Product Design Engineer

Product Design Engineer at ITT — Research Report

Introduction

The Product Design Engineer role at ITT offers a high-impact pathway into the engineering sector, blending creative design with technical execution. This position is critical for developing next-generation fluid management and connectivity solutions that serve industries from aerospace to automotive. With a strict deadline of 2 days from posting, this opportunity demands immediate action from qualified candidates in Chicago, IL. Securing this internship or job can accelerate your career by providing hands-on experience with global engineering challenges and proprietary technologies.

Overview of ITT

ITT Inc. is a premier global manufacturer of high-performance engineered products, specializing in fluid management, connectivity, and motion control systems. The company operates across three core business segments: Engineered Products, Process Solutions, and Connect & Control Technologies, serving critical markets like aerospace, defense, automotive, and industrial manufacturing . ITT distinguishes itself through a niche focus on reliability and precision in extreme environments, competing with giants like Parker Hannifin and Danaher while maintaining a specialized reputation for innovation.

The company’s market presence is robust, with headquarters in Stamford, Connecticut and significant operational hubs including Orchard Park, NY, and a growing footprint in Chicago, IL . ITT’s culture emphasizes engineering excellence, safety, and sustainability, often described as a "powerhouse" for brands that require uncompromising quality. Employees value the company for its stable growth, access to cutting-edge R&D, and the opportunity to work on products that power everything from commercial aircraft to medical devices.

Product Design Engineer Role

Role Overview

A Product Design Engineer at ITT acts as the bridge between conceptual design and physical manufacturing, ensuring products meet rigorous performance standards. Day-to-day, the role involves translating customer requirements into detailed engineering specifications, creating 3D models, and validating designs through simulation and testing. This position directly impacts the business by reducing development cycles, minimizing production costs, and enhancing product reliability for global clients.

Detailed Responsibilities

The core duties of this role are multifaceted and require a blend of analytical and creative skills:

• Developing detailed 3D CAD models and 2D drawings for new fluid management components .
• Conducting finite element analysis (FEA) to validate structural integrity under stress .
• Collaborating with manufacturing teams to ensure designs are feasible for production .
• Performing prototype testing and documenting results to refine product performance .
• Creating technical documentation, including design reports and user manuals for internal and external use .

Day-to-Day Workflow

Your typical day begins with a team sync to review project milestones and address any immediate design conflicts. You will spend the majority of your morning in CAD software, refining geometry or generating new models based on recent test data. Mid-day often involves cross-functional meetings with electrical engineers or supply chain managers to align on component specifications. The afternoon is dedicated to simulation work, running stress tests, or preparing documentation for design reviews. This workflow ensures a balance between independent technical work and collaborative problem-solving.

Tools and Technologies

ITT relies on a robust suite of industry-standard engineering tools. The primary design software includes SolidWorks and CATIA for complex 3D modeling . For analysis and simulation, engineers utilize ANSYS, Abaqus, and HyperWorks to perform thermal and structural evaluations . Additionally, proficiency in MS Office for documentation and MATLAB or C++ for data analysis and automation is frequently required . Familiarity with PLM (Product Lifecycle Management) systems like Teamcenter is also advantageous for managing design data.

Skills and Requirements

Technical Skills

Candidates must possess a strong foundation in mechanical engineering principles and advanced proficiency in CAD tools. Essential technical competencies include:

• Expert-level skills in SolidWorks or CATIA for 3D modeling and drafting .
• Experience with FEA tools like ANSYS or Abaqus for design validation .
• Knowledge of manufacturing processes such as injection molding, CNC machining, and casting .
• Ability to write basic scripts in MATLAB or C++ for data processing .

Soft Skills

Beyond technical prowess, ITT values engineers who can communicate effectively and adapt to dynamic project needs. Key soft skills include:

• Communication: Clearly articulating design rationale to non-engineering stakeholders .
• Teamwork: Collaborating seamlessly with cross-functional teams in a global environment .
• Problem-Solving: Identifying root causes of design failures and implementing innovative solutions .
• Organization: Managing multiple tasks and meeting strict deadlines without compromising quality .

Experience Expectations

ITT typically targets candidates currently enrolled in a 4-year accredited university program, with a preference for Sophomores, Juniors, or Seniors . A minimum GPA of 3.0 is required, though higher academic performance is advantageous . While a graduate degree is not mandatory, a Bachelor’s in Mechanical, Electrical, or Optical Engineering is essential . Candidates should demonstrate practical experience through a portfolio of projects, internships, or coursework that showcases their design process and problem-solving abilities . Previous exposure to the automotive or aerospace industry is highly preferred .

Salary and Benefits

Compensation for a Product Design Engineer at ITT varies based on experience level and location. For internship roles in Chicago, IL, the estimated weekly stipend ranges from $800 to $1,200, aligning with market rates for engineering internships in the Midwest. Full-time employees in this role typically earn an annual salary between $75,000 and $95,000, with senior engineers reaching up to $110,000. Benefits include a comprehensive health plan, 401(k) with company match, and paid time off. ITT also offers unique perks such as a learning budget for professional development, hybrid work options for certain roles, and opportunities for full-time conversion after successful internship completion.

ITT Hiring Process

Step-by-Step Hiring Stages

The hiring process at ITT is structured to evaluate both technical competence and cultural fit. The stages typically include:

1. Application: Submitting your resume, cover letter, and portfolio via the ITT careers portal or job boards .
2. Screening: An automated ATS review checks for keywords like "SolidWorks," "FEA," and "Mechanical Engineering" .
3. Assignment: Selected candidates may receive a technical design challenge or case study to complete .
4. Interviews: One or two rounds of interviews, including a technical deep-dive and a behavioral assessment with hiring managers .
5. Offer: Final negotiation and issuance of the employment or internship contract .

Application Timeline

Given the 2-day deadline from posting, the application window is extremely narrow. Candidates should apply immediately upon seeing the posting. The typical process duration from application to offer ranges from 2 to 4 weeks, though urgent hiring needs may accelerate this to 10 days. It is critical to submit all materials before the deadline to avoid automatic rejection.

Screening Methods

ITT uses an Applicant Tracking System (ATS) that scans for specific keywords and qualifications. Essential keywords include "Product Design," "CAD," "Mechanical Engineering," and "SolidWorks" . Your portfolio must demonstrate a clear design process, showing the problem, constraints, and decision-making rationale rather than just final visuals . Resumes without a GPA of 3.0 or higher may be filtered out automatically . Authorization to work in the US permanently post-graduation is a mandatory requirement for full-time roles .

Interview Preparation

Example Interview Questions

Recruiters at ITT often ask questions that test both technical knowledge and practical application. Common examples include:

• "Describe a complex product you designed from concept to prototype. What challenges did you face?"
• "How do you validate a design using FEA before moving to manufacturing?"
• "Explain how you would optimize a fluid management component for weight reduction without compromising strength."
• "Tell us about a time you had to collaborate with a non-engineering team to solve a design issue."

How to Answer

Use the STAR method (Situation, Task, Action, Result) to structure your responses. Start by briefly setting the context, then detail the specific task and the actions you took, emphasizing your technical choices. Finally, quantify the result, such as "reduced weight by 15%" or "cut production time by 2 days." This approach demonstrates clarity, logical thinking, and a focus on outcomes .

What Recruiters Evaluate

Hiring managers at ITT prioritize candidates who show curiosity over perfection and a strong ability to solve real user problems . They evaluate your technical depth in CAD and simulation, your understanding of manufacturing constraints, and your ability to communicate complex ideas clearly. Cultural fit is also critical; they look for engineers who are collaborative, safety-conscious, and eager to learn from senior team members.

How to Get Selected

Practical Tips

To maximize your chances of getting hired, tailor your resume to highlight specific ITT-relevant skills like SolidWorks and ANSYS . Ensure your portfolio includes at least two complete case studies that walk through your entire design process, from problem definition to final validation . Apply immediately, as the 2-day deadline means the pool of qualified candidates will be small but competitive. Network with current ITT employees on LinkedIn to gain insights into the team’s current projects and culture.

Common Mistakes to Avoid

Many candidates get rejected for submitting generic resumes that lack specific engineering keywords . Avoid portfolios that only show polished final images without explaining the design rationale or constraints . Failing to meet the 3.0 GPA threshold or lacking authorization to work in the US post-graduation will also result in immediate disqualification . Do not wait until the last hour to apply, as technical issues or high traffic could prevent submission.

How to Stand Out

Advanced strategies include creating a custom project that solves a problem relevant to ITT’s fluid management or connectivity segments. For example, design a lightweight valve housing and document your FEA results. Reach out to the hiring manager directly with a concise, value-driven message highlighting your relevant skills. Tailor your cover letter to mention ITT’s specific business segments, showing you understand their market position and challenges. This level of preparation signals genuine interest and initiative.

Final Thoughts

The Product Design Engineer role at ITT is a gateway to a rewarding career in high-performance engineering, offering the chance to work on products that define industry standards. With a deadline of just 2 days, the window to apply is narrow, but the opportunity to join a global powerhouse is immense. Take action now: refine your portfolio, tailor your resume, and submit your application immediately. Your future in engineering could start with this single step.

Frequently Asked Questions

Q: What is the salary for Product Design Engineer at ITT?
A: Internships typically offer $800–$1,200 per week, while full-time roles range from $75,000 to $95,000 annually, depending on experience and location.

Q: How competitive is it to get hired at ITT?
A: ITT is highly competitive, especially for roles with short deadlines. They prioritize candidates with strong technical skills, a GPA of 3.0+, and relevant industry experience .

Q: What skills are most important for this role?
A: Mastery of SolidWorks or CATIA, proficiency in FEA tools like ANSYS, and a solid understanding of manufacturing processes are the most critical skills .