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Explosives Engineer Jobs in Indiana (NOW HIRING)

Engineering Technician

Crane, IN ยท On-site

$30.09/hr

Overview ENGINEERING TECHNICIAN (IR/IF F3005 2026-25962): Bowhead is seeking an Engineering ... EXPLOSIVE CERTIFICATION REQUIRED: Must be able to maintain explosive certification. * Applicants ...

Engineering Technician

Crane, IN ยท On-site

$30.09/hr

Overview ENGINEERING TECHNICIAN (IR/IF F3005 2026-25962): Bowhead is seeking an Engineering ... EXPLOSIVE CERTIFICATION REQUIRED: Must be able to maintain explosive certification. * Applicants ...

... explosives, and a host of other solutions that help warfighters, first responders, and search-and ... The Field Service/Support Engineer will service, troubleshoot, repair and perform preventative ...

... Explosive Device EW (JCREW) program. This position will be responsible for the development of Signal Processing Engineering - algorithms, waveforms, and mission-load content for communications ...

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Explosives Engineer information

See Indiana salary details

$5

$30

How much do explosives engineer jobs pay per hour?

As of Aug 26, 2026, the average hourly pay for explosives engineer in Indiana is $30.28, according to ZipRecruiter salary data. Most workers in this role earn between $30.29 and $30.29 per hour, depending on experience, location, and employer.

What does an explosives engineer do?

An Explosives Engineer is responsible for designing, handling, and safely executing controlled explosions for various industries, including mining, construction, and demolition. They analyze blast sites, select appropriate explosive materials, and ensure compliance with safety regulations. Their work requires expertise in chemistry, physics, and engineering principles to minimize risks and maximize efficiency.

What are the key skills and qualifications needed to thrive as an explosives engineer?

To excel as an Explosives Engineer, you typically need a degree in engineering (such as chemical or mechanical), strong mathematics and physics proficiency, and thorough knowledge of explosives materials and safety regulations. Familiarity with computer-aided design (CAD) software, blast modeling tools, and relevant licensing or certification (such as from ATF or IME) is also crucial. Excellent problem-solving, attention to detail, and communication skills help professionals work effectively in high-stakes, multidisciplinary environments. These competencies ensure projects are executed safely, efficiently, and in compliance with stringent regulatory standards.

What are typical work environments and team structures for explosives engineers?

Explosives engineers often work on-site at mining operations, construction sites, demolition projects, or research facilities, and may split their time between fieldwork and office-based planning. Teams are usually multidisciplinary, involving engineers, safety specialists, project managers, and field technicians, requiring strong collaboration and communication. Daily tasks may include designing blast patterns, conducting safety inspections, preparing documentation, and overseeing blast operations. The role may occasionally require travel and working outdoors in varying conditions, making adaptability and safety awareness key components of success.

Where do explosives engineers work?

Explosives engineers typically work in industries such as mining, construction, demolition, defense, and aerospace. They often operate in controlled environments like mines, construction sites, or military facilities, and may need specialized safety training and certifications to handle explosive materials safely.

What job categories do people searching Explosives Engineer jobs in Indiana look for?

The top searched job categories for Explosives Engineer jobs in Indiana are:

What are popular job titles related to Explosives Engineer jobs in IN?

For Explosives Engineer jobs in IN, the most frequently searched job titles are:

Infographic showing various Explosives Engineer job openings in Indiana as of August 2026, with employment types broken down into 90% Full Time, 6% Part Time, and 4% Contract. Highlights an 86% Physical, 5% Hybrid, and 9% Remote job distribution, with an average salary of $62,973 per year, or $30.3 per hour.

Project Engineer

PROMETHEUS ENERGETICS, LLC

Bloomington, IN โ€ข On-site

$110 - $150/hr

Other

Medical, Dental, Vision, Life, Retirement, PTO

Posted 20 days ago


Job description

About Prometheus Energetics

Prometheus Energetics is an independent U.S.-based merchant supplier of solid rocket motors and warheads. A joint venture between Kratos Defense & Security Solutions and Rafael Advanced Defense Systems, Prometheus combines U.S. industrial speed and credibility with decades of combat-proven designs, manufacturing know-how, and technical training to deliver field-ready products at scale.

Position Summary

Prometheus Energetics is seeking an experienced Project Engineer to lead a small team in setting up and operating a rapid prototyping and test facility in Bloomington, Indiana, dedicated to fabricating and testing single solid rocket motors (SRMs). In this high-impact role, you will lead a nimble engineering team responsible for bringing a greenfield energetic lab, build facility, and test infrastructure online. You will bridge early-stage motor design and rapid shop-floor executionโ€”overseeing everything from facility setup, specialized tooling, and equipment commissioning to energetic mixing, casting, motor assembly, and static test execution. Working closely with Engineering, Operations, Quality, EHS, and technology-transfer partners, you will ensure fast-turn prototype builds and static firings meet all technical, performance, and high-hazard safety requirements.

Key Responsibilities

Greenfield Facility Setup, Equipment & Test Integration

  • Lead technical execution for the layout, tooling integration, and installation of energetic processing and test equipment (mixers, casting chambers, rotation carts, remote-handling systems, and static test stands) for single rocket motor builds.
  • Establish, prove out, and sustain rapid-turn manufacturing processes, operational routers, tooling sheets, and detailed Standard Work Instructions (SWIs) for propellant handling, motor assembly, casting/curing, and static test prep.
  • Define capital equipment and test instrumentation specifications, evaluate vendor proposals, and manage full-lifecycle acquisition, site acceptance testing (SAT), and equipment commissioning prior to active energetic processing and testing.

Team Leadership & Rapid Execution

  • Directly lead a small, agile team of tooling, process, and test engineers through initial facility buildout, process qualification, and rapid motor fabrication/test cycles.
  • Drive project schedules, milestone deliverables, technical risk management, and budget allocation for facility capital equipment, prototype tooling, and test instrumentation.
  • Serve as the primary technical interface with prototype lab chemists, test technicians, and EHS teams to establish safe operational workflows, shop-floor troubleshooting guidelines, and rapid-iteration feedback loops between motor builds and test firings.

Non-Conformance, MRB & Process Validation

  • Act as a voting member on the Material Review Board (MRB) to evaluate single-motor prototype non-conformances, perform engineering dispositions, and implement containment protocols.
  • Lead formal Root Cause Corrective Action (RCCA) investigations for build anomalies, test deviations, process escapes, and tooling wear using 5-Why, Fishbone, and 8D methodologies.
  • Apply Lean/Six Sigma practices, Process Failure Mode and Effects Analysis (PFMEA), and mistake-proofing (poka-yoke) controls early in the prototyping and testing phase to simplify future transition into high-rate production.

Explosive Safety, ESD & Regulatory Compliance

  • Partner with Environmental Health & Safety (EHS) and Energetics Safety teams to strictly enforce site-specific explosive safety standards (DoD 4145.26-M), Electrostatic Discharge (ESD) controls, NFPA 495/652, and OSHA Process Safety Management (PSM) guidelines across build and test operations.
  • Establish site classification standards, quantity-distance (Q-D) criteria, grounding/bonding requirements, and blast mitigation/suppression controls for rapid prototyping and static testing.
  • Ensure full compliance with AS9100 quality standards, federal ammunition and explosives regulations, and trade compliance protocols (ITAR / EAR).
Performance Management

Establish actionable dashboards, review tooling performance with engineering and operational leadership, and hold owners accountable for recovery and improvement plans. Measures may include:

  • Rapid prototype facility milestone execution, test stand commissioning schedules, and process design-to-release compliance.
  • Lead time for single rocket motor prototype iteration, build-to-test cycle speed, and milestone delivery.
  • Vendor quality, delivery performance, and technical drawing compliance for specialized prototyping equipment, tooling, and test instrumentation.
  • First-pass yield, prototype scrap/rework impact, and early-stage cost of poor quality mitigation.
  • Root-cause investigation aging, recurrence prevention, and RCCA effectiveness during pilot builds and test firings.
  • Equipment proof-load, test stand calibration, and preventive maintenance plan compliance.
  • Explosive safety, ESD, and ergonomic compliance across all active processing and test assets.
  • Small team capability development, technical mentorship, and rapid-response project support effectiveness.
Required Qualifications
  • Bachelorโ€™s degree in Mechanical Engineering, Aerospace Engineering, Chemical Engineering, or a related technical discipline. Demonstrated work history may substitute for a degree.
  • Minimum of 6+ years of progressive engineering experience in solid rocket propulsion, pyrotechnics, or hazardous energetic materials processing, including experience leading small technical teams or project workflows.
  • Proficiency in 3D CAD software (e.g., PTC Creo, Siemens NX, SolidWorks) and Product Data Management (PDM/PLM) systems (e.g., Windchill).
  • Solid understanding of Geometric Dimensioning and Tolerancing (GD&T per ASME Y14.5), structural strength of materials, and precision metal/composite fabrication methods.
  • Proven experience generating assembly routers, process flow diagrams, PFMEAs, and detailed work instructions for complex solid rocket motor hardware.
  • Deep knowledge of DoD energetics safety standards (DoDโ€ฏ4145.26โ€‘M), Process Safety Management (PSM), and hazardous location classifications (Classโ€ฏI/II, Divโ€ฏ1/2).
  • Excellent written, verbal, analytical, and executive communication skills.
  • U.S. citizenship and the ability to obtain and maintain a U.S. Government Secret Security Clearance.
Preferred Qualifications
  • Master of Science in Mechanical Engineering, Aerospace Engineering, Chemical Engineering, or Engineering Management.
  • Minimum of 10+ years of progressive engineering experience in solid rocket propulsion, pyrotechnics, or hazardous energetic materials processing, including experience leading small technical teams or project workflows.
  • Direct experience standing up rapid-prototyping, pilot manufacturing, or ground-testing facilities for solid rocket motors in a defense startup or expansion environment.
  • Handsโ€‘on familiarity with energetic mixing/casting equipment, remoteโ€‘operated tooling/robotics, static test stands, thrustโ€‘termination systems, and highโ€‘speed data acquisition (DAQ) equipment.
  • Background in developing standard operating procedures (SOPs), hazard analyses (PHA/HAZOP), static test safety protocols, and Explosive Facility Safety Site Plans.
  • ASQ certifications (CQE, CQA), formal GD&T certification, or Six Sigma Green/Black Belt credentials.
  • Active U.S. Secret Security Clearance or higher.
Work Environment & Physical Requirements
  • Work is performed in office, machine shop, laboratory, and energetics manufacturing environments, including high-hazard areas subject to enhanced safety and security controls.
  • Must be able to wear required personal protective equipment (PPE) and comply with site safety, explosiveโ€‘safety, electrostatic discharge (ESD), and accessโ€‘control requirements.
  • Ability to move throughout a manufacturing site, inspect physical tooling, participate in shopโ€‘floor audits, and occasionally lift up to 25 pounds.
  • Regular, reliable attendance is required. Periodic travel to vendor machine shops, secondary company facilities, or customer sites may be required during startup, tool qualification, or critical production events.
Benefits
  • Medical, dental, and vision insurance
  • Life and AD&D insurance; shortโ€‘ and longโ€‘term disability coverage
  • 401(k) savings plan
  • Paid time off and company holidays
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