What is a Product Engineer?

what-is-product-engineering

What is a Product Engineer?

A Product Engineer is a Mechanical Engineer who spends significant time in planning products and their relating fabricating measures. They are additionally liable for progressing the product from plan to assembling at scale. Practically every industry that includes fabricating products available to be purchased utilizes Product Engineers. Their workplace is commonly on location at an assembling plant or in the corporate office chipping away at plans and meeting with partners.

The part of Product Engineer is a gifted, section level position. Most bosses normally need applicants who have in any event a four year college education in Mechanical Engineering. The following stage up the career stepping stool for a Product Engineer is Senior Product Engineer, which involves supervising and mentoring a group of Product Engineers. The Bureau of Labor Statistics expresses that interest for Mechanical Engineers, which incorporates Product Engineers, is set to rise 5 percent through 2024.

product-engineer-workflow
Product Engineer Workflow

Product Engineer Duties and Responsibilities

Designing products and the processes to manufacture them at scale involves several duties and responsibilities. We read through several Product Engineer job descriptions to compile this list of the most common Product Engineer tasks.

Manage the Design of Products and Processes

Designing products and their processes for manufacturing is where a Product Engineer spends a good portion of time. This involves using Computer Aided Design (CAD) software to build digital models of product concepts.

Create and Test Product Prototypes

Once a digital model of a product is created, the Product Engineer then creates and tests product prototypes. This requires complex problem solving skills, as the initial build of a prototype is rarely a smooth process.

Select Materials for Product Manufacturing

The Product Engineer is in charge of sourcing the materials necessary to build a prototype, and then scale that prototype in a cost-effective manner. This process involves working closely with Logisticians and Shipping Managers.

Collaborate with Product Development Teams

Speaking of collaboration, a Product Engineer has to collaborate with the Product Development team to turn concepts into reality. Good communication skills are required here, as debates between departments can get heated.

Ensure Manufacturing is up to Specifications and Safety Standards

Safety is one of the Product Engineer’s primary concerns. They must ensure product design meets any and all safety regulations, and that goes for the manufacturing process as well.

Product Engineer Skills

It is not difficult to accept that the job of Product Engineer is about specialized abilities. While having a serious level of specialized expertise is significant, being a Product Engineer likewise requires a few delicate abilities. Product Engineers are almost in every case part of a group, so they might have the option to flourish in a synergistic climate.  We broke down a few sets of expectations to assemble the accompanying rundown of center abilities needed by most employers, just as some high level abilities that will intrigue employers.

Core skills

The following are core skills you should work on acquiring if you want to be a Product Engineer.

  • Proficiency in CAD software
  • Proficiency in CAM software
  • Critical thinking skills
  • Ability to multitask
  • Ability to work in a team
  • Decision making skills
  • Analytical skills

Advanced Skills

Here are a few advanced skills listed as preferred by several employers.

  • Expertise in CAD and CAM software
  • Ability to explain complex technical concepts to non-technical team members
  • Ability and desire to assume a leadership role

Tools of the Trade

Product Engineers use several tools while performing their duties and responsibilities. Here is a list of tools you should familiarize yourself with if you want a job as a Product Engineer

  • Coordinate measuring machines
  • Analytical software, such as Blue Ridge Numerics CFDesign
  • Computer Aided Design (CAD) software, such as Bentley MicroStation
  • Computer Aided Manufacturing software, such as
  • CadCam Unigraphics
  • Graphic illustrator software, such as Adobe Illustrator