Engineering Manager - Hydraulics System

Caterpillar Inc.•Sanford, NC

1d•$147,760 - $221,640•Onsite

About The Position

The Building Construction Products (BCP) Division, US has an opportunity for an Engineering Manager position to lead the Hydraulic Systems (Fluid Power) Team. As an Engineering Manager within the US Hydraulic Systems (Fluid Power) Team in Caterpillar’s Building Construction Products (BCP) division, you will lead a team of engineers delivering hydraulic system technologies aligned to multi generation product plans and new product introductions. The role has a strong focus on customer value and product quality, working closely with global Caterpillar teams and suppliers to deliver robust, future ready solutions. You will also drive continuous improvement, address field quality issues and reducing warranty through strong technical leadership and informed decision making.

Requirements

A bachelor’s degree in Mechanical Engineering, Electrical Engineering, Manufacturing Engineering, Computer Science, Ag Engineering, or another accredited engineering discipline, providing a solid technical foundation relevant to hydraulic systems (fluid) power and product development.
Customer Focus: Be aware of customer needs, priorities and expected outcomes. Proactive anticipate new customer needs, market conditions, and deliver superior customer value in the hydraulic system/fluid power solution and application space.
Planning – Tactical & Strategic: Able to turn longer term business and technology goals into clear, achievable plans, while keeping short term delivery on track. This looks like well prioritised work, appropriate resourcing, clear dependencies and teams who understand both immediate objectives and future direction.
Decision Making & Critical Thinking: Confident making sound, balanced decisions in complex or uncertain situations, weighing technical risk, customer impact, cost and timing. Demonstrated through structured thinking, clear rationale and the ability to support others through difficult trade offs.
Technical Excellence: Brings strong technical credibility and judgement in fluid power theory and application, able to assess risk, guide technical decisions and resolve complex system issues. This is reflected in setting clear technical direction, supporting others and ensuring solutions are robust.
Managing People: Leads and develops engineering teams effectively, setting clear expectations, addressing performance or capability gaps and promoting a positive, accountable working environment. Evidenced through engaged teams, effective coaching, consistent delivery through others, and team growth in fluid power knowledge.
Collaborating Globally: Knowledge of effective collaboration techniques and ability to build networks with people from different countries and cultures, think and work with them to bring positive impact and flourishing business results.

Nice To Haves

Ability to communicate, collaborate, and build trust across a wide and diverse range of people both internally and externally.
Proven experience of coaching, motivating, and developing a team.
Ability to identify and create value that delivers a high return on investment for customers.
Previous and direct experience in leading hydraulic system design, development, manufacture, and validation.
Ability to leverage enterprise investments and align with corporate strategies.
The ability to structure and drive complex engineering activity, managing priorities, risks, dependencies and stakeholder expectations.
Comfortable working across regions, cultures and functions, adapting communication and ways of working to build alignment and shared ownership.
Technical validation experience (DFMEA, DOE)
Data analytics experience (Power Bi, Tableau, etc.)

Responsibilities

Lead the development and delivery of hydraulic system technologies in line with strategic objectives and customer needs.
Translate multi generation product plans and technology strategy into clear, prioritised engineering activity across both short and longer term horizons.
Guide technical decision making, balancing risk, performance, cost, timescales and return on investment.
Act as a technical role model, promoting high quality engineering delivery while aligning with wider enterprise strategies and investments.
Keep sight of relevant industry, regulatory and technology developments, sharing implications with both technical and commercial stakeholders.
Build effective working relationships across product groups, systems engineering, supply management and suppliers.
Lead, coach and develop an engineering team, building deep technical capability to support current delivery and future requirements.