Applications Engineer, Machining

Overview

HYDRATIGHT by ENERPAC TOOL GROUP
- Who we are?

Enerpac Tool Group Corp. is a premier industrial tools, services, technology, and solutions provider serving a broad and diverse set of customers and end markets for mission-critical applications in more than 100 countries. The Company makes complex, often hazardous jobs possible safely and efficiently. Enerpac Tool Group's businesses are global leaders in high pressure hydraulic tools, controlled force products, and solutions for precise positioning of heavy loads that help customers safely and reliably tackle some of the most challenging jobs around the world.

The Company was founded in 1910 and is headquartered in Milwaukee, Wisconsin. Enerpac Tool Group common stock trades on the NYSE under the symbol EPAC.

Hydratight provides specialty mechanical services to global customers, ensuring uninterrupted productivity and asset safety through world-class technical leadership, training, and innovation. Integrity Assurance is our guarantee, it's a commitment that every job is completed fully, safely, and without compromise. The safety of our customers and the integrity of their assets are paramount. We share that responsibility by ensuring our technicians are fully accredited, highly experienced, and dedicated to achieving near-zero incident rates.

As a recognised technical authority, Hydratight's Integrity Assurance guarantee is backed by our long-standing industry reputation and active participation on the committees that set global standards. Our best-in-class performance, with near-zero TCIR and LWIR rates, reflects this commitment. Our highly trained technicians reduce risk, eliminate rework, and deliver confidence. Supported by industry-leading training and competency programmes, they bring unmatched experience, knowledge, and capability to every job.

For further information on Enerpac Tool Group and its businesses, visit the Company's website at .

The Applications Engineer is an operations ‑ aligned technical role responsible for translating customer requirements into executable, safe, and efficient machining and field service solutions. The role owns application definition from technical scoping through execution readiness, ensuring solutions are manufacturable, repeatable, and aligned with operational capabilities, quality standards, and safety requirements.

This position serves as the technical bridge between Operations, Engineering, Field Services, and Commercial, with primary accountability for application feasibility, execution planning, risk mitigation, and technical handover to Operations. While the role supports pre ‑ sales activities, its core responsibility is ensuring operational readiness and successful delivery of engineered solutions.

Monday
- Friday, evenings and weekends may be required

Monday
- Thursday, in office;
Friday, optional work from home

320 Deerwood Glen Dr.
Deer Park, TX 77536

Role is not eligible for sponsorship now or in the future.

Engineered solutions

• Develop optimized machining solutions including tooling, process strategies, and operating parameters which can include standard products or existing designs; modifications to standard products or existing designs; completely new engineering designs
• Analyze customer machining challenges and recommend improvements related to cycle time, tool life, quality, and cost
• Support product trials, testing, and validation activities
• Document application recommendations, test results, and best practices
• Applies costing and process design strategies in order to position the company in the early stages of project development to increase the probability of success - propose cost efficient and best practice solutions, maximizing margin for HT.
• Carries out application checks, e.g. generate bolt and flange load calculations:
• Support New Product Development design, test, and protype as required

Operational Readiness & Handover

• Own the technical handover process from opportunity definition to Operations and Field Services
• Ensure scope definition, assumptions, risks, and execution constraints are fully captured prior…