About Company
Molex is a prominent name in the electronic components industry, specializing in everything from high-speed data connectors to ruggedized industrial solutions. As a part of Koch Industries, Molex operates under a unique entrepreneurial philosophy where employees are encouraged to challenge the status quo and create value. The PSBU (Power Solutions Business Unit) within the CCS (Consumer & Commercial Solutions) division in Bangalore is a critical hub for developing high-power connector systems.
Job Details
| Role: | Associate Design Engineer |
| Salary: | UP to ₹9 LPA* |
| Location: | Bangalore |
| Job Type: | fulltime |
| Posted Date: | 17/04/2026 |
| Application Deadline: | Apply Soon |
Job Description
As an Associate Design Engineer, you will be part of a specialized group focused on the mechanical design of high-power connectors. Your role is “hands-on,” involving the creation of complex 3D models and 2D engineering drawings for plastic components. You will act as a technical link between conceptual design and physical manufacturing, ensuring that every component is functional, reliable, and manufacturable.
Requirements
- Education: B.E. (Graduate in Mechanical Engineering).
- Experience: 1 to 3 years of professional experience in mechanical design.
- Software Tools: Hands-on proficiency in NX CAD (for modeling) and Teamcenter (for Product Lifecycle Management).
- Technical Fundamentals: * Strong understanding of plastic design fundamentals (e.g., draft angles, wall thickness, and rib design).
- Basic to intermediate knowledge of GD&T (Geometric Dimensioning and Tolerancing).
- Initial exposure to Tolerance Analysis.
- Soft Skills: Good verbal and written communication skills to effectively collaborate with global cross-functional teams.
Roles and Responsibilities
- Plastic Component Design: Support the design and engineering of intricate plastic parts for connector systems using NX CAD.
- 3D & 2D Engineering: Create, modify, and maintain high-fidelity 3D models and detailed 2D production drawings.
- GD&T Application: Apply precise geometric tolerances to designs to ensure parts fit together correctly and can be manufactured consistently.
- Design Validation: Support basic tolerance stack-up analysis and validation activities to identify potential failure points before production.
- Cross-Functional Collaboration: Partner with manufacturing and quality teams during design iterations to optimize the product for mass production.
- Technical Documentation: Prepare and maintain all related technical documentation, including BOMs and design change records.
How to Apply?
Role Summary
The Associate Design Engineer at Molex is a “Precision Architect.” In the world of high-power connectors, tolerances are measured in microns. Because these connectors often handle significant electrical loads, your designs for the plastic housing must manage thermal expansion and electrical insulation while remaining durable enough for industrial environments.
Company Culture & Insights
Molex operates under the Koch Business Philosophy, which treats every employee as an “entrepreneur.” This means the culture in the Bangalore office is one of high accountability and reward for contribution. Innovation isn’t just a buzzword here; it’s an expectation. You will find a dedicated group of professionals who value continuous learning and technical rigor.
Why We Recommend This Job
- Mastery of NX CAD: While many firms use SolidWorks, Molex uses NX CAD, which is the gold standard for high-end automotive and aerospace design. Mastering this tool early in your career is a massive resume booster.
- Niche Domain (High-Power): As the world shifts toward electric vehicles (EVs) and massive data centers, expertise in High-Power Connectors is one of the most career-stable domains in mechanical engineering today.
- End-to-End NPD Exposure: If you have an aptitude for New Product Development (NPD), this role offers the chance to see a product move from a sketch to a global release.
Career Growth Potential
- Design Engineer II: Taking ownership of larger sub-systems and complex integration projects.
- Senior Design Engineer: Leading technical roadmaps for a specific generator product line.
- Specialist / SME: Becoming a global Subject Matter Expert in areas like “Control Systems Hardware” or “Advanced Fuel Delivery.”
Skills You’ll Gain
| Category | Specific Competencies |
| Design Tools | Siemens NX (Advanced surfacing and assemblies), Teamcenter PLM. |
| Plastic Engineering | Injection molding design constraints, Material selection (Resins), Draft analysis. |
| Analysis | Tolerance stack-up analysis (RSS and Worst-Case methods), Basic FEA. |
| Industry Standards | High-power connector safety standards, UL/CE compliance basics. |
Salary & Benefits Info
- Estimated Salary: For an engineer with 1–3 years of experience at a global leader like Molex in Bangalore, the Total Compensation (TC) typically ranges from ₹7,00,000 to ₹12,00,000 per annum, depending on the depth of NX CAD expertise.
- Key Perks: Molex provides competitive benefits, a work environment that encourages unleashable potential, and a compensation philosophy that rewards individual value creation.
Frequently Asked Interview Questions
- NX CAD/Modeling: “How do you ensure ‘Parametric Integrity’ in a complex NX assembly? Walk me through how you would handle a change in a parent part that affects multiple child components.”
- Plastic Design: “When designing a plastic housing for a high-power connector, what are the three most important factors you consider to prevent warpage during the injection molding process?”
- GD&T: “Explain the difference between Bonus Tolerance and Virtual Condition. How do these concepts affect the design of a ‘Go’ gauge for a connector pin?”
- Tolerance Analysis: “Describe a time you performed a Tolerance Stack-up Analysis. What was the outcome, and how did it influence your final design?”
Behavioral & Culture Questions
- Entrepreneurial Mindset: “Molex encourages challenging the status quo. Tell me about a time you identified a more efficient way to complete a design task or improved a process.”
- Problem Solving: “High-power products often face thermal challenges. Describe a time you had to solve a complex technical problem under a tight deadline.”
- Collaboration: “How do you handle feedback from the manufacturing team when they tell you your ‘ideal’ design is too difficult or expensive to produce?”