A Manufacturing Engineer designs and operates the manufacturing systems for a product. They choose the best technologies and process to manufacture it, plan and design the factory that will produce the product and manage the running and maintenance and continuous improvement of the manufacturing process.
They may also be responsible for inventory control, quality management and control, material flow, cost analysis, procurement and supply chain management.
Their main goal is to create the stages of a manufacturing system that ultimately produces a product in the most time-efficient and cost-effective way possible, while always maintaining staff safety and product quality.
According to the BLS, the median annual wage for industrial/manufacturing engineers was $88,020 in May 2019 with projected job growth of 10% from 2016 to 2026.
Manufacturing engineering is the branch of engineering that is concerned with understanding, analyzing and improving complex industrial, manufacturing and infrastructure systems. It focuses on finding and using the equipment needed to turn raw materials into a finished (discrete) product in the most efficient way possible.
A Manufacturing Engineer is responsible for ensuring that manufacturing is carried out (and the end product is produced) in the most time-efficient and cost-effective way while still maintaining overall product quality.
In new facilities or production setups, they might be involved in the establishment of systems and determining the best process of manufacture.
Within existing manufacturing set-ups, they are more likely to work in the monitoring of equipment and identifying opportunities for improvements to increase productivity while maintaining product quality.
For example, a Manufacturing Engineer might be hired to:
- Automate an engine manufacturing facility through use of robotics and computer integrated technology
- Design a cell phone manufacturing processes to reduce costs and improve product quality
- Figure out the most optimal layout of machines and equipment for manufacturing cells in discrete parts manufacturing.
- Develop and implement fabrication processes for microprocessors
- Identify the most cost-effective material handling and facility layout alternative for an aerospace manufacturing company
- Design the tools or equipment to manufacture a product if none exist
Check out this video from JobTalk on a “Day in the Life of a Manufacturing Engineer”.
Exact tasks will vary greatly between roles depending on the final product of manufacturing, but examples of tasks include:
- Conceptual design of the manufacturing process.
- Analyze the product and design a method to produce that product efficiently
- Installation of new equipment
- Production management including managing of production targets and inventory control
- Continuous improvement and elimination of waste through ongoing analysis and identification of inefficiencies within the system
- General oversight and monitoring of machinery – including project coordination for maintenance, upgrades, and repair when needed
- Working with manufacturing staff to train on new equipment or optimization processes
- Help with troubleshooting of problems within the manufacturing process
- May have budgetary responsibilities
To be a great Manufacturing Engineer, it is also important to keep up to date with new technologies and improvements in the field.
Manufacturing Engineers (generally) work in Discrete Manufacturing – machines and or assembles (screws, bolts, welds, glues, rivets) individual pieces into a distinct product often on an assembly line. (Think car assembly – Telsa’s production line for its electric cars, furniture manufacturing (think IKEA), shipbuilding, cell phones (iPhones), computers, airplanes, syringes, medical pumps, scalpels, pacemakers, etc)
In a discrete manufacturing factory, you typically find, assembly lines, U shaped assembly areas, conveyor belts, machine tools, CNC machine centers, CNC lathes, stamping presses and dies, robots, welders, pick and place (SCARA) robots, injection moulding machines, packing machines, air-powered assembly tools, painting and finishing areas, etc.
Process Engineers work in Process or Continuous Manufacturing – takes a formulation or recipe of ingredients and blends them together using a chemical reaction, heat, cold, fermentation, etc continuously or in a batch into a final product which is usually a liquid, powder, gas or solid. (Think turning milk into baby formula, oil refining, gasoline, plastic, casein, cheese, butter, paint or pharmaceutical manufacturing,)
In a process manufacturing factory, you typically find, piping, pumps, tanks, flow valves, steam valves, temperature gauges, boilers, vessels, reactor vessels, crackers, distillation columns, heat exchangers, boilers, steam pipes, autoclaves, clarifiers, decanters, fluidised dryers, Program Logic Controllers (PLCs) PID (Proportional Integral Derivative) Controllers, etc,
For some people, they are broadly synonyms with far more similarities than differences. But for what it’s worth, here is a very high-level take on the differences.
Manufacturing Engineers – more concerned with the initial research design, layout and build of the manufacturing process or system.
Production Engineers and more focused on running the systems and would place more emphasis on meeting production targets, inventory control, operations management, continuous improvement and elimination of waste, quality control, and quality assurance.
Industrial Engineers similar to production engineers but much more emphasis on working with people. They look for ways to make the workers’ routines more efficient to improve production.
Manufacturing Engineers will typically have a Bachelors degree in manufacturing engineering. Many will start with a mechanical engineering degree but other areas of specialization (such as production) may also be useful.
If you already work as a manufacturing engineer and would like to retrain to perform the same or similar role within the pharmaceutical industry, check out our 30-week Certificate in BioPharmaChem conversion program.
The skills needed to be an effective Manufacturing Engineer include:
- Analytical Skills – need to be able to identify areas of low efficiency and work to provide improvements
- Lean Manufacturing Skills – must be able to identify and eliminate waste within the system
- QA and QC Skills – such as ISO 9000, Six Sigma, Statistical Process Control, etc
- Communication Skills – will work with manufacturing employees at all levels and need to be able to effectively explain the relevant points of equipment to each. Also needed for successful project management
- Technical Skills – must be able to work with different technology to provide a solution that produces the required result in the most efficient way possible
- Commercial Awareness – must keep the “bigger picture” in mind at all times when considering each step of the manufacturing process
- Problem Solving Skills – have to take a concept of a process and establish the equipment needed to make it happen
- Organisational Abilities – should be able to prioritise tasks, set schedules and work between different projects to achieve overall business goals