Similar Titles

Manufacturing Process Engineer, Manufacturing Systems Engineer, Manufacturing Development Engineer, Manufacturing Production Engineer, Manufacturing Design and Development Engineer, Manufacturing Process Development Engineer, Manufacturing Design Specialist, Production Design Engineer, Process Design Engineer, Manufacturing Design Analyst

Job Description

If you’ve ever bought a mass-produced product, it was probably manufactured. Modern manufacturing relies on innovative designs and efficient processes to transform ideas into goods we can use in the real world!

That’s why the manufacturing sector is fundamental to so many industries, from vehicles to appliances and other consumer goods—and Manufacturing Design Engineers are the experts who make it all possible.

They create and implement the complex processes needed to move designs from the concept stage to production, helping optimize manufacturing methods while ensuring product quality and functionality along the way.

Blending principles of mechanical engineering, material science, and industrial design, their work is vital for manufacturers to stay cost-effective and competitive. This ultimately contributes to wider economic growth and technological advancement across multiple industries!

Rewarding Aspects of Career
  • Innovating product design and manufacturing processes
  • Enhancing efficiency and sustainability in production
  • Contributing to technological advancements in various industries
2022 Employment
2032 Projected Employment
The Inside Scoop
Job Responsibilities

Working Schedule

Manufacturing Design Engineers typically work full-time, with overtime needed to meet project deadlines. The role may include occasional travel for plant visits, supplier meetings, and industry conferences.

Typical Duties

  • Collaborate with cross-functional teams to develop and refine product designs
  • Select appropriate materials and manufacturing processes for products
  • Implement cost-reduction strategies and improve production efficiency
  • Conduct product and process simulations using computer-aided drafting and manufacturing software
  • Review product quality and oversee prototype testing
  • Analyze production data to look for problems and inefficiencies
  • Offer technical guidance and support to manufacturing teams
  • Maintain detailed documentation regarding manufacturing processes
  • Stay updated on trends and technology advancements related to manufacturing
  • Integrate new technologies such as automation and robotics
  • Study industry best practices, lead continuous improvement 
    initiatives, and focus on lean manufacturing principles

Additional Responsibilities

  • Work with suppliers to ensure the availability of suitable materials
  • Participate in research and development
  • Evaluate environmental impacts; ensure compliance with industry standards
  • Coordinate with official agencies to keep up with changing requirements such as product safety regulations, laws, and standards
Skills Needed on the Job

Soft Skills

  • Adaptability
  • Analytical thinking
  • Attention to detail
  • Clear communications
  • Creativity
  • Independence
  • Innovation
  • Leadership
  • Problem-solving
  • Self-motivation
  • Teamwork

Technical Skills

  • Experience in product design and development
  • Familiarity with lean manufacturing and continuous improvement methodologies
  • Industrial control software (Computer numerical control; programmable logic controller; and supervisory control and data acquisition software)
  • Knowledge of environmental and safety regulations
  • Knowledge of manufacturing processes and materials
  • Proficiency in CAD and CAM software
  • Skills in project management and cross-functional collaboration
  • Understanding of quality control and assurance principles
Different Types of Organizations
  • Automotive manufacturers
  • Aerospace companies
  • Consumer electronics firms
  • Industrial machinery manufacturers
  • Medical device companies
  • Research and development organizations
Expectations and Sacrifices

The responsibilities of a Manufacturing Design Engineer lie at the nexus between promoting creative design ideas and incorporating practical manufacturing processes. Sometimes design aspects must be sacrificed in order to make a product idea feasible and cost-effective to produce.

Their duties may shift from desk work to on-site involvement, which can add up to long hours—especially when deadlines are coming up or there is a production problem. Meanwhile, the worksite environments are usually noisy, busy, and sometimes hazardous. But the pressure is on to keep things running because production downtime means lost revenue.

Because manufacturing technologies evolve, Manufacturing Design Engineers must keep up with trends so processes run as efficiently as possible. This requires continuous learning and studying what the competition is up to! 

Current Trends

The integration of automation has been a transformative trend, with increasingly sophisticated and flexible automation systems able to adapt to varying production demands. In addition, robotics combined with advanced AI are also enhancing efficiency, precision, and safety on the manufacturing floor.

Meanwhile, the rise of Industry 4.0 is reshaping manufacturing into a more data-driven and interconnected domain. Smart factories, underpinned by the Internet of Things, are turning manufacturing facilities into intelligent environments using sensors and connected devices to monitor and optimize processes in real-time.

Another crucial trend is the emphasis on sustainability and eco-friendly practices. Manufacturers are increasingly adopting green processes, focusing on reducing waste, conserving energy, and minimizing their carbon footprint. 3D printing and additive manufacturing are playing a vital role in these endeavors. 

What kinds of things did people in this career enjoy doing when they were younger…

Manufacturing Design Engineers may have been fascinated by how things are made, enjoying activities like building models, disassembling electronics, or crafting. Their interests likely included STEM subjects, with hobbies such as robotics clubs, woodworking, or computer programming. They might have had an interest in design and drawing, too! 

Education and Training Needed
  • Manufacturing Design Engineers typically need a bachelor’s in manufacturing design engineering, mechanical engineering, industrial engineering, or a related field
  • Relevant coursework may include:
  1. Applied Probability & Statistics
  2. Calculus for Computer Science
  3. Computer-Aided Design
  4. Computer-Aided Engineering
  5. Electrical Circuits & Systems
  6. Environmental and Safety Standards
  7. Industrial Automation
  8. Manufacturing Processes
  9. Materials and Manufacturing
  10. Materials Science
  11. Mechanical Design
  12. Product Design Optimization
  • Many students go for a 5-year dual bachelor’s and master’s degree
  • Internships in manufacturing or design firms can provide practical experience
  • Optional professional certifications such as Six Sigma, Lean Manufacturing, or Project Management are great ways to boost one’s knowledge and capabilities
  • Workers with engineering degrees can take the Fundamentals of Engineering exam, earn a National Council of Examiners for Engineering and Surveying’s Engineer In Training certification, and pursue a National Society of Professional Engineers’ Professional Engineer license when the time is right
Things to look for in an University
  • Seek an ABET-accredited program in mechanical engineering or industrial engineering
  • Weigh the cost of tuition against available financial aid and scholarship opportunities
  • Decide on the program format (on-campus, online, or hybrid)
  • Assess faculty qualifications and facilities for modern labs and research spaces
  • Investigate partnerships with industry/research institutes for enriched learning experiences
  • Consider post-graduation outcomes like job placement rates and the strength of the alumni network
Things to do in High School and College
  • Reach out to do an informational interviews with a working Manufacturing Design Engineers
  • Check out “A Day in the Life of a Manufacturing Engineer
  • Watch videos and read blogs and publications related to the field to stay informed about industry trends
  • Review job posts and read the job descriptions to see what current qualifications and specializations employers are looking for
  • In high school, focus on math (algebra, geometry, trigonometry, calculus), physics, computer science, chemistry, and design courses
  • Apply for engineering scholarships like the SME Education Foundation Scholarship
  • In college, delve into courses on manufacturing processes, CAD/CAM, and material science
  • Engage in extracurricular activities like engineering clubs or design competitions
  • Participate in internships or co-op programs to gain real-world experience
  • Join professional organizations and forums related to manufacturing and design engineering
  • Join manufacturing design engineering-related discussion groups like Engineers Edge
  • Keep track of all your work and academic accomplishments for your resume and college applications
Typical Roadmap
Manufacturing Design Engineer Roadmap
How to land your 1st job
  • Seek internships in manufacturing design to gain practical work experience
  • Use a Manufacturing Design Engineering resume template
  • Include relevant keywords such as CAD, Process Optimization, Lean Manufacturing, etc.
  1. Check out some current job postings to search for relevant keywords to include, if applicable to your resume
  • Enhance your resume by acquiring certifications in key areas like CAD software (SolidWorks, AutoCAD) or process improvement methodologies (Six Sigma)
  • Participate in competitions or collaborative projects focused on manufacturing design to gain attention
  • Prepare for interviews by brushing up on relevant terminology and trends
  1. Brush up on areas like 3D printing, robotics, and sustainable design practices
  • Create a digital portfolio showcasing your design projects and contributions. Detail your roles, skills used, and the impact of your work
  • Jobs are often found through networking, so make connections by going to professional association events. Let your network know you’re looking for work!
  1. Be active in online forums related to manufacturing design engineering
  2. Use LinkedIn and specialized engineering forums to discover job opportunities
  • Research potential employers and visit their career pages for job openings
  • Ask former supervisors and/or college professors for references or recommendation letters
  • Utilize your school’s career center for help with resume and interview preparation
  • Ask your program manager if they have ties with local employers or recruiters
  • Dress professionally for job interviews 
How to Climb the Ladder
  • Consider specialized certifications or a master’s degree to deepen your expertise
  • Discuss advancement opportunities with your supervisor. Try to get involved in higher-level decision-making
  • Volunteer for challenging manufacturing projects to demonstrate your skill and adaptability
  • Proactively seek additional education and training to benefit your career and employer
  • Stay current with the latest software, tools, and manufacturing methodologies
  • Build strong relationships with colleagues, management, and clients
  • Mentor junior colleagues or interns to develop leadership skills
  • Consider switching employers if necessary to advance your career. Move to an area where there are more job opportunities in your field, if necessary to advance
  1. For example, states with high levels of industrial engineer employment include Michigan, California, Texas, Ohio, Illinois, Minnesota, Wisconsin, Indiana, and Connecticut
Recommended Tools/Resources



  • Introduction to Manufacturing: An Industrial Engineering and Management Perspective, by Michel Baudin and Torbjørn Netland
  • Manufacturing Processes for Engineering Materials, by Serope Kalpakjian and Steven Schmid
  • The Design of Everyday Things, by Don Norman
  • The Materials Sourcebook for Design Professionals Hardcover, by Rob Thompson and Martin Thompson 
Plan B

Manufacturing Design Engineering is a dynamic and evolving field. Sometimes the pressure to meet production demands and deadlines can be intense. For those who are curious about other options, check out the below list of related career fields!

  • CAD Technician
  • Chemical Engineer  
  • Electrical Engineer
  • Human Factors Engineer
  • Industrial Designer
  • Industrial Engineer
  • Materials Engineer
  • Mechanical Engineer
  • Mechatronics Engineer
  • Operations Manager
  • Process Improvement Specialist
  • Product Designer
  • Quality Assurance Engineer
  • Robotics Engineer
  • Supply Chain Manager
  • Validation Engineer


Online Courses and Tools