mechatronics engineer

Prepaire Laboratory 7 Limited

<p><b>Mechatronics Engineer </b></p><p><b>Location:</b> Croatia or UAE (on‑site)<br/><b>Employment Type: </b>Full‑time<br/><b>Compensation:</b> Competitive (salary + benefits)</p><p><b>What Propels Us: </b></p><p>PAiREGRINE is not just an airframe plus electronics&mdash;it&rsquo;s a tightly integrated machine where mechanical motion, electrical power, sensing, and control must work together flawlessly. From landing gear deployment to payload stabilization, the aircraft depends on robust electromechanical systems that perform reliably under real operational conditions.</p><p>This role exists because moving parts matter. If it actuates, deploys, stabilizes, or needs to survive vibration and repeated cycles, it falls within mechatronics&mdash;and it must work every time.</p><p><b>The Impact You&rsquo;ll Make </b></p><p>You will own the aircraft&rsquo;s electromechanical subsystems, shaping how PAiREGRINE operates on the ground and in the air. Your designs directly impact reliability, serviceability, and mission readiness.</p><p>By balancing mechanical robustness with electrical integration and control, you ensure the aircraft isn&rsquo;t just flyable&mdash;but operable, maintainable, and scalable.</p><p><b>What will you actually do? </b></p><ul><li>Own electromechanical subsystems across landing gear, actuators, payload mounts, moving surfaces, and test rigs</li><li>Design and integrate landing gear mechanisms and deployment systems</li><li>Size, select, and integrate actuators for control surfaces and mechanical subsystems</li><li>Develop payload mounting, stabilization, and sensor gimbal interface mechanisms</li><li>Integrate mechanical designs with electrical power, control, and sensing systems</li><li>Ensure clean harness routing, accessibility, and serviceability</li><li>Support assembly, test, and maintenance‑driven design decisions</li><li>Collaborate closely with avionics, structures, propulsion, and systems teams to ensure seamless integration</li></ul><p><b>What You&rsquo;ve Done </b></p><ul><li>Degree in Mechanical Engineering, Mechatronics, or a closely related field</li><li>Strong background in electromechanical system design and integration</li><li>Hands‑on experience designing mechanisms, actuators, and moving assemblies</li><li>Good balance of mechanical intuition and electrical systems understanding</li><li>Experience supporting hardware through assembly, iteration, and test</li><li>Ability to design with practicality, reliability, and serviceability in mind</li></ul><p><b>Bonus Points </b></p><ul><li>Experience in aerospace, robotics, or autonomous systems</li><li>Prior work on UAVs, aircraft mechanisms, or mobile robotic platforms</li><li>Experience designing for vibration, thermal effects, and environmental exposure</li><li>Familiarity with rapid prototyping and hardware bring‑up</li></ul><p><b>Why Join Us </b></p><ul><li>You&rsquo;ll be supported and rewarded with competitive compensation while contributing to a mission‑driven program making an impact on a global stage.</li><li>You&rsquo;ll own the systems that make a jet UAV operate, not just fly</li><li>You&rsquo;ll work hands‑on with real hardware that moves, deploys, and gets tested early</li><li>You&rsquo;ll collaborate with a small, fast‑moving team where integration happens continuously</li><li>You&rsquo;ll help build an aircraft designed for real missions, real maintenance, and real scale</li></ul><p>Job Type: Full-time</p><p>Application Question(s):</p><ul><li>Have you personally designed and integrated electromechanical systems (e.g., actuators, landing gear, moving mechanisms) that operated on a real aerospace, robotic, or autonomous platform? </li><li>Do you have hands‑on experience sizing, selecting, and integrating actuators (electric, hydraulic, or similar) for controlled mechanical motion? </li><li>Have you owned mechanical designs through assembly and test, including resolving fit, wiring, or serviceability issues on real hardware? </li><li>Have you integrated mechanical systems with electrical power, control, or sensing (not just mechanical CAD design)? </li></ul><p>Work Location: In person</p>

Mechatronics Engineer

Pacific Coast Producers

<div><div><b>Pacific Coast Producers </b>| Full-Time | On-Site | Exempt<br>
<b>Salary Range: </b>$100,000&ndash;$140,000/year (based on experience)</div><div></div><div><br>
Are you ready to join a team that helps feed North America? <b>Pacific Coast Producers</b> (PCP), a growing agricultural cooperative, is seeking a skilled and hands-on <b>Mechatronics Engineer</b> to join our team. The role offers flexibility to be home-based at one of our<b> California </b>production facilities<b> &mdash; Lodi, Oroville, or Woodland.</b></div><div></div><div><br>
As a <b>Mechatronics Engineer</b>, you&rsquo;ll play a key role in shaping the future of our automation strategy&mdash;designing, programming, and leading projects that bring together mechanical, electrical, and software systems. You&rsquo;ll take ownership from concept through installation, driving innovation that enhances productivity, consistency, and performance across our plants.</div><div></div><div><b><br>
What You'll Do:</b></div><div>
Reporting to the Director of Engineering, you&rsquo;ll take the lead in developing, installing, and supporting the automation, robotics, and control systems that power our production processes.</div><ul><li>
Design electromechanical and software solutions for automated material-handling workflows and robotic manipulation systems (e.g. robot end-tools, material positioning stages, object identification systems)</li><li>
Lead selection, prototyping, and initial design of new sensing options (e.g. barcode scanners, beam-breaks, pressure sensors, force sensors, etc.)</li><li>
Install and repair sensors, robot end tools, mechanical systems, and controls.</li><li>
Work with internal customers to define and scope material-handling problems</li><li>
Develop and work with our team to finalize electrical schematics, mechanical diagrams and system-level drawings</li><li>
Record and analyze numerical and graphical data for presentation to senior leadership</li><li>
Field-install and maintain systems by adjusting, repairing, replacing, or modifying automation/robotic system components</li><li>
Generate documentation and build instructions for new hardware designs</li><li>
Troubleshoot early-stage and early-production design and functionality problems</li><li>
Mentor/supervise maintenance staff and work one-on-one with individuals, including industrial technicians and electricians, to ensure use of proper methods and training.</li><li>
Lead and assist maintenance staff in complex troubleshooting and control strategy.</li><li>
Undertake additional duties as needed.</li></ul><div></div><div><b><br>
Travel Requirements:</b></div><ul><li>
This position requires travel to manufacturing facilities primarily in Northern California, including Lodi, Woodland, and Oroville, as well as occasional travel to Oregon.</li></ul><div></div><div><b><br>
Minimum Job Requirements</b></div><ul><li>
Bachelor&rsquo;s degree in Mechatronics Engineering, Systems Engineering, or a related field.</li><li>
5+ years of experience in robotics, automation, or industrial equipment design and maintenance.</li><li>
Hands-on experience with PLC programming (e.g., Siemens, Allen-Bradley) and ladder logic.</li><li>
Proficiency in Linux and CAD software (e.g., SolidWorks).</li><li>
Familiarity with quick-turn prototyping tools (e.g., 3D printing, CNC services).</li><li>
Strong problem-solving skills, especially in debugging and troubleshooting control systems.</li><li>
Ability to work in manufacturing facilities to test, troubleshoot, and refine systems.</li><li>
Experience with measuring tools (e.g., multimeters, oscilloscopes) and power tools.</li><li>
Ability to communicate effectively with operations management, industrial maintenance staff, vendors, and subcontractors.</li><li>
Ability to learn, understand and apply new technologies, and work independently.</li></ul><div></div><div><b><br>
Preferred Qualifications</b></div><ul><li>
Knowledge of material-handling systems, robotic arms, and conveyor systems.</li><li>
Experience with Python programming or similar languages.</li><li>
Familiarity with industrial electrical systems (220-480v hardware) and safety standards.</li><li>
Understanding of automation protocols like Ethernet/IP and IO-Link.</li><li>
Exposure to Allen-Bradley software and device firmware updates.</li></ul><div></div><div><b><br>
Why Join PCP?</b></div><div>
At PCP, we take care of our people. Here are just a few of the benefits full-time employees enjoy:</div><ul><li><b>
Competitive pay</b> with opportunities for advancement.</li><li><b>
This position is eligible for our annual profit-sharing bonus program.</b></li><li><b>
Medical, dental, and vision coverage for you and your family, starting the first of the month after you join us.</b></li><li><b>
Retirement plans</b> to support your long-term security.</li><li><b>
Paid time off</b> including vacation, holidays, parental leave, sick leave, and bereavement.</li><li><b>
Life and disability insurance</b> plus an Employee Assistance Program.</li><li><b>
Development opportunities</b> through online courses, classroom training, and on-the-job growth.</li><li>
The stability of a <b>farmer-owned cooperative</b> with more than 50 years of success.</li><li>
A mission-driven culture focused on <b>feeding families across North America</b>.</li></ul><div></div><div><b><br>
Salary Range: $100,000&ndash;$140,000/year (based on experience). </b>This is a <b>full-time, on-site </b>role that can be based out of Lodi, CA, Oroville, CA or Woodland, CA.</div><div>
The base salary range reflects the reasonable expectation for what the company anticipates paying for this role at the time of posting. The actual salary offered will depend on factors including, but not limited to:</div><ul><li>
Relevant skills, education, and experience</li><li>
Job-related qualifications and certifications</li><li>
Internal pay equity</li><li>
Market conditions and business needs</li></ul><div></div><div><b><br>
Sponsorship:</b> This role is not eligible for current or future visa sponsorship.</div><div></div><div><b><br>
About PCP Summary</b></div><div>
Pacific Coast Producers, a cooperative owned by more than 165 family farmers who cultivate and transport diverse produce like tomatoes, peaches, pears, grapes, cherries, and others, was founded in 1971. The company operates processing and packaging facilities in California and Oregon and has a workforce of over 3,000 employees. PCP is committed to delivering top-quality products to customers in all channels of trade, such as foodservice distributors and grocery retailers throughout the United States and Canada.</div><div></div><div><b><br>
AA/EEO Policy Statement</b></div><div>
Pacific Coast Producers is an affirmative action and equal opportunity employer. No employee or applicant will be discriminated against in any condition of employment because of race, color, national origin, sex, religion, age, disability, veteran status, or any other status protected by law.</div></div>

Stellar Hunters

<div>
 We are seeking a collaborative, detail‑oriented, and safety‑focused
 <strong>
  Robotics/Mechatronics Engineer
 </strong>
 to design, develop, and deploy robotic and automated systems for laboratory, pilot‑scale, and light industrial applications. The successful candidate will partner with R&amp;D, process engineering, automation, controls, manufacturing, and suppliers to deliver reliable, maintainable, and compliant robotic solutions that improve safety, throughput, and data quality. This role requires strong systems thinking, hands‑on integration experience, excellent communication, and a commitment to continuous improvement.
 <br/>
 <br/>
 <strong>
  Key Responsibilities
  <br/>
  <br/>
 </strong>
 <ul>
  <li>
   Design, prototype, and implement robotic and mechatronic systems including mechanical structures, actuators, sensors, end‑of‑arm tooling, and safety devices to meet functional and performance requirements.
  </li>
  <li>
   Develop and document system architecture, requirements, control strategies, and integration plans; produce schematics, BOMs, assembly drawings, and interface specifications to support procurement and fabrication.
  </li>
  <li>
   Program and commission robot controllers, PLCs, motion controllers, and vision systems; develop modular, maintainable code using industry‑standard languages and frameworks.
  </li>
  <li>
   Collaborate with cross‑functional teams to define use cases, acceptance criteria, test plans, and validation procedures; lead integration, testing, and iterative refinement of automation solutions.
  </li>
  <li>
   Perform system-level simulation, kinematic and dynamic analysis, and tolerance studies to ensure reliable operation and safe interaction with people and equipment.
  </li>
  <li>
   Implement functional safety and risk mitigation measures, including safety fencing, light curtains, interlocks, E‑stops, and compliant control logic; perform risk assessments and support safety reviews.
  </li>
  <li>
   Support installation, commissioning, and start‑up activities on site; troubleshoot mechanical, electrical, and control issues and drive corrective actions to resolution.
  </li>
  <li>
   Develop and maintain technical documentation including wiring diagrams, PLC/robot code comments, test reports, SOPs, maintenance guides, and as‑built records to support operations and maintenance.
  </li>
  <li>
   Engage with suppliers and integrators to evaluate components, review shop drawings, witness factory acceptance tests, and qualify vendors and products for production use.
  </li>
  <li>
   Provide training and technical support to operators, technicians, and maintenance staff; develop troubleshooting aids and preventive maintenance plans to maximize uptime.
  </li>
  <li>
   Contribute to continuous improvement by identifying automation opportunities, optimizing cycle times, improving reliability, and applying lessons learned across projects.
  </li>
  <li>
   Present technical analyses, risk assessments, and project status updates to cross‑functional teams and leadership; prepare clear reports and recommendations to support decision making.
  </li>
  <li>
   Mentor junior engineers and technicians on robotics/mechatronics best practices, safe integration techniques, and documentation standards; contribute to departmental standards and training materials.
   <br/>
   <br/>
  </li>
 </ul>
 <strong>
  Required Qualifications - Skills &amp; Experience
  <br/>
  <br/>
 </strong>
 <ul>
  <li>
   Bachelor&rsquo;s degree in Mechanical Engineering, Mechatronics, Robotics, Electrical Engineering, Computer Engineering, or a related field, or equivalent professional experience.
  </li>
  <li>
   3+ years of hands‑on experience designing, programming, and commissioning robotic or automated systems in laboratory, pilot, or light industrial settings.
  </li>
  <li>
   Proven experience with industrial robots (e.g., FANUC, ABB, KUKA, Universal Robots) and robot programming languages or offline programming tools; familiarity with collaborative robot integration is a plus.
  </li>
  <li>
   Strong control systems experience including PLC programming (e.g., Rockwell/Siemens), motion control, fieldbuses (EtherNet/IP, Profinet), and industrial I/O architectures.
  </li>
  <li>
   Experience integrating vision systems, sensors, encoders, and force/torque sensing; ability to design reliable sensing and feedback strategies for closed‑loop control.
  </li>
  <li>
   Hands‑on mechanical design skills including CAD (SolidWorks, Creo, or similar), mechanical fabrication knowledge, and understanding of tolerancing, fixtures, and fixturing for repeatable automation.
  </li>
  <li>
   Demonstrated troubleshooting skills across mechanical, electrical, and software domains; ability to diagnose failures, implement corrective actions, and document root cause analyses.
  </li>
  <li>
   Familiarity with applicable safety standards and practices (e.g., ISO 12100, ISO 10218, ANSI/RIA), and experience implementing machine safeguarding and safety control systems.
  </li>
  <li>
   Strong written and verbal communication skills: able to prepare clear technical documentation, present status updates, and collaborate with suppliers and cross‑functional stakeholders.
  </li>
  <li>
   Proficiency with software and tools for controls and automation (e.g., RobotStudio, RoboDK, MATLAB/Simulink, PLC development environments) and competency with version control and documentation systems.
   <br/>
   <br/>
  </li>
 </ul>
 <strong>
  Preferred Qualifications - Domain &amp; Tools
  <br/>
  <br/>
 </strong>
 <ul>
  <li>
   Master&rsquo;s degree in Robotics, Mechatronics, Controls, or related discipline or equivalent specialized experience.
  </li>
  <li>
   Experience with ROS (Robot Operating System), real‑time systems, embedded controllers, and C/C++ or Python for control and integration tasks.
  </li>
  <li>
   Familiarity with CAD‑based motion simulation, tolerance stack‑up analysis, and finite element methods to inform robust mechanical designs.
  </li>
  <li>
   Experience with laboratory automation standards, sample handling, liquid handling robotics, or high‑throughput screening systems preferred.
  </li>
  <li>
   Knowledge of predictive maintenance, condition monitoring, and reliability‑centered design concepts (FMEA, MTBF) to support operational readiness.
  </li>
  <li>
   Certifications in robotics, PLCs, safety (e.g., Functional Safety training), or relevant professional credentials are advantageous.
   <br/>
   <br/>
  </li>
 </ul>
 <strong>
  Work Environment &amp; Compensation
  <br/>
  <br/>
 </strong>
 <ul>
  <li>
   Full‑time position within an interdisciplinary engineering, automation, and operations organization; role combines office‑based design work with frequent hands‑on integration, lab testing, and periodic access to pilot and manufacturing areas.
  </li>
  <li>
   Competitive salary and benefits package commensurate with experience, including health coverage, retirement plan options, paid time off, and professional development support.
  </li>
  <li>
   Opportunities for training, certifications, conference participation, and career growth within a diverse, inclusive, and safety‑focused workplace.
  </li>
  <li>
   We are committed to diversity, equity, and inclusion and foster a respectful work environment that supports work‑life balance and employee well‑being.
  </li>
 </ul>
</div>


Robotics/Mechatronics Engineer

Velath Engineering International FZC

<p>1. Design, test and implement high precision mechanisms and electromechanical assemblies and mechatronic systems</p><p>2. Read and interpret electric, electronic, and mechanical drawings and schematics.</p><p>3. Designing 3D metal parts for various manufacturing techniques.</p><p>4. Machine building (machines, conveyor belts, welding machines, painting machines, etc.) and automation using robotic systems, computer vision, and human machine interface solutions for industrial sector.</p><p>5. Design, test and troubleshoot special-application end effectors on industrial robots and robotic systems.</p><p>Minimum Qualification:</p><p>1. Bachelors degree or Masters degree in Mechatronics Engineering</p><p>2. Demonstrated experience of 5-7 years in a manufacturing environment or robotic automation company designing and building automation, robotic and electromechanical assemblies.</p><p>3. In-depth knowledge of the following languages and frameworks: Python,ROS, SQL, MATLAB, C, Solidworks, CAD, Inventor, OpenCV, PyTorch, etc)</p><p>4. Reasonable knowledge developing web API&rsquo;s or SDK&rsquo;s</p><p>5. Fluency in NX CAM and advanced surfacing techniques</p><p>Job Types: Full-time, Permanent</p><p>Pay: AED5,000.00 - AED9,000.00 per month</p><p>Education:</p><ul><li>Bachelor's (Preferred)</li></ul><p>Experience:</p><ul><li>work: 4 years (Preferred)</li></ul><p>Work Location: In person</p>

<div><p>We are seeking a collaborative, detail‑oriented, and safety‑focused <b>Robotics/Mechatronics Engineer</b> to design, develop, and deploy robotic and automated systems for laboratory, pilot‑scale, and light industrial applications. The successful candidate will partner with R&amp;D, process engineering, automation, controls, manufacturing, and suppliers to deliver reliable, maintainable, and compliant robotic solutions that improve safety, throughput, and data quality. This role requires strong systems thinking, hands‑on integration experience, excellent communication, and a commitment to continuous improvement.</p><h3 class="jobSectionHeader"><b>
Key Responsibilities</b></h3><ul><li><p>
Design, prototype, and implement robotic and mechatronic systems including mechanical structures, actuators, sensors, end‑of‑arm tooling, and safety devices to meet functional and performance requirements.</p></li><li><p>
Develop and document system architecture, requirements, control strategies, and integration plans; produce schematics, BOMs, assembly drawings, and interface specifications to support procurement and fabrication.</p></li><li><p>
Program and commission robot controllers, PLCs, motion controllers, and vision systems; develop modular, maintainable code using industry‑standard languages and frameworks.</p></li><li><p>
Collaborate with cross‑functional teams to define use cases, acceptance criteria, test plans, and validation procedures; lead integration, testing, and iterative refinement of automation solutions.</p></li><li><p>
Perform system-level simulation, kinematic and dynamic analysis, and tolerance studies to ensure reliable operation and safe interaction with people and equipment.</p></li><li><p>
Implement functional safety and risk mitigation measures, including safety fencing, light curtains, interlocks, E‑stops, and compliant control logic; perform risk assessments and support safety reviews.</p></li><li><p>
Support installation, commissioning, and start‑up activities on site; troubleshoot mechanical, electrical, and control issues and drive corrective actions to resolution.</p></li><li><p>
Develop and maintain technical documentation including wiring diagrams, PLC/robot code comments, test reports, SOPs, maintenance guides, and as‑built records to support operations and maintenance.</p></li><li><p>
Engage with suppliers and integrators to evaluate components, review shop drawings, witness factory acceptance tests, and qualify vendors and products for production use.</p></li><li><p>
Provide training and technical support to operators, technicians, and maintenance staff; develop troubleshooting aids and preventive maintenance plans to maximize uptime.</p></li><li><p>
Contribute to continuous improvement by identifying automation opportunities, optimizing cycle times, improving reliability, and applying lessons learned across projects.</p></li><li><p>
Present technical analyses, risk assessments, and project status updates to cross‑functional teams and leadership; prepare clear reports and recommendations to support decision making.</p></li><li><p>
Mentor junior engineers and technicians on robotics/mechatronics best practices, safe integration techniques, and documentation standards; contribute to departmental standards and training materials.</p></li></ul><h4 class="jobSectionHeader"><b>
Required Qualifications - Skills &amp; Experience</b></h4><ul><li><p>
Bachelor&rsquo;s degree in Mechanical Engineering, Mechatronics, Robotics, Electrical Engineering, Computer Engineering, or a related field, or equivalent professional experience.</p></li><li><p>
3+ years of hands‑on experience designing, programming, and commissioning robotic or automated systems in laboratory, pilot, or light industrial settings.</p></li><li><p>
Proven experience with industrial robots (e.g., FANUC, ABB, KUKA, Universal Robots) and robot programming languages or offline programming tools; familiarity with collaborative robot integration is a plus.</p></li><li><p>
Strong control systems experience including PLC programming (e.g., Rockwell/Siemens), motion control, fieldbuses (EtherNet/IP, Profinet), and industrial I/O architectures.</p></li><li><p>
Experience integrating vision systems, sensors, encoders, and force/torque sensing; ability to design reliable sensing and feedback strategies for closed‑loop control.</p></li><li><p>
Hands‑on mechanical design skills including CAD (SolidWorks, Creo, or similar), mechanical fabrication knowledge, and understanding of tolerancing, fixtures, and fixturing for repeatable automation.</p></li><li><p>
Demonstrated troubleshooting skills across mechanical, electrical, and software domains; ability to diagnose failures, implement corrective actions, and document root cause analyses.</p></li><li><p>
Familiarity with applicable safety standards and practices (e.g., ISO 12100, ISO 10218, ANSI/RIA), and experience implementing machine safeguarding and safety control systems.</p></li><li><p>
Strong written and verbal communication skills: able to prepare clear technical documentation, present status updates, and collaborate with suppliers and cross‑functional stakeholders.</p></li><li><p>
Proficiency with software and tools for controls and automation (e.g., RobotStudio, RoboDK, MATLAB/Simulink, PLC development environments) and competency with version control and documentation systems.</p></li></ul><h4 class="jobSectionHeader"><b>
Preferred Qualifications - Domain &amp; Tools</b></h4><ul><li><p>
Master&rsquo;s degree in Robotics, Mechatronics, Controls, or related discipline or equivalent specialized experience.</p></li><li><p>
Experience with ROS (Robot Operating System), real‑time systems, embedded controllers, and C/C++ or Python for control and integration tasks.</p></li><li><p>
Familiarity with CAD‑based motion simulation, tolerance stack‑up analysis, and finite element methods to inform robust mechanical designs.</p></li><li><p>
Experience with laboratory automation standards, sample handling, liquid handling robotics, or high‑throughput screening systems preferred.</p></li><li><p>
Knowledge of predictive maintenance, condition monitoring, and reliability‑centered design concepts (FMEA, MTBF) to support operational readiness.</p></li><li><p>
Certifications in robotics, PLCs, safety (e.g., Functional Safety training), or relevant professional credentials are advantageous.</p></li></ul><h5 class="jobSectionHeader"><b>
Work Environment &amp; Compensation</b></h5><ul><li><p>
Full‑time position within an interdisciplinary engineering, automation, and operations organization; role combines office‑based design work with frequent hands‑on integration, lab testing, and periodic access to pilot and manufacturing areas.</p></li><li><p>
Competitive salary and benefits package commensurate with experience, including health coverage, retirement plan options, paid time off, and professional development support.</p></li><li><p>
Opportunities for training, certifications, conference participation, and career growth within a diverse, inclusive, and safety‑focused workplace.</p></li><li><p>
We are committed to diversity, equity, and inclusion and foster a respectful work environment that supports work‑life balance and employee well‑being.</p></li></ul></div>

Maxell Group of Companies

<p><b>Job Description</b></p><p><b>Position:</b> Electrical Design Engineer &ndash; Motor Panels &amp; Controls<br/><b>Department:</b> Engineering</p><p><b>Job Purpose</b></p><p>To design, develop, and estimate electrical systems, Motor Starter Panels, and HVAC control panels in accordance with customer specifications and industry standards. The role involves preparation of technical drawings, control schematics, costing, and coordination with production, sales, and site teams to ensure high-quality and compliant project execution.</p><p><b>Key Responsibilities</b></p><p><b>1. Electrical Design &amp; Engineering</b></p><ul><li>Design electrical systems and control panels as per project specifications and customer requirements.</li><li>Perform load calculations, cable sizing, and selection of appropriate electrical components.</li><li>Ensure compliance with applicable electrical codes, safety standards, and company procedures.</li><li>Develop control philosophy and sequence of operations for various applications.</li></ul><p><b>2. Motor Starter Panel &amp; Controls Design (Mandatory Requirement)</b></p><ul><li>Design and estimate <b>Motor Starter Panels</b>, including:</li><li>DOL (Direct-On-Line) Starters</li><li>Star-Delta Starters</li><li>VFD Panels</li><li>Soft Starter Panels</li><li>Develop multi-motor control panels for HVAC and industrial applications.</li><li>Design HVAC control panels for AHUs, duct heaters, exhaust fans, and ventilation systems.</li><li>Prepare detailed wiring diagrams, SLDs (Single Line Diagrams), schematic diagrams, and GA drawings.</li><li>Develop motor control logic, interlocks, safety circuits, and overload protection schemes.</li><li>Integrate VFDs and ensure energy-efficient motor control solutions.</li><li>Select and configure components such as MCCB, MCB, contactors, relays, overload relays, timers, PLCs (if applicable), thermostats, sensors, and control devices.</li><li>Ensure proper panel layout, busbar sizing, heat dissipation, earthing, and ventilation considerations.</li></ul><p><b>3. Documentation &amp; Submittals</b></p><ul><li>Prepare technical submittals, compliance documents, and material approvals.</li><li>Draft and review electrical drawings before submission to ensure alignment with customer specifications.</li><li>Maintain documentation control and revision tracking.</li><li>Support preparation of O&amp;M manuals and handover documentation.</li></ul><p><b>4. Estimation &amp; Costing</b></p><ul><li>Prepare detailed Bill of Materials (BOM) for motor starter and control panels.</li><li>Conduct costing and margin analysis.</li><li>Handle special and non-standard panel design inquiries.</li><li>Provide product comparisons and recommend cost-effective alternatives.</li></ul><p><b>5. Production &amp; Quality Support</b></p><ul><li>Coordinate with production to ensure proper panel assembly and adherence to design.</li><li>Provide technical clarification during manufacturing.</li><li>Support Factory Acceptance Testing (FAT) where required.</li><li>Assist in maintaining high-quality standards and continuous product improvement.</li></ul><p><b>6. Reporting &amp; General Responsibilities</b></p><ul><li>Prepare weekly, monthly, and quarterly engineering reports.</li><li>Support improvement of product catalogues and panel designs.</li><li>Perform additional tasks assigned by management to meet company objectives.</li><li>Management reserves the right to modify responsibilities or transfer the employee based on business needs.</li></ul><p><b>Qualifications</b></p><ul><li>Bachelor&rsquo;s Degree / Diploma in Electrical Engineering.</li><li>3&ndash;8 years of relevant experience in electrical design, specifically in Motor Starter Panels and HVAC control panels.</li></ul><p><b>Technical Skills</b></p><ul><li>Proficiency in AutoCAD / Electrical CAD software.</li><li>Strong knowledge of motor control systems and protection schemes.</li><li>Understanding of PLC/relay-based control systems and BMS integration.</li><li>Knowledge of electrical safety standards and panel manufacturing practices.</li></ul><p><b>Key Competencies</b></p><ul><li>Strong analytical and problem-solving skills</li><li>Attention to detail and quality orientation</li><li>Ability to manage multiple projects simultaneously</li><li>Effective communication and coordination skills</li></ul><p>Job Type: Full-time</p><p>Pay: AED3,500.00 - AED6,000.00 per month</p>

Autonomous Solutions

<div><p><b>***Relocation assistance to move to Mendon, UT or Fort Worth, TX***</b><br>
<br>
**This is a project-based employee role supporting the initial development phase of our autonomous vehicle platforms. Development phases of this nature typically span up to approximately 24 months, though scope and duration are driven by business needs.<br>
<br>
At ASI, we are revolutionizing industries with state-of-the-art autonomous robotics solutions. Within the fields of agriculture, construction, landscaping, and logistics, we deliver technologies that enhance safety, productivity, and efficiency. With our core values of Simplicity, Safety, Transparency, Humility, Attention to Detail and Growth guiding everything we do, we're shaping the future of automation in dynamic markets.</p><p><br>
Headquartered in the scenic landscapes of Northern Utah, ASI boasts a 100-acre proving ground where innovation meets reality. What sets us apart is our state-of-the-art autonomous software that seamlessly interfaces with a diverse range of Original Equipment Manufacturers (OEM), distinguishing us as a trailblazer in the autonomous software landscape. Our solutions extend across nine industries, from automotive to logistics, empowering clients with remote control, teleoperation, and fully automated solutions.</p><p>
ASI's influence is felt globally, with our robotic automation products integrated into the operations of renowned companies and government agencies. Our prestigious clientele includes industry giants that are household names. By joining ASI, you become an integral part of a team that is revolutionizing how the world moves, operates, and automates.</p><p><b>
Summary</b></p><p>
As a Mechatronics QA Engineer at ASI, you will be responsible for ensuring the quality of our autonomous mechatronic systems through extensive testing and analysis. You will work closely with your team to assess the functionality and performance of mechanical, electrical, and software components in integrated systems. You will help identify and resolve defects, ensuring the product meets the highest standards of quality, safety, and reliability.</p><p><b>
Responsibilities</b></p><ul><li>
Collaborate with project teams to understand system requirements and design appropriate test plans and strategies for mechatronic systems.</li><li>
Create and maintain comprehensive test cases, procedures, and documentation for hardware, software, and integrated system testing.</li><li>
Execute manual and automated tests to ensure the mechatronic systems meet functional, performance, and reliability requirements, including mechanical and electrical components.</li><li>
Troubleshoot and debug issues found during testing and work with the project teams to resolve them, including coordination across mechanical, electrical, and software domains.</li><li>
Conduct user-acceptance testing for integrated systems, as the mechatronic components and systems are ready for release.</li><li>
Participate in scrum meetings and provide quality updates related to hardware and software integration.</li><li>
Contribute to continuous improvement efforts to enhance the overall quality and efficiency of our mechatronic products.</li><li>
Perform tests in the lab, on prototypes or vehicles, and in field test environments to assess real-world performance.</li><li>
Develop testing protocols for different stages of product development and ensure proper validation before production or deployment.</li><li>
Lead testing strategy and validation for complex autonomous mechatronic platforms.</li><li>
Contribute to automation and efficiency improvements within QA processes.</li><li>
Represent QA in design reviews and product planning efforts.</li><li>
Build and refine testing protocols for field deployment and production-readiness.</li><li>
Provide leadership in cross-disciplinary debugging and validation reviews.</li></ul><p><b>
Required Qualifications</b></p><ul><li>
6+ years in QA or testing for complex mechatronic or robotic systems.</li><li>
Proven leadership in QA test execution or systems validation.</li><li>
Advanced troubleshooting and root cause analysis expertise.</li><li>
Familiarity with HIL testing and QA automation strategies.</li></ul><p><b><br>
Travel Requirements</b></p><ul><li>
Up to 30% travel for field test leadership, customer interaction, and validation initiatives.</li></ul><p></p><p><br>
At <b>Autonomous Solutions, Inc. (ASI)</b>, we are committed to fostering a diverse, inclusive, and equitable workplace where all employees and applicants have equal opportunities. We prohibit discrimination and harassment of any kind based on race, color, religion, sex, national origin, age, disability, genetic information, veteran status, sexual orientation, gender identity, or any other legally protected characteristic. ASI complies with all applicable federal, state, and local laws regarding non-discrimination in employment and is dedicated to providing reasonable accommodations for individuals with disabilities throughout the hiring process.</p><p>
Your employment with ASI will be &quot;at-will&quot;, meaning that either you or ASI may terminate your employment at any time for any reason, with or without cause.</p></div>

Mechatronics QA Engineer III - Project Based

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