EMUG Completed 25 Years of Engineering Excellence in Mechanical Services
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About Us

A trusted engineering partner helping global OEMs and manufacturers accelerate product development through specialized design, engineering and digital engineering solutions.

Automotive & Mobility
Aerospace & Defense
Industrial & Heavy Engineering
Manufacturing & Smart Factory
Aerospace Manufacturing & MRO
Rail, Transportation & Infrastructure
Consumer Products & Appliances
Hi-Tech, Electronics & Semiconductors
Energy & Sustainability
Emerging & Future Industries

Engineering Resource Augmentation

Scale your engineering capacity instantly with pre-qualified domain experts. EMUG provides dedicated engineers and scalable teams that integrate seamlessly into your product development programs.

Domain-Experts

Industry-specialized engineering talent

Seamless Integration

Works within your engineering workflows

Global Delivery

Support for worldwide engineering programs

Compliance & Regulatory Engineering

Define your regulatory approval basis, close compliance gaps, compile your technical file, and manage authority submissions — CE marking, automotive type approval, EASA, functional safety, and medical device regulation with above 90% first-submission success using the EMUG LODGE Framework.

Compliance & Regulatory Engineering for Engineering Organisations

Compliance & Regulatory Engineering for Engineering Organisations

Compliance and regulatory engineering defines the complete regulatory approval basis for a product, identifies compliance gaps in the current design and test evidence, closes those gaps through targeted test and analysis activities, compiles the technical file or submission dossier in authority-required format, and manages the submission and approval process with the regulatory authority. EMUG Tech delivers compliance and regulatory engineering for automotive OEMs, aerospace manufacturers, industrial equipment producers, medical device companies, and energy organisations across 20 countries using the EMUG LODGE Framework.

The most expensive regulatory compliance outcome is discovering that a product does not meet a regulatory requirement after design is frozen — when the only options are design changes, derogation applications, or reduced market scope. EMUG LODGE Landscape and Outline phases define the complete approval basis and close compliance gaps before design freeze — when correction costs a fraction of what post-freeze non-compliance costs in redesign, re-testing, and market access delay.

CORE CAPABILITIES

EMUG Tech's compliance and regulatory engineering capability spans seven specialised regulatory frameworks — EU CE marking, automotive type approval, EASA and aviation certification, functional safety certification, medical device regulation, industrial equipment regulation, and multi-market regulatory strategy for global product launches.

Regulatory Landscape and Approval Basis Analysis

Complete regulatory framework analysis identifying every applicable regulation, directive, and standard for the product type and all target markets. Approval basis definition before design freeze ensuring regulatory requirements drive design decisions rather than discovered post-freeze. Multi-market regulatory strategy maximising shared evidence across EU, USA, Japan, and other approval markets.
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CE Marking and EU Regulatory Compliance

CE marking compliance for all applicable EU directives — Machinery Directive 2006/42/EC, LVD 2014/35/EU, EMC Directive 2014/30/EU, PED 2014/68/EU, and ATEX Directive 2014/34/EU. Essential requirement gap assessment, technical file compilation in surveillance authority format, Declaration of Conformity preparation, and notified body coordination for Category III and IV PED products.
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Automotive Type Approval

Automotive type approval support across all major markets — UN ECE regulation coverage (R10 EMC, R13 braking, R94/R95 crash, R100 EV, R155 cybersecurity, R156 software update), EU GSR, FMVSS and NHTSA for USA, CMVSS for Canada. Approval basis analysis, technical service coordination, technical documentation preparation, and authority application management.
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EASA and Aviation Regulatory Compliance

EASA certification engineering — CS-25, CS-23, CS-E, and CS-APU compliance checklists, means of compliance definition, Part 21J DOA interface, DO-160G environmental test programme, DO-178C software compliance planning, and compliance documentation preparation. FAA parallel certification for bilateral TC projects. TUV and SGS functional safety assessment support.
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Functional Safety Certification Support

ISO 26262 (automotive ASIL A-D), IEC 61508 (industrial SIL 1-4), IEC 61511 (process SIL), and EN ISO 13849 (machinery PLr) safety case documentation for TUV, SGS, and Exida assessments. Safety concept documentation, FMEDA and hardware metric evidence, software verification records, fault injection test evidence, and functional safety assessment response management.
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Technical File and Documentation Compilation

Authority-format technical file compilation for all regulatory frameworks — CE marking technical file with essential requirements cross-reference, automotive type approval technical documentation, EASA compliance documentation, FDA submission dossier, and medical device technical file. Essential requirements tables, test report compilation, risk assessment integration, and Declaration of Conformity preparation.
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Regulatory Authority Liaison and Submission Management

Authority submission management and information request response — pre-submission engagement with authorities for novel technology or alternative means of compliance, formal submission lodging, authority query management with technically complete responses within required timeframes, approval certificate issuance coordination, and post-approval certificate maintenance and change notification management.
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KEY METRICS

Regulatory Approval Submissions Managed Across CE Marking Automotive Aviation and Safety Frameworks
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First-Submission Regulatory Approval Rate on EMUG LODGE Compliance Programmes
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Countries and Regulatory Frameworks Covered by EMUG Tech Compliance Engineering
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The EMUG LODGE Framework — Our Compliance & Regulatory Engineering Methodology

EMUG designs and delivers all compliance and regulatory engineering programmes using the EMUG LODGE Framework — five phases covering Landscape, Outline, Develop, Generate, and Engage. LODGE identifies every applicable regulatory requirement before evidence collection begins, closes every compliance gap before submission is attempted, and achieves above 90 percent first-submission approval.
1

LANDSCAPE

Regulatory framework analysis and approval basis definition — identifying all applicable regulations, directives, and standards for the product type, intended market, and intended use. Automotive: applicable UNECE regulations, EU General Safety Regulation (GSR), FMVSS for USA market, CMVSS for Canada. Aviation: EASA CS-25/CS-23 applicable airworthiness codes, FAA FAR Part 25/23. Industrial: applicable EU directives (Machinery, LVD, EMC, PED, ATEX) and harmonised EN standards. Defining the complete approval basis before evidence collection begins. Deliverable: Regulatory Landscape Report with Approval Basis Definition and Market Coverage Matrix.
2

OUTLINE

Compliance gap assessment and evidence strategy — comparing the product design and available test evidence against each applicable regulatory requirement to identify: compliant requirements with existing evidence, compliant requirements needing evidence documentation, non-compliant requirements requiring design changes or derogation, and requirements with no existing evidence requiring new test or analysis activities. Prioritising gap closure actions by submission deadline and design freeze schedule. Deliverable: Compliance Gap Assessment with Prioritised Action Plan and Evidence Collection Schedule.
3

DEVELOP

Test programme execution and evidence compilation — coordinating the physical and virtual test activities required to close evidence gaps, managing test facility bookings and test article availability, reviewing test results against regulatory acceptance criteria, commissioning additional analysis where physical test evidence cannot be produced within programme schedule, and compiling all test reports, calculations, and analysis documents into the evidence repository. Deliverable: Complete Evidence Package with Test Reports, Analysis Documents, and Design Specification Records.
4

GENERATE

Regulatory submission document preparation — preparing the technical file or submission dossier in the format required by the applicable regulatory authority: EU type approval technical file per applicable UNECE regulation format; CE marking technical file per New Approach directive requirements; EASA Part 21 compliance documentation per design organisation approval procedures; FDA 510(k) predicate device comparison and testing summary. Authority-specific formatting, cross-reference tables, and cover letter preparation. Deliverable: Submission-Ready Technical File or Regulatory Dossier.
5

ENGAGE

Regulatory authority submission and approval management — submitting the technical file or dossier to the applicable authority, managing the authority's information request (IR) and question process, providing technical responses to authority queries within required timeframes, coordinating additional test or analysis where requested, and managing the approval certificate or conformity declaration issuance. Post-approval: managing certificate maintenance, change notification obligations, and renewal requirements. Deliverable: Regulatory Approval Certificate or Conformity Declaration with Certificate Maintenance Plan.

REGULATORY FRAMEWORK COVERAGE MATRIX

Regulatory FrameworkMarkets CoveredKey RequirementsEMUG Scope
EU CE MarkingEuropean Economic Area (EEA) — all 30 member states. Mandatory for products sold in EU/EEA markets.Machinery Directive 2006/42/EC, Low Voltage Directive 2014/35/EU, EMC Directive 2014/30/EU, Pressure Equipment Directive 2014/68/EU, ATEX Directive 2014/34/EUEssential requirement gap assessment, technical file compilation, Declaration of Conformity, notified body liaison for category III and IV PED
Automotive Type ApprovalEU (UNECE), USA (FMVSS/NHTSA), Canada (CMVSS), Japan (TRIAS), South Korea, India (AIS), Australia (ADR).UN ECE regulations (R10 EMC, R13 braking, R94/R95 crash, R100 electric vehicles, R155 cybersecurity, R156 software updates), EU GSR, FMVSSApproval basis analysis, test evidence compilation, technical service coordination, type approval application and authority liaison
EASA and Aviation RegulatoryEASA (EU and bilateral countries), FAA (USA), TCCA (Canada), CASA (Australia), ANAC (Brazil).CS-25 (large aeroplanes), CS-23 (small aeroplanes), CS-E (engines), CS-APU, DO-160G environmental, DO-178C software, DO-254 hardwareCompliance checklist development, means of compliance definition, EASA Part 21J DOA support, certification basis and TCDS review
Functional Safety CertificationGlobal — required wherever ISO 26262, IEC 61508, IEC 61511, or IEC 62061 applies. Safety-critical products across all markets.ISO 26262 (automotive ASIL A-D), IEC 61508 (industrial SIL 1-4), IEC 61511 (process SIL), IEC 62061 (machinery SIL), EN ISO 13849 (PLr)Safety concept review, functional safety assessment support (TUV, SGS, Exida), safety case documentation, FMEDA and fault injection evidence
Medical Device RegulationEU (MDR 2017/745), USA (FDA), UK (UKCA), Canada (CMDCAS), Australia (TGA), Japan (PMDA).EU MDR 2017/745 classification and conformity assessment, FDA 510(k) and PMA, ISO 13485:2016 QMS, IEC 60601-1 electrical safety, IEC 62304MDR classification, notified body submission, clinical evaluation support, FDA submission strategy and 510(k) preparation
Industrial Equipment RegulationsEU (all directives), UK (UKCA post-Brexit), USA (OSHA, UL, NFPA), Middle East, Asia-Pacific markets.ATEX Directive and IECEx for explosive atmospheres, EN ISO 13849 and IEC 62061 for machinery safety, PED 2014/68/EU for pressure equipment, ASME codesATEX category assessment, type examination coordination, ASME U-stamp support, pressure equipment conformity assessment
EMUG's compliance and regulatory engineering services cover five key engineering sectors — with regulatory framework expertise, authority submission knowledge, and technical file templates pre-built for each sector's approval environment.

INDUSTRY ALIGNMENT

Quality testing validation services EMUG
Automotive OEMs & Tier 1 Suppliers

UN ECE type approval for vehicle systems and components. EU GSR compliance for advanced driver assistance systems. R155 cybersecurity and R156 software update compliance for connected vehicles. ISO 26262 functional safety certification support for ASIL-rated systems. FMVSS compliance for USA market entry.

Aerospace & Defense

EASA Part 21 compliance documentation for design organisation approval. CS-25 and CS-23 certification basis compliance checklists. DO-178C DAL A-D software compliance planning and evidence documentation. DO-160G environmental test programme support. FAA parallel certification for bilateral TC projects.

Industrial Machinery & Equipment

CE marking for Machinery Directive, LVD, and EMC Directive. ATEX type examination coordination for explosive atmosphere equipment. EN ISO 13849 PLr and IEC 62061 SIL assessment for safety-critical machinery. IECEx certification for global ATEX-equivalent markets. PED conformity assessment for pressure equipment.

Energy, Oil & Gas

ATEX and IECEx certification for explosive atmosphere field equipment. PED conformity assessment for pressure vessels and piping. ASME U-stamp support for USA market pressure vessels. IEC 61511 SIL verification for safety instrumented systems. CE marking for process equipment and control systems.

Medical Devices and Electronics

EU MDR 2017/745 conformity assessment — classification, technical file, notified body submission, and clinical evaluation. FDA 510(k) preparation and submission management. CE marking for IEC 60601-1 compliant medical electrical equipment. ISO 13485 QMS regulatory compliance integration.

VALUE PROPOSITION
Approval basis defined before product design is frozenEMUG LODGE Landscape phase defines the complete regulatory approval basis before design freeze — identifying every applicable regulation, every applicable test requirement, and every evidence format that each authority requires. Engineering organisations that discover regulatory requirements after design freeze face the most expensive possible compliance outcome: design changes, additional prototype builds, and programme delays that all could have been avoided.
Compliance gap assessment preventing failed regulatory submissionsEMUG LODGE Outline phase compares existing test evidence and design documentation against every regulatory requirement before submission is attempted — identifying the specific gaps that would cause authority rejection and either closing them through additional test or analysis, or addressing them through derogation or alternative means of compliance before the submission file is compiled.
First-submission approval rate above 90 percent on EMUG LODGE programmesEMUG LODGE achieves above 90 percent first-submission approval rate because the Outline phase identifies and closes compliance gaps before submission, the Generate phase formats technical files to the specific requirements of the applicable authority, and the Engage phase manages authority information requests with technically complete responses within required timeframes.
Multi-market regulatory strategy for global product launchesProducts launching simultaneously in EU, USA, Japan, and other markets require regulatory strategies that identify divergent requirements between frameworks, maximise shared test evidence across markets, and sequence submissions to match market launch priorities. EMUG LODGE designs multi-market regulatory strategies that avoid duplication of test effort and align submissions to programme launch schedule.
Authority pre-submission engagement reducing formal review riskEMUG LODGE Engage phase includes pre-submission engagement with regulatory authorities where permitted — presenting novel technology approaches or alternative means of compliance for authority feedback before formal submission, reducing the risk of formal rejection on technical grounds that could have been resolved through pre-submission dialogue.
Post-approval certificate maintenance and change notification managementRegulatory approval is not a one-time event — product changes require change notification or re-approval depending on their significance, and certificates require periodic renewal. EMUG LODGE Engage phase includes certificate maintenance planning: defining which changes require authority notification, which require re-testing, and which require full re-approval — preventing inadvertent regulatory non-compliance from post-approval product modifications.
Frequently Asked Questions

Expert answers from EMUG Tech's Compliance & Regulatory Engineering practice.

EMUG Tech delivers compliance and regulatory engineering across six frameworks: EU CE marking for Machinery Directive, LVD, EMC Directive, PED, and ATEX; automotive type approval for UNECE, EU GSR, FMVSS, and other national markets; EASA and aviation regulatory compliance for CS-25, CS-23, DO-178C, and DO-254; functional safety certification for ISO 26262, IEC 61508, IEC 61511, and IEC 62061; medical device regulation for EU MDR, FDA 510(k), and ISO 13485; and industrial equipment regulation for ATEX, IECEx, EN ISO 13849, and pressure equipment codes. All programmes follow the EMUG LODGE Framework — Landscape, Outline, Develop, Generate, Engage.
EMUG LODGE is the five-phase compliance and regulatory engineering methodology: Landscape — regulatory framework analysis and complete approval basis definition; Outline — compliance gap assessment comparing existing evidence against regulatory requirements; Develop — test programme coordination and evidence package compilation; Generate — technical file and submission document preparation; Engage — authority submission, information request management, and approval certificate issuance. LODGE addresses the most common regulatory approval failure: organisations that submit incomplete technical files because they discovered regulatory requirements after evidence collection was complete — and receive authority rejection that delays market access by months.
CE marking is the conformity mark required for products sold in the European Economic Area — demonstrating that the product meets EU health, safety, and environmental requirements. The applicable directive depends on product type: Machinery Directive 2006/42/EC for machinery and safety components; Low Voltage Directive 2014/35/EU for electrical equipment operating between 50V and 1000V AC or 75V and 1500V DC; EMC Directive 2014/30/EU for electrical and electronic equipment generating or susceptible to electromagnetic disturbance; Pressure Equipment Directive 2014/68/EU for pressure vessels, piping, safety accessories, and pressure accessories above 0.5 bar; and ATEX Directive 2014/34/EU for equipment intended for use in explosive atmospheres. Multiple directives may apply simultaneously to a single product, each requiring its own conformity assessment.
EMUG Tech’s automotive type approval support covers: approval basis analysis identifying all applicable UNECE regulations for the vehicle system or component type; test programme planning for type approval test requirements; technical service coordination for testing at approved EU technical services; technical documentation preparation in the format required by the type approval authority (European whole vehicle type approval — EWVTA, or individual approval basis); application management with the approval authority; and certificate of conformity preparation for series production vehicles. EMUG Tech covers UN ECE regulations including R10 (EMC), R13 (braking), R94/R95 (frontal and lateral collision), R100 (electric vehicles), R155 (cybersecurity), and R156 (software update management).
EMUG Tech delivers EASA certification engineering support covering: certification basis review — identifying the applicable EASA airworthiness codes (CS-25, CS-23, CS-E, CS-APU), special conditions, equivalent safety findings, and exemptions; compliance checklist development mapping every certification basis requirement to a means of compliance; compliance documentation preparation in EASA Part 21 format; design organisation approval (DOA Part 21J) interface for organisations holding DOA; DO-160G environmental test programme planning and witness; DO-178C software compliance planning for airborne software; and technical reviewer coordination for independent compliance verification. FAA parallel certification support for bilateral FAA-EASA TC projects.
EMUG Tech supports functional safety certification assessments by TUV SUD, TUV Rheinland, SGS, and Exida by preparing the safety case documentation package that the assessor reviews: functional safety concept documentation per ISO 26262 or IEC 61508 framework; technical safety concept with FMEA-derived safety requirements; hardware design and verification evidence including FMEDA results, diagnostic coverage test records, and random hardware failure metric calculations; software design and verification evidence including architecture documentation, unit test records, and structural coverage measurement; and system integration and validation evidence including fault injection test results and safety mechanism response time verification. EMUG Tech prepares the evidence package and coordinates the assessor review, addressing assessor findings through engineering response.
A CE marking technical file is the documentation package demonstrating that a product meets the essential requirements of all applicable EU directives — held by the manufacturer and provided to market surveillance authorities on request. Technical file content depends on the applicable directive but typically includes: product description and specification; applicable directives and standards list; essential requirements compliance table cross-referencing each requirement to the evidence demonstrating compliance; design calculations and analysis reports; test reports from accredited test laboratories; risk assessment (Machinery Directive); quality assurance documentation; Declaration of Conformity; and technical drawings where required. EMUG LODGE compiles technical files in the format and structure that market surveillance authorities expect — reducing the risk of authority requests for additional information that delay CE mark issuance.
EMUG Tech covers regulatory frameworks across 20 countries: EU CE marking (27 EU member states plus EEA), UK UKCA, automotive type approval (UN ECE, EU GSR, FMVSS USA, CMVSS Canada, ADR Australia, AIS India), EASA certification (all EASA member states plus bilateral partners), functional safety (ISO 26262, IEC 61508, IEC 61511 globally), medical device regulation (EU MDR, FDA USA, Health Canada, TGA Australia), and industrial equipment regulation (ATEX EU, IECEx global, ASME USA, DNV GL). Regulatory compliance engineering delivered from Hyderabad, Germany, and Dubai with authority submission capability across European, US, and Middle East regulatory frameworks.

Define the Approval Basis Before You Design. Close the Gaps Before You Submit.

Connect with EMUG Tech's regulatory engineering specialists to analyse your regulatory landscape, identify your compliance gaps, and scope your LODGE Framework approval programme.
Advancing industries requires reimagining how products are designed, built and optimized at scale.

Market Access Secured. First Submission. On Programme Schedule.

Partner with EMUG Tech to define your regulatory approval basis, close compliance gaps, compile your technical file, and manage your authority submission — CE marking, automotive type approval, EASA, functional safety, and medical device regulation using the EMUG LODGE Framework.
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