Systems Design Engineer

Agility Fuel Systems•Lincoln, NE

4d•Onsite

About The Position

Our design engineering group plays an important role in driving that transformation. Hexagon Agility, a leading global provider of clean fuel solutions, is driving the energy transformation in the transport sector. Our technology enables hard to decarbonize segments – such as trucks and buses – to move from diesel to cleaner fuel alternatives. We are looking for an ambitious and driven colleague that wants to work closely with our global System Design Engineering Team. To learn more about Hexagon Agility, please visit our website at www.hexagonagility.com Job Summary: The System Design Engineer is responsible for designing system structures, associated hardware, and collaborating with pressure vessels. This includes creating and managing the necessary design documentation (compliance matrix, drawings, specifications, DFMEA, DVP, etc.). This position is also responsible for providing technical support to the organization.

Requirements

Bachelor’s degree in Engineering, preferably Mechanical
Two to five years of relevant work experience
Experience with Regulations, codes, and standards
Experience with Product development
Experience with Advanced Product Quality Planning (APQP)
Experience with Designing for cost and manufacturability
Experience with Composites and pressure vessel design
Experience with Engineering resource planning (ERP)
Experience with Quality management systems (QMS)
Analytical, strong in math and data analysis
Demonstrates problem solving and critical thinking skills with a forward-looking and entrepreneurial spirit
Initiative to learn through various mediums
Able to work both independently and in a team setting
Strong verbal and written communication skills with the ability to lead simple projects
Capable of managing multiple priorities and tasks throughout the development cycle
Demonstrates a high level of integrity
Adept at making appropriate decisions using sound judgement
Willing to support where needed and be hands-on in a messy environment
Able to work effectively in a fast-paced and demanding environment with a strong sense of urgency
Treats others with equity and respect regardless of differences
Understanding of Computer aided design (CAD) (e.g. SolidWorks)
Understanding of Finite element analysis (e.g. Ansys)
Understanding of Microsoft Office Suite
Understanding of Programming (e.g. VBA, Python, Ansys APDL)
Understanding of Structural and mechanics of materials analysis
Understanding of Standard drafting practices (e.g. GD&T, ASME Y14.5)
Ability to sit, stand, and walk eight hours per day and carry up to 20 pounds

Responsibilities

Design and optimize system assemblies according to customer, internal, and regulatory requirements
Develop finite element analysis models and perform static, dynamic, structural, and thermal-mechanical analysis
Design hardware associated with system assemblies
Design tubing assemblies to interface with pressure vessels
Participate in the conception, planning, and execution of projects
Prepare the product design package
Present work in written and verbal form to colleagues, customers, and suppliers
Define and support product validation activities
Root Cause and failure analysis of difficult mechanical problems
Write reports, develop presentations, and author technical proposals
Represent the Design Engineering group as a member of a project team
Recognize industry and market trends
Able to fulfill roles and responsibilities with limited supervision
Other duties as assigned