[지엠테크니컬센터코리아] 2027 GMTCK 동계인턴십

1. Support engineering research to optimize system performance and robustness in accordance with vehicle regulatory, performance, and safety requirements and established development processes. 2. Assist engineers in developing relevant components and systems to meet customer specifications and vehicle design and packaging requirements, including supporting reviews of part formability and assembly feasibility. 3. Support global and regional vehicle development by assisting engineers with design concepts, component requirements documentation, and program-specific requests for relevant components and systems. 4. Assist with engineering research to identify opportunities to improve the quality and cost competitiveness of relevant components and systems under engineers’ guidance. 5. Assist engineers with design optimization and technology development activities for relevant components and systems used in environmentally friendly and technologically advanced vehicles, including electric and autonomous vehicles.

- 인턴

Ability to use UG-NX or similar 3D CAD tools Experience with automotive-related projects, coursework, or internships in automotive engineering Ability to collaborate with global teams and take initiative while working under guidance Willingness to learn from and contribute to global teams and supplier partnerships, with a positive and collaborative attitude\

Virtual Integration & Body, Exterior, Chassis Solution Division Virtual Vehicle, Interior & ECS Solution Division : As an AIO Engineer Intern, you’ll work with design engineers and CAE engineers to support vehicle development by integrating 3D design and CAE analysis across Body, Exterior, Chassis, and Interior. You’ll gain hands-on experience in creating and reviewing 3D designs and evaluating key performance areas such as strength, stiffness, and durability. You’ll also learn how CAE results are used to identify design improvements and develop solutions that meet performance requirements, gaining experience in both design and analysis throughout the vehicle development process. Safety Performance Integration Division : As a Safety Performance Engineering Intern, you’ll work with safety engineers to evaluate vehicle safety performance using CAE. You’ll gain hands-on experience in crash safety, occupant protection, Vulnerable Road User (VRU) protection, sensing, and electric vehicle safety. You’ll also support the development and evaluation of vehicle structures and safety systems to help protect occupants and vulnerable road users. ADAS Division : As an ADAS Engineering Intern, you’ll partner with ADAS feature and virtualization engineers to develop a new evaluation strategy for GM’s ADAS systems, focused on improving the customer experience. You’ll help build a framework to evaluate ADAS software and calibrations against test cases associated with poor customer experiences so that opportunities for improvement can be identified. You’ll also have the opportunity to use AI to help bring this system to life while collaborating with GM’s global ADAS team to establish this new process.

- 인턴

Common Preferred Qualifications Understanding of automotive component design, manufacturing processes, and assembly processes Experience with 3D CAD tools such as Siemens NX or CATIA Knowledge or experience in CAE analysis, including structural, durability, crash, or vehicle performance simulations Experience using AI to build software and solve problems ADAS Preferred Qualifications Understanding of ADAS system design and sensor performance Vehicle dynamics and/or sensor simulation experience Hands on experience in automotive or robotics projects Familiarity with serial data (CAN, Eth, LIN, etc.)

Propulsion Controls: Develop calibration and embedded-control software for propulsion control modules and drive-unit control modules. Virtual Vehicle Dynamics: Execute virtual control development and virtual validation for vehicle dynamics, connecting virtual analysis with physical testing. Noise and Vibration: Develop noise and vibration performance by supporting virtual N&V models and conducting physical measurements. Energy: Develop and evaluate vehicle fuel economy in both model-based and physical environments. Virtual Thermal: Support the development and validation of virtual thermal design and management through modeling, analysis, and physical testing.

- 인턴

Experience in modeling and simulation using various Tools such as CAE, HIL, SIL, DIL Working knowledge of Thermal, Controls, Vehicle Dynamics, Noise & Vibration and Energy Proficiency in programming languages Python and C++ Working knowledge of vehicle communication protocols, such as CAN

1. Supplier Quality & Development APQP & PPAP: Establishing quality processes and approving parts for new supplier. Continuous Improvement: Collaborating with suppliers to drive ongoing part quality enhancements. Problem Solving & Improvement: Resolving part quality issues and implementing corrective actions. Process Simplification using AI & Automation tools and Software SQE Virtualization MR and VR adoption 2. Specification Engineer Serve as the primary analyst for the Master Part List, ensuring accuracy and up-to-date engineering specifications. Analyze and interpret complex engineering data, such as Design Change Orders, Vehicle Description Summary (VDS), and Product Plan Content. Update and manage the Master Parts List in the system based on engineering instructions. Collaborate with cross-functional teams, including Engineering, Program Teams, and Manufacturing, to ensure data integrity and alignment with program requirements. Identify and resolve discrepancies in engineering documentation and part specifications. Work closely with the Global Engineering Release Division.

- 인턴

Intermediate proficiency in Siemens NX (CAD/CAM) Experience in process simplification and automation using AI tools or software solutions Strong verbal and written communication skills in English Knowledge of quality standards (e.g., ISO 9001, IATF 16949) Experience with quality tools (e.g., APQP, PPAP, FMEA, SPC, MSA) Participation in automotive industry-academia projects or technical symposiums

1. Vehicle Architecture Integration & Propulsion VSE Define vehicle architecture, balance key requirements, and lead cross-functional integration from concept through launch. Define and integrate propulsion-system requirements while leading cross-functional issue resolution and validation across related vehicle systems. 2. Compartment Integration Design Engineer (CIDE) & Studio Design Engineer (SDE) Develop early vehicle concepts balancing design, safety, and program targets. Create space and package solutions for compelling interior and exterior designs. Transform creative ideas into feasible, production-ready designs through close collaboration with Studio and Engineering. Serve as a bridge between Design and Engineering, turning vision into reality 3. Customer Experience (CX) Create realistic virtual builds and 3D assets using NX/TcVIS inputs and tools such as Unreal Engine, VRED, and UG to reduce physical prototypes. Conduct perceptual and design quality assessments using 3D assets and contribute to cross-functional design reviews with a customer-focused mindset. Develop innovative virtual tools and workflows to improve engineering efficiency. 4. AI/Machine Learning & Data science Develop AI/ML models and applications using Engineering Data Develop Algorithm/tools to automate engineering workflows Collaborate with engineers on practical AI solutions 5. Innovation Solutions (AI & Prototyping) Identify and define business and customer problems using structured problem-solving methods (e.g., Lean Six Sigma, DFSS, Design Thinking) Select the right approach for each problem and rapidly build proof-of-concepts, from AI agents and automation to physical or virtual prototypes Validate solutions with data and user feedback, then scale successful ideas across the organization

- 인턴

Hands-on experience with 3D modeling, CAD software, or VR tools. Familiarity with UG/NX or 3D mathematical design software. Enthusiasm or experience in immersive technology (AR, VR, and MR). Basic understanding of automotive systems and vehicle engineering. Strong communication, teamwork, and collaborative problem-solving skills. Proficiency in AI & productivity Tool

Write, test, and debug application software code Collaborate with the development team on new feature builds Participate in code reviews and day-to-day agile team activities Learn GM's software development lifecycle, tools, and best practices Validate vehicle system behavior on benches and in vehicles through software and system testing. Build and improve automated test scripts and tools for functional, integration, and regression testing. Analyze test results and logs, document defects, and support issue resolution with experienced engineers.

- 인턴

Pursuing or holding a bachelor's degree in Computer Science, Software Engineering, or related field Working proficiency in at least one programming language (e.g., Java, Python, C++) Genuine enthusiasm for learning new tools and technologies Strong problem-solving mindset Basic understanding of software testing, verification, and validation. Ability to interpret test results and logs to identify potential issues. Interest in contributing to software quality alongside software development.

1. System Safety and Validation Engineer: a. Support and Lead vehicle development from requirements to testing, including test planning and review to verify that technical requirements are met. b. Work with engineering teams to integrate vehicle systems and solve technical issues. c. Use AI and Model-Based Systems Engineering to analyze requirements and support validation. d. Set and integrate vehicle mass targets throughout vehicle development, ensuring alignment with regulatory requirements and engineering goals. 2. Vehicle Certification, Regulations and Safety Field Investigation Engineer: a. Support vehicle certification and regulatory assessments for vehicle systems and engineering changes. b. Lead and execute certification testing and preparation of required reports and documents. c. Shape vehicle energy strategies that balance engineering goals and regulatory requirements. d. Use field data analysis and technical evidence to identify and investigate potential product risks and help determine appropriate Field Actions.

- 인턴

Curious, eager to learn and willing to take on leadership opportunities. Experience with mechatronic systems or automotive development projects. Basic knowledge of vehicle systems, CAN communication, safety analysis and system-level problem-solving. Familiarity with MATLAB/Simulink, Python or data-logging tools. Familiarity with AI tools and interest in applying them to engineering tasks. Strong communication, collaboration and teamwork skills.

Engineer and integrate advanced Body, Exterior, and Chassis components Lead collaboration across CAE, Manufacturing, Quality, and Validation teams Apply the latest technologies to enhance performance and craftsmanship

- 인턴

Ability to use UG-NX and 3D math modeling tools Automotive industry experience Those who have participated in automotive-related academic-industry projects or symposiums Individuals with leadership experience

Support manufacturing process and equipment planning for new vehicle programs Review equipment specifications and support installation, commissioning, and pre-production validation Collaborate with internal and external stakeholders to discuss and resolve technical issues Use data to support process stabilization and develop improvement proposals Document and share project results and process improvements

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Experience with automotive, mechanical, electrical, or manufacturing-related projects or internships Experience or knowledge in CAD, 3D modeling, PLCs, or automated equipment Experience or knowledge in Python, AI, data analytics, or smart manufacturing Ability to understand technical materials in English and communicate in English in a basic professional setting

Understand the vehicle and plan the work: Review how a connected vehicle communicates through areas such as telematics, infotainment, gateways, vehicle diagnostics, Bluetooth, Wi-Fi, cellular connections, mobile apps, and back-office services. Note which connections and features differ across vehicle programs. Help draft a risk-based plan for choosing what to assess first. Document factors the team can use when considering in-house testing or an outside specialist; the responsible team will make the final decision. Create reusable test materials: Help connect proposed test checks to a security framework chosen by the team, so reviewers can see what the plan covers. Draft test plans, checklists, and sample checks for vehicle networks and diagnostics (CAN, LIN, UDS, Automotive Ethernet); Bluetooth, Wi-Fi, and cellular; debug access and secure boot; and firmware, over-the-air (OTA) software updates, and remote vehicle commands. Any hands-on firmware access or extraction must be specifically approved and included in the test scope. Prepare and run a supervised pilot: Set up and document the lab bench and approved tools, such as hardware tools and protocol analyzers, with guidance from the team. Try selected checks on one approved target in a controlled lab (a vehicle or bench) under team supervision. Record what worked, what needs adjustment, and what could be reused on future programs. Report findings and share recommendations: Draft a findings-report template that explains the issue, its potential impact, and possible fixes. Propose severity categories for review; the responsible engineers will confirm final ratings and remediation actions. Work with cybersecurity compliance partners to identify relevant standards and regulations. The responsible teams will determine how those requirements apply. Document the proposed approach, pilot lessons, and recommendations; present the results and handoff materials to the team.

- 인턴

Hands-on experience with CAN or other vehicle networks, or hardware interfaces such as UART, JTAG, or SPI; experience using a logic analyzer is a plus Experience inspecting firmware to understand how it works, or other firmware analysis experience Experience with security testing for Bluetooth/BLE, Wi-Fi, or cellular connections Participation in vehicle-security projects, security research, or a cybersecurity club Prior internship or project experience in automotive, embedded systems, or security engineering

1. Electrical Components track: Support design and specification of electronic modules, sensors, and components Assist with hardware design and documentation, and validate hardware designs against vehicle requirements 2. Platform Software Product track: Support software development activities for platform software modules Assist with configuring embedded control software and partner with testing teams to verify software behavior and help resolve issues to closure 3. Platform Integration &Deployment track: Support development of automated test scripts/tools for vehicle electrical systems Assist with feature/function integration across full vehicle-level benches, including Hardware-in-the-Loop and Software-in-the-Loop

- 인턴

Prior coursework, project, or internship experience in automotive electrical/software systems Exposure to CAD, embedded software, or test automation tools Basic scripting ability (e.g., Python, C/C++) Strong curiosity about how electrical and software systems come together Solid analytical and problem-solving skills Comfortable collaborating in a team environment and asking questions