Manufacturing Project Engineer

• Providing technical expertise and guidance in major manufacturing projects, working with internal/external suppliers to support/improve manufacturing productivity and cost effectiveness.
• Implementing major systems and the coordination of those systems with the total plant.
• Communicating with suppliers to analyze their current or proposed product/process designs to determine feasibility of using existing designs or modifying the designs to improve process and/or product.
• Providing guidance to manufacturing engineers and operators in order to develop high quality products and processes.

• Works with R&D (research & development) staff to plan resource and capacity requirements for products under development.
• Creates consolidated forecasts for multiple product lines and production facilities.
• Advises on multiple cycles of short- and long-term capacity planning for product or site.
• Compares and contrasts alternative approaches and tools for capacity planning.
• Develops estimates and costs for incremental capacity requirements.
• Translates demand forecasts into production and capacity requirements.

• Generates specifications for parts or components with CAD software.
• Reuses design components via reusable libraries following standard procedures.
• Uses CAD to perform basic drafting such as wire frames, solid objects and array of objects.
• Performs routine changes to computerized schematics or drawings.
• Creates views of objects in 2 and 3 dimensions; creates perspective drawings and orthogonal views.

• Applies an assigned technique for critical thinking in a decision-making process.
• Identifies, obtains, and organizes relevant data and ideas.
• Participates in documenting data, ideas, players, stakeholders, and processes.
• Recognizes, clarifies, and prioritizes concerns.
• Assists in assessing risks, benefits and consideration of alternatives.

• Assists in problem resolution, drafting and writing specifications for engineering practices.
• Works with basic, routine components of the engineering discipline in manufacturing.
• Performs basic installation, maintenance and repairs for a specific engineering function.
• Follows relevant standards, policies and practices in engineering operations.
• Reports unusual engineering issues and considerations regarding manufacturing operations to senior staff.

• Utilizes preferred tools, techniques and methods for estimating project cost and time.
• Plans, estimates, staffs, organizes and monitors significant projects.
• Identifies risks and vulnerabilities; creates contingency plans.
• Conducts regular and ad-hoc project reviews with project team, sponsors, and clients.
• Maintains open communication among project participants and interested parties.
• Communicates reporting requirements; creates monitoring and control mechanisms.

• Loads different programs and new instructions.
• Resolves common robotics problems.
• Works with simple robots performing manufacturing process sub-functions.
• Assesses tasks for automation potential; obtains information about alternative robotic solutions.
• Assists with analyzing space and cost requirements associated with robot usage.

• Discovers, analyzes and resolves hardware, software, or application problems.
• Works with vendor-specific diagnostic guides, tools, and utilities.
• Handles calls related to product features, applications, and compatibility standards.
• Analyzes code, logs, and current systems as part of advanced troubleshooting.
• Records and reports specific technical problems, solving processes and tools that have been used.

Caterpillar