women in robotics network, co-hosting 3 local talks a year.
Leadership
  • Technical lead for the local planning area, guiding 3 engineers on design and code reviews.
  • Mentor 2 robotics interns each summer on ROS 2 and testing in simulation.
  • Run a monthly field data review with 4 site support engineers on navigation issues.
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Entry Level Robotics Engineer Resume Example

Meet Jomo Karanja, a 2026 robotics engineering graduate with a medical device internship. This example shows entry level evidence: a cobot cell that cut a step from 45 to 18 seconds, a 3rd-place team robot of 64, and a gripper with 96% grasp success.

Jomo Karanja

(508) 555-0191 ◇ Worcester, MA

jomo.karanja@example.com ◇ linkedin.com/in/jomo-karanja ◇ jomokaranja.com

Objective

Entry level robotics engineer and 2026 robotics engineering graduate with a robotics internship at a medical device maker and 4 years on a competition robotics team. Programmed a collaborative robot cell that cut a packaging step from 45 seconds to 18, led the drive and arm subsystem for a team robot that placed 3rd of 64 teams, and built a capstone gripper with 96% grasp success. Ready to design, build, and test real robots.

Education
B.S. in Robotics Engineering, Blackstone Crown Polytechnic 2022 – 2026

GPA 3.7. Coursework in Robot Dynamics, Embedded Systems, Control Engineering, and Computer Vision.

Universal Robots Core Track Certificate, Universal Robots Academy 2025

Collaborative robot setup, programming, and safety configuration.

Skills
Robotics
Collaborative robot programming, robot kinematics, gripper design, sensor integration, basic motion planning, robot safety setup
Programming
Python, C++, ROS 2 basics, embedded C on microcontrollers, OpenCV, MATLAB, Git
Mechanical and Electrical
CAD modelling, 3D printing, machining basics, motor selection, wiring and soldering, test fixture building
Tools & Platforms
Universal Robots PolyScope, SolidWorks, Onshape, ROS 2, Arduino, Raspberry Pi, MATLAB, Simulink
Experience
Robotics Engineering Intern 05/2025 – 08/2025
Wachusett Line Medical Devices Marlborough, MA
  • Programmed a collaborative robot cell that cut a packaging step from 45 seconds to 18 seconds.
  • Designed 3 printed gripper fingers and tested them on 500 cycles before the cell went live.
  • Wrote the operator guide and trained 6 production staff on the cell before the end of the internship.
Subsystem Lead, Competition Robotics Team 09/2022 – 05/2026
Blackstone Crown Polytechnic Worcester, MA
  • Led the drive and arm subsystem for a team robot that placed 3rd of 64 teams in 2025.
  • Cut arm positioning error from 3 cm to 0.5 cm by adding encoder feedback and tuning a PID loop.
  • Managed a subsystem budget of $4,000 and a team of 6 students for 2 seasons.
Makerspace Technician (Part Time) 09/2023 – 05/2026
Blackstone Crown Polytechnic Worcester, MA
  • Helped about 30 students a week with 3D printers, laser cutters, and electronics benches.
  • Maintained 12 3D printers, raising successful print rate from 80% to 95% with a service log.
  • Taught 10 safety and tool training sessions a term for new makerspace users.
Projects

Adaptive Gripper Capstone. Led a 4-person capstone team designing a soft adaptive gripper with a camera to pick varied household objects, tested on 40 objects over 800 grasps, which reached 96% grasp success and won the department capstone award.

Cobot Packaging Cell. Programmed a collaborative robot cell during the internship to load devices into trays, with a safety setup and a simple operator screen, which cut the step from 45 seconds to 18 seconds and freed 1 operator per shift.

Line-Following Delivery Robot. Built a small ROS 2 robot with a camera and Raspberry Pi to deliver items between 3 lab stations, using OpenCV line tracking, which ran 50 test deliveries with 0 missed stops.

Extra-Curricular Activities
  • Volunteer mentor for a middle school robotics club of 15 students, 2 hours a week.
  • Member of the National Society of Black Engineers chapter, helping run 3 career events a year.
  • Share robot build videos on a channel with about 4,000 subscribers.
Leadership
  • Subsystem lead for 6 students on the competition robotics team for 2 seasons.
  • Team lead for a 4-person capstone project that won the department capstone award.
  • Trained about 60 new makerspace users each term on safe tool use.
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