WHAT DOES AN ENGINEERING INTERN DO?

Updated: Oct 02, 2025 -The Engineering Intern supports project teams by performing basic calculations, updating working drawings, and assisting with data entry and documentation tasks. This role involves researching vendors, tracking project costs, preparing reports, and processing submittals and RFIs to ensure project continuity and accuracy. The intern also contributes to water and wastewater infrastructure projects by compiling technical data, maintaining up-to-date drawing sets, and adhering to company safety and procedural standards.

A Review of Professional Skills and Functions for Engineering Intern

1. Software Engineering Intern Duties

  • Application Development: Develop and maintain applications.
  • Automation: Automate the deployment and build CI/CD pipelines.
  • Testing: Test the application and write test automation.
  • Documentation: Document application features, design, etc, on Confluence.
  • Implementation: Evaluate tools and implement P.O.C. (Proof of Concepts).
  • Development Contribution: Contribute to the development and deployment of product features with a focus on business impact, return on investment, and end-user experience.
  • Cross-Functional Work: Work cross-functionally across technical, business, and design teams throughout the software development lifecycle to develop industry-leading experiences.
  • Agile Collaboration: Work in Scrum sprints to create, design, and develop modules in coordination with the rest of the engineering team.
  • Technical Problem-Solving: Take initiative in solving complex technical problems and recommend original solutions and design approaches to meet requirements, making decisions between competing solutions.
  • Code Revision: Revise, update, and expand existing code bases.
  • Architectural Alignment: Work closely with the Director of Technology to ensure conformance with the overall architectural guidelines.
  • E-Commerce Understanding: Understand the back-end business flow of e-commerce, mobile, and omnichannel space, including departments such as fulfillment, warehousing, global membership services, retail, and the Omni suite.

2. Manufacturing Engineering Intern Details

  • Manufacturing Support: Assist the manufacturing team in day-to-day manufacturing support.
  • Fixture Design: Design assembly and test fixtures for manufacturing.
  • Vendor Research: Research new vendors or processes to improve manufacturing.
  • Process Documentation: Generate and improve manufacturing process instructions.
  • Technical Writing: Create or edit technical documents like test protocols, reports, manufacturing work instructions, etc.
  • Failure Analysis: Assist in failure root cause analysis and mitigation.
  • Process Improvement: Identify and implement process improvements.
  • Quality Compliance: Maintain trained status for, and comply with, all relevant aspects of the PROCEPT BioRobotics Quality Management System to ensure product and support regulatory compliance.
  • Quality Adherence: Understand and adhere to the PROCEPT BioRobotics Quality and EHS policies.
  • Manufacturing Standardization: Establish and improve the manufacturing process by documenting standard work.
  • Engineering Troubleshooting: Use Engineering tools to troubleshoot and diagnose issues that arise day to day that affect safety, quality, cost, or delivery.
  • Project Implementation: Design, build, and implement a project that improves one of the above-mentioned SQCT targets.
  • Engineering Support: Provide Manufacturing Engineering support to mechanical assemblies, fixtures and/or structures, circuit card assemblies (CCAs) and optical assemblies.
  • Design Review: Review designs for producibility and affordability.

3. Manufacturing Engineering Intern Responsibilities

  • Instruction Improvement: Identify improvement opportunities in work instructions and work with the documentation team to make necessary changes.
  • Quality Troubleshooting: Work with the Operations Engineering Tech team to troubleshoot quality systems.
  • New Product Rollout: Assist in the rollout of new products, including recording quality and throughput improvement opportunities.
  • Metric Analysis: Ensure metrics are recorded at assembly lines, including identification of data trends.
  • Time Studies: Perform time studies resulting in rebalancing of lines.
  • Safety and Quality Projects: Additional projects focused on the improvement of safety, quality, and throughput as needed at the supervisor’s discretion.
  • Production Solutions: Analyze production issues and implement solutions to resolve.
  • Manufacturing Support: Provide manufacturing technical support to processes and requirements interpretation.
  • Engineering Collaboration: Assist other Manufacturing and Quality Engineers on projects and activities.
  • Engine Learning: Learn how to assemble an engine by hand.
  • Production Education: Learn the processes used at Nissan to build engines in a mass-production, high-volume environment.
  • Kaizen Leadership: Participate in and lead kaizen projects aimed at reducing scrap, reducing manufacturing costs, improving ergonomics, improving product quality, and many other challenging projects that accompany the fast-paced world of automotive engine manufacturing.
  • Process Improvement: Review, develop, and implement process improvements on components, materials, mechanical specifications, and assembly drawings.
  • Component Testing: Perform analysis, qualification, and acceptance testing on components, materials, optical assemblies, and mechanical fixtures and/or structures.

4. Engineering Intern Accountabilities

  • Maintenance Partnership: Daily partnership with the Maintenance team to understand process and equipment issues.
  • Troubleshooting Support: Troubleshoot and resolve process and equipment issues.
  • Mentoring: Mentoring/training of skilled trades personnel in troubleshooting practices and equipment theory of operation.
  • Equipment Redesign: Redesign of equipment components.
  • Permanent Solutions: Development of permanent fixes to resolve recurring problems.
  • Maintenance Evaluation: Evaluation of Preventive Maintenance programs and spare parts inventory levels and content.
  • Reliability Improvements: Ideating and developing long-term improvement opportunities to increase equipment reliability.
  • Innovation Testing: Use 3D printing technology to test new ideas and provide quick testing of improvement concepts.
  • Training Development: Train and develop other Energizer colleagues in the use of 3D printers.
  • Time Study Development: Develop time studies of various production positions.
  • Staffing Recommendations: Develop staffing improvement recommendations based on time studies.
  • Documentation Presentation: Document time studies and present findings and improvement recommendations to plant leadership.
  • Future Staffing: Provide future state staffing recommendations for key labor reduction projects.

5. Software Engineering Intern Functions

  • Data Tool Development: Develop a new data management tool for Commercial HVAC product data.
  • Agile Participation: Participate in the Agile/Scrum software development process.
  • Software Solutions: Analyze software requirements and create solutions for them.
  • Application Development: Full lifecycle application development.
  • Web Development: Design and develop web-based software applications and components in various software languages.
  • Code Analysis: Code analysis, requirements analysis, software review, identification of code metrics, and system risk analysis.
  • Technology Evaluation: Evaluate and identify new technologies for use by the software development team.
  • Resource Direction: Direct on-site and remote contracted development and testing resources.
  • Feature Design: Contribute to the design of new features and solutions.
  • Stack Development: Develop and deliver features across the full stack (including use of modern PHP frameworks, front-end frameworks, HPCC, and other tools).
  • Quality Assurance: Contribute to the quality assurance effort, including the use of test automation tools (such as Cucumber) and Continuous Integration tools (such as Jenkins/GitLab).
  • Agile Teamwork: Contribute as a member of cross-functional agile product development teams.
  • Product Delivery: Work closely with the product owner and project management to deliver products and enhancements to the market.

6. Industrial Engineering Intern Additional Details

  • Capacity Planning: Assess shop capacity and make recommendations to increase capacity to meet business demands.
  • Process Improvement: Identify and implement shop floor process improvements that increase output and reduce overall costs.
  • Time Studies: Conduct time studies or observations.
  • Standards Optimization: Determine updated standards and eliminate sources of inefficiencies.
  • Lean Manufacturing: Participate in lean manufacturing initiatives that support continuous process improvement.
  • Cost Reduction: Participate in special projects that could involve cost reduction or special processes.
  • Machining Support: Participate in machining processes and supplier support activities.
  • Software Implementation: Support the implementation of manufacturing software tools, such as MES.

7. Engineering Intern Plant Tasks

  • Task Execution: Complete well-defined work assignments.
  • Project Participation: Actively participate in hands-on projects and/or special assignments.
  • System Proficiency: Learn and become proficient at systems and procedures applicable to work assignments and functional areas.
  • Team Communication: Maintain communication with the team leader.
  • Performance Feedback: Provide feedback on assignments, scheduling, and program improvements.
  • Work Direction: Work direction may be assigned to an experienced team member.
  • Assignment Management: Work effectively in a variety of administrative, technical, and manufacturing assignments.
  • Team Collaboration: Work effectively with others and be a participative team player.

8. Production Engineering Intern General Responsibilities

  • Service Migration: Migrate main production services from EC2 to EKS.
  • Infrastructure Automation: Implement infrastructure as code using Terraform.
  • Disaster Recovery: Roll out the disaster recovery site, and run successful production game days against it.
  • Load Testing: Build load-testing infrastructure.
  • Stress Testing: Help engineers stress-test various components against production.
  • Staging Environment: Build a staging environment for systems not yet in production.
  • Capacity Planning: Drive capacity planning for the whole organization, identify risk areas, and get hands-on help to help teams implement improvements.
  • Engineering Support: Consult with all engineering teams in preparing for seasonal campaign traffic.

9. Slider Engineering Intern Accountabilities

  • Process Monitoring: Monitor Yield, KPIV, KPOV, and lapping parameters.
  • Process Improvement: Learn, understand, and modify the process.
  • Requirement Response: Respond with business requirements.
  • Cross-Functional Collaboration: Collaborate with a cross-functional team.
  • Problem Solving: Solve the problem of the process flow or work study.
  • Team Coordination: Work with the Process Engineer, Maintenance Engineer, and Production Team.
  • Production Support: Solve production problems and challenges.
  • Project Communication: Communicate the status of projects and progress to the supervisor.

10. Operations Engineering Intern Job Summary

  • Instruction Development: Create and modify test and assembly instructions for electromechanical assemblies.
  • BOM Management: Manage and create Bills of Material.
  • Drawing Review: Review drawings for compliance with BOMs.
  • Engineering Support: Assist engineering staff on equipment automation and upgrades.
  • Assembly Oversight: Responsible for mechanical assemblies, cable assemblies, pneumatic assemblies, calibration equipment, and computers.
  • Process Improvement: Assist in the development of manufacturing process improvement ideas through the implementation of LEAN manufacturing principles.
  • Tool Design: Design and implement assembly tools or fixtures.
  • Quality Improvement: Improve product quality through Root Cause Analysis.
  • Visual Management: Coordinate improvements to the visual management of the area.

11. Materials Engineering Intern Duties

  • Technical Assistance: Assist Laboratory Technicians and Engineers in part evaluations, failure analysis, preparation of samples, and test plan development.
  • Lab Maintenance: Assist with the maintenance, calibration, and operation of materials laboratory instrumentation.
  • Material Testing: Responsible for SEM, EDS, metallography, tensile testing, and hardness testing.
  • Advanced Testing: Responsible for fatigue testing, NDT equipment, and macro and micro photography.
  • Data Preparation: Acquire and prepare testing data.
  • Report Writing: Responsible for writing technical reports.
  • SOP Development: Draft or improve the internal standard operating procedures (SOP) on lab activities and lab equipment.
  • Workplace Safety: Work safely, maintain a clean and safe work area in accordance with company policies and procedures.

12. Bridge Structural Engineering Intern Responsibilities

  • Engineering Support: Support senior-level engineers in performing traffic and transportation planning studies.
  • Model Development: Build and utilize computer models.
  • Traffic Analysis: Evaluate travel patterns and traffic flow characteristics on freeways and arterials.
  • Plan Development: Develop signal timing plans, signing and striping, mitigation measures, and traffic management plans.
  • Spatial Analysis: Perform spatial analysis and prepare calculations using complex spreadsheets.
  • Software Utilization: Use various software packages.
  • Performance Evaluation: Determine a wide variety of performance measures.
  • Report Documentation: Document findings in accordance with federal, state, and local reporting requirements.

13. Engineering Intern General Responsibilities

  • Environmental Study: Conduct a study on determining the effects of environmental factors on critical characteristics of urethane gaskets.
  • Measurement Techniques: Develop and show capability for measurement techniques for quantifying compression set.
  • Thermal Analysis: Determine the time/temperature relationship to compression set in various seal designs.
  • Dynamic Assessment: Assess the effect of compression set in a dynamic environment.
  • Design Strategies: Develop strategies to overcome compression set in existing/proposed air cleaner applications.
  • Filter Evaluation: Conduct a study evaluating the filter shapes and the effects on key performance characteristics.
  • Cleanability Testing: Develop standard test methods for assessing the cleanability of filter elements.
  • Noise Testing: Develop standard test methods for assessing and quantifying noise attenuation of filter elements.

14. Engineering Intern Responsibilities and Key Tasks

  • Data Entry: Perform simple calculations, computer data entry, and gain exposure to design and cross-training.
  • Vendor Research: Perform research and contact vendors for information.
  • Project Administration: Assist in project administration, including writing reports, gathering information, drafting proposals, drafting correspondence, tracking project costs, and completing progress reports.
  • Document Processing: Process submittals and RFIs.
  • Drawing Updates: Update working drawings with RFIs and changes.
  • Information Management: Keep this set up to date to ensure the team is working with the most current information.
  • Policy Compliance: Comply with company policies and procedures.
  • Safety Practices: Work in a manner to ensure personal safety and that of fellow employees by following company health and safety guidelines and policies.
  • Project Support: Assist the C&SU team with various project tasks, including researching, compiling, and evaluating project data, preparing reports, and performing calculations for water and wastewater infrastructure projects.

15. Facilities Engineering Intern Roles and Responsibilities

  • System Analysis: Analyze existing mechanical systems to troubleshoot problems.
  • Efficiency Improvement: Improve operating efficiencies (e.g., reduce operating and maintenance costs), improve reliability, and/or regain capacity.
  • Controls Engineering: Work with programmable logic controllers (PLCs) to automate the Facilities systems.
  • Data Monitoring: Use flow and pressure monitoring equipment to generate useful graphical data for communications.
  • Mechanical Design: Responsible for static and dynamic design and analysis of mechanical systems, equipment, and packages.
  • Feasibility Testing: Conduct feasibility studies and testing on new and modified designs.
  • Design Documentation: Provide design information to drafting for packaging documentation.
  • Layout Planning: Plan plant, office, and production equipment layouts for economy of operation and maximum utilization of facilities and equipment.
  • Cost Estimation: Review and estimate design costs, including equipment, installation, labor, materials, preparation, and other related costs.
  • Specification Development: Develop criteria and performance specifications for facilities and equipment required to meet unique operating requirements and building and safety codes.

16. Engineering Intern Roles and Details

  • Construction Support: Assist with the construction of the designed works.
  • Agency Liaison: Liaise with other agencies and utility authorities.
  • Community Response: Respond to resident enquiries and correspondence.
  • Design Drafting: Investigate and design (manual and on AutoCAD, CivilCAD) for roadworks, drainage, footpaths, traffic facilities, carparks, retaining walls, and environmental projects.
  • Specification Preparation: Assist with the preparation of specifications.
  • Documentation Support: Assist with the preparation of documentation, reports, and correspondence associated with works.
  • Environmental Compliance: Assist with the preparation of documents under the Environmental Planning and Assessment Act (Part V Assessments).
  • Survey Assistance: Assist with survey work.
  • Contract Administration: Assist with contract supervision and administration related to Capital Works construction.
  • Government Liaison: Liaise with State Government Agencies.
  • Utility Coordination: Liaise with Utility Authorities.

17. Engineering Intern Essential Functions

  • Equipment Familiarization: Work with maintenance to learn about equipment and equipment needs.
  • Product Requirements: Work with engineering to understand product requirements.
  • Process Learning: Work with production operators to learn the processes.
  • Quality Understanding: Work with the quality department to understand quality requirements.
  • Drawing Interpretation: Work with product drawings to understand the final product.
  • CAD Design: Work with AutoCAD/SolidWorks to make and update drawings.
  • Production Coordination: Work with production leads to obtain time to work on equipment.
  • Equipment Maintenance: Work with maintenance in repairing equipment and performing PMs.

18. Engineering Intern Details and Accountabilities

  • Product Introduction: Assist the operational floor in the introduction of new products.
  • Design Control: Control the introduction of Engineering Design changes into production.
  • BOM Accuracy: Ensure the accuracy of Manufacturing Bills of Materials.
  • Process Optimization: Improve shop floor processes and control systems to optimise material flow.
  • Tooling Identification: Identify the need for appropriate assembly tooling, jigs, and fixtures to enhance productivity.
  • Lean Manufacturing: Assist in the introduction of lean manufacturing process improvements and cost reduction initiatives.
  • Cross-Functional Collaboration: Work with other teams and functions to ensure effective delivery.
  • Data Analysis: Collect, analyse, and visualise audio data using in-house R&D for the factor platform.
  • Signal Enhancement: Research signal enhancement techniques to improve recorded signal quality.
  • Performance Testing: Test performance of enhancements against Voice Assistance interfaces.
  • Proof of Concept: Develop an offline proof of concept and present results to the team.
  • Project Administration: Support the administrative aspect of Engineering projects on CI, CapEx, repair and maintenance, calibration and preventive maintenance program execution, and QMS documentation (QA).
  • Continuous Improvement: Participate in Action Workouts and Kaizens on production and engineering operations.

19. Engineering Intern Overview

  • Formulation Support: Provide support to the Formulation group (activities and projects).
  • Equipment Optimization: Manage production equipment modifications with the objective of optimizing operations.
  • Compliance Planning: Analyse and establish a plan to ensure that production and laboratory equipment are compliant with CSA norms.
  • CAD Updating: Responsible for updating AutoCAD drawings.
  • SOP Management: Write and review internal procedures (SOP).
  • Project Assistance: Assist the Engineering Project team in any other project management tasks.
  • Electrical Drafting: Plan, develop, and assist in drawing electrical drawings using suitable engineering software like AutoCAD.
  • System Maintenance: Assess the performance of and maintain the system.
  • System Wiring: Perform wiring of the system and its components.
  • Troubleshooting Support: Troubleshoot and provide general assistance and organizational support to the Operations team.
  • Preventive Maintenance: Support preventive maintenance, repairs, and calibration of facility and production equipment.
  • Experimental Testing: Perform basic troubleshooting and conduct experiments and tests to draw conclusions on facility and production equipment issues.

20. Engineering Intern Responsibilities

  • Preventive Maintenance: Support preventive maintenance, repairs, and calibration of facility and production equipment.
  • Troubleshooting Testing: Perform basic troubleshooting and conduct experiments and tests.
  • Issue Analysis: Draw conclusions on facility and production equipment issues.
  • Project Administration: Support the administrative aspect of Engineering projects on CI, CapEx, repair and maintenance, calibration and preventive maintenance program execution, and QMS documentation (QA).
  • Continuous Improvement: Participate in Action Workouts and Kaizens on production and engineering operations.
  • Administrative Support: Support the administrative aspect of the following activities.
  • Harness Design: Participate in PW1100 Advantage Harness design and design reviews.
  • Standardization: Standardize Harness CTQs and KPCs across programs and suppliers.
  • Field Investigations: Coordinate investigations related to Field Removals for PW1100 and PW1500.
  • Supplier Quality: Support investigations related to production/quality issues at suppliers.

21. Manufacturing Engineering Intern Duties

  • Engineering Support: Provide engineering support related to manufacturing projects, including continuous improvement (PPI), lean transformation, and general assembly.
  • Engineering Activities: Support a variety of engineering activities and may be assigned to a variety of engineering tasks throughout the value stream.
  • Quality Assurance: Involved with many aspects of manufacturing quality assurance within the value stream.
  • Design Feedback: Provide feedback on specifications and designs.
  • Practical Learning: Learn about manufacturing engineering through daily activities.
  • Supervised Work: Work under the close supervision of Manufacturing Engineers and the Value Stream Manager.
  • Fixture Design: Design fixtures using 3D modeling software (NX).
  • Improvement Skills: Develop continuous improvement skills.
  • Waste Reduction: Identify waste and improve efficiency.

22. Engineering Intern General Responsibilities

  • Process Improvement: Execute Kaizens/Continuous Improvement activities on productive processes.
  • Process Monitoring: Follow up on assembly lines and/or machining processes.
  • Error Proofing: Identify and execute mistake-proofing projects.
  • Control Plan: Provide support on Control Plan development.
  • System Deployment: Provide support on system deployment and follow up with the Operations team.
  • Project Engineering: Support projects and activities within the Project Engineering function.
  • Manufacturing Engineering: Support projects and activities within the Manufacturing Engineering function.
  • Project Control: Monitor and control project execution (scope, timeline, budget).
  • Workshop Facilitation: Facilitate project workshops and organize events.
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