The document provides an overview of technical services offered by MayorTek including product development, engineering design, quality management, project management, and various specialized services. Key services described include mechanical, electrical, and software engineering; industrial design; systems architecture; testing; regulatory compliance; value analysis; and approaches to optimize design such as design for manufacturing and quality.

1. Wearable
Products
Mobile
Products
Project
Management
Agile
Development
Medical
Devices
Defense
Tracking
Algorithms
& HW
End-to-End
IoT Solutions
Quality
Management
& Processes
Automotive
Technical
Services

2. Quality Engineering
Test Engineering
Technical Services Overview
• Miniature to Massive Metal & Plastic Enclosure Design
• Thermal Architecture & Analysis
• Finite Element Analysis
• Full Turnkey Product Software Engineering & Integration
• Hardware Drivers, Application, embedded code
• APP Design & Development
• Test Plans, ALTs, and Regulatory Compliance
• Verification & Validation
• Certification ANSI/ASQ/ISO 9001/13485
• Full Electrical System Architectures and Product
Development
• Digital, Analog, RF, FPGA/CPLD
• High Speed Data Designs
• PCB Layout: High Layer Count & Density, Controlled
Impedances
• Systems & Architecture Design
• Specification Development
• Industrial Design and Ergonomics
Software Engineering
Mechanical Engineering
PCB Layout
Electrical Engineering
IoT Architectures & Solutions
Product Conceptualization
• IOT Cloud and Fog Architectures
• IOT Gateway HW, FW and Software (Edge Analytics, Data Parsing
and Compression)
• Smart Sensors, Sensor Fusion, and Application Specific Sensors
• Energy Harvesting

3. Why us?
 Experience! All technical members at MayorTek have been hand picked and
are TOP performers with proven track record of delivering results in their
respective fields. The technical staff has extensive experience in product
design, development, test, and manufacturing for consumer, medical
devices, computing & storage, marine, and and defense products and sub-
systems.
 World Class Mechanical Engineering Team. All ME technical staff have no
less than 20 years each of successful product design, development, and
manufacturing experience. Each technical member is a TOP engineer in
their specialization with proven track record. Team has over 32 patents and
created proprietary IP for several companies.
 ME Engineering staff is highly skilled in key areas of design. Skill sets
of: Rapid response to inputs, Creative solutions, 3-D modeling, Finite
Element Analysis, Product design, failure analysis, Design for
Manufacturability, Cycle time management, Design for reliability and cost
effective design optimization of both product and tooling.

4. Why us?
 World Class Electrical Engineering Team. All EE technical staff have no
less than 20 years each of successful product design, development, and
manufacturing experience. Each technical member is a TOP engineer in
their specialization with proven track record. Team has over 25 patents and
have created proprietary IP for several companies.
 EE Engineering staff is highly skilled in key areas of design. Skill sets
of: Product Specification Development, ECAD design both logic and
physical, High Speed Signal Integrity, Module design, System design,
FGPA/CPLD IDE tools with VHDL or Verilog, Product design, Failure
Analysis, EMC/EMI, Design for Excellence (DFM, DFA, DFT, DFE, DFL),
Product Testing and Validation, Cycle time management and cost effective
design optimization of both products and tooling.
 Extensive experience in project management for product development.
Agile development process for delivering products to market.
 Experienced Quality Consultants

5. Why us?
 Experienced EE team with excellent skills in Digital and Analog design
and development. The team has over 25 patents.
 Experienced RF team in developing cell phone, WiFi, BLE/BLT, and
other wireless protocols. Each team member has more than 20 years
of experience in product development. We also work with other
partners as needed.
 Experienced Systems Architecture Team in architecting solutions for
Compute, Storage, Networking, Telecom, Healthcare, Medical and IoT.
Each team member has more than 25 years of experience.
 Top Test Engineering Capabilities to develop test plans, perform
product tests, and coordinate work with test Labs.
 Results and Customer Satisfaction Driven. Take pride on delivering
products to market on time, budget, performance, and quality. We have the
experience to deliver products in aggressive timelines while inventing and
delivering innovative solutions. Processes in place to deliver fast quality
results.

6. Why us?
 A cohesive team. Communication is a first. Interdisciplinary understanding
and problem solving. Cross functional team experienced in working with
marketing and business owners to bring innovative solutions on a timely
basis. We also provide program management services as well.
 YOU do NOT have to find TOP talent. We have them.
 Very competitive costs and resources available on demand.
 YOUR IP WILL be safe and protected.
 IP developed during the engagement is YOURS.

7. Mechanical Engineering,
Industrial Design, & Ergonomics Services
Medical
Marine
Audio
Optics/
Light
guides

8. Defense
Security
Finite
Element
Analysis
Mechanical Engineering,
Industrial Design, & Ergonomics Services

9. Consumerelectronics/portabledevices
Mechanical Engineering,
Industrial Design, & Ergonomics Services

10. Industrial Design styling and ergonomic studies
 Concept generated using verbal descriptions
to produce looks and styles
 Product similarity or family look designs
 User-centered design
 Industrial design
 Prototype development
 Class-A surfacing
 Photorealistic 3D rendering
 Design engineering
 Design for manufacturing (DFM)
 Ergonomic use and evaluation

11. Mechanical Product Engineering Services
 High level product and component designs. Inputs from
concept sketches, photographs, verbal ideas or even co-
designed efforts
 Pro-Engineer 3-D solid modeling or Solid Works databases
includes kinematic animation and fully detailed 2-D drawings.
Photo rendered images
 Interface with other 3-D CAD software
 3-D solid part creation, 3-D sub and top level assemblies,
section views, tolerance analysis, Design for Manufacturability,
Design for Reliability and optimization of cost conscious design
covering parts, minimizing labor and reduced tool complexity
 Complex surfacing and geometry creation
 Materials selections
 Injection molded plastic part design, extensive experience
 Metal casting design

12. Mechanical Product Engineering Services, cont.
 Sheet Metal design
 Finite Element Analysis (linear / non-linear) with full drop
simulations
 Quick turn Rapid Prototyping (Machining, SLA, Sheet Metal,
Cast R.I.M. Injection molding
 Medical device / surgical device experience
 Failure analysis
 Design for reliability, design for manufacturing and cost
analysis studies
 Access to mechanical testing and analytical labs
 Managing development relationships with electrical
engineering hardware, RF, software and PCB layout
disciplines
 Domestic and overseas manufacturing contact relationships
 Fixture design for manufacturing, assembly and test

13. Quality and regulatory support. Compliance with all FDA, ISO
13485 Standards, Health Canada (CMDCAS) and European Union
(MDD) requirements
We specialize in providing customized services based on your
firm’s needs including:
 Support Services for ISO 13485
 Upgrading ISO 13485 to the Medical Device Directives
 Upgrading Quality System from ISO 13485 to Health Canada
Regulations
 Support Services for USFDA 21 CFR part 820
 Gap Analysis
 Audits
 Internal Audits
 Vendor / Supplier
 Written responses to FDA Form 483’s and Warning Letters
 Inspection Assistance and Follow-up
 Management Review

14. Quality and regulatory support. Compliance with all FDA, ISO
13485 Standards, Health Canada (CMDCAS) and European Union
(MDD) requirements
 Preparation and Submission of 510(k)’s
 Preparation and Submission of Technical Files
 Mock FDA Inspections
 Medical Devices Containing Radiation Emitting Devices
 Writing Standard Operating Procedures (SOP’S), Forms and Work
Instructions
 Development of Device Design History File
 Support Center for Open Payment / Sunshine Act
We offer FDA consulting services and training across a range of
industries, including: medical devices, radiation emitting devices
and foods

15. Electrical
Engineering
Services

16. Product Development
Electrical Engineering Services
High level system and module designs. Inputs from
verbal, written, and ECAD concept along with co-
designed efforts
Interface with other ECAD and 3-D Mechanical CAD
software
Sub-module, module and top level assemblies,
section views, tolerance analysis, Design for
Assembly, Design for Manufacturability, Design for
Test and optimization of cost conscious design
covering parts, minimizing labor and reduced
component, testing and tooling complexity
Complex logic, power, and systems
Component and Materials selections

17. Product Development
Electrical Engineering Services, cont.
Systems Engineering and Architecture Design
Digital Design and Development
Analog Design
Power Conversion (Analog & Digital)
RF & Antenna Design
FPGA / CPLD
PCB Layout
Design for Assembly and Manufacturing

18. Systems Engineering
& Design Architecture
Networking, Computing, Data Storage, & Server
Systems Architectures and Design
IoT end-to-end Systems Architectures and Design for
Integration for Healthcare, Medical, Retail, Hospitality,
Agriculture, Smart Cities, and Transportation .
Analog and Power Conversion Sub-Systems
Architectures
Design for Consumer, Medical, Data Storage, Computing
and Server Products.
Digital Baseband, Microprocessor and Systems Design
and Architectures
Wireless Communications Architectures and Solutions
Networking Systems & Architectures

19. Digital Design & Development
Concept and Architectural specifications
generated using verbal and written
descriptions
User-centered functional design
Module and System level design
Prototype development and bring-up
Design engineering
Design for manufacturing (DFM)
Design for test (DFM)
Design for logistics (DFL)
Design for environment (DFE)
Software/Firmware use and evaluation
EMC and EMI design and trouble shooting

20. Analog & Power Conversion
Concept and Architectural specifications
generated using verbal and written
descriptions
User-centered functional design
Prototype development and bring-up
Analog Signal Design Engineering
DC-DC Converter Power Design engineering
Design for manufacturing (DFM)
Design for test (DFM)
Design for logistics (DFL)
Design for environment (DFE)
Software/Firmware use and evaluation

21. RF/Wireless Design & Product Development
Wireless Solutions for Mobile and Consumer Products
System Analysis and Circuit Design for Optimal
Performance & Cost
Bluetooth/BLE, WiFi, NFC/RFID and Cellular (2G/3G/4G)
Solutions
GPS and Mesh Network (Zigbee/Thread) Solutions
Complete Module Integration, Verification and Test to
meet all certification & regulatory requirements
Antenna Design for Mobile, Consumer, Medical, and
Other Applications
Microstrip Patch antennas
PIFA antennas
Other

22. Design Engineering PDP/Tools
Cadence Concept HDL, OrCad Entry CIS and Allegro
Mentor Graphics – Board Station XL, Xpedition, PADS,
HyperLynx SI
Flotherm and ICEpak

23. IoT Solutions &
System Architectures
Services

24. IoT Solutions and System
Architectures
 Sensors, Smart Sensors, & Sensor Data
Fusion
 Communications Solutions
 IoT Gateway and Edge Devices
 Fog Architectures & Data
Filtering/Processing
 IoT Cloud Architectures
 Data Analytics
 M2M & HMI and APPs
 Energy Harvesting
 Security

25. IoT Solutions and System Architectures
 IoT Cloud Architectures
–Hadoop
–Open Stack
–Open Compute Initiative
–Analytics
• Large Data
• Real Time

26. IoT Solutions and System Architectures
 Fog Architectures (Middleware between Cloud and IoT
Edge Gateways)
–HW ( CPU/MCU, Comms, Environmental, ..)
–FW (OS, Security, Interfaces, )
–Software (Protocol, .., .. )
–Fog Analytics
–IoT Cyber Security
–Data Parsing
–Data Intelligence both up and down the IoT data pipe
–Data Packet Intelligence with logic and managed
actions as a translation layer

27. IoT Solutions and System Architectures
 IoT Gateway
–HW (Interfaces, CPU/MCU, Wireless, Wired,
Energy Storage, Environmental, ..)
–FW (OS, Security, Interfaces, )
–Software
–Edge Analytics
–IoT Cyber Security
–Data Parsing
–Data Compression
–Data Packet Reduction

28. IoT Solutions and System Architectures
 Sensors
–Smart Sensors
–Sensor Fusion
–Sensors (MEM, SOC, Bio, etc.)
–Sensor Security

29. IoT Solutions and System Architectures
 Energy Harvesting
–Wireless
• Sourcing
• Charging
–Light
• IR
• Solar
–Thermal
–Vibration

30. Quality & Project
Management
Services

31.  Strategic Quality Planning
− Forward Thinking (1-3 years out)
− Planning Assessment, Resource Allocation, Budgeting, Project
Team Development, Project Management Leadership
− Quality System Certification Recommendations
 Performance Metrics
− Design, Production and Customer QBR, VOC, SCAR, PPAP,
Corrective Action and many other required Quality processes.
 Configuration and Change Management
− Knowledgeable in Agile Design & Manufacturing and WindChill
process development, configuration management, ECO, CCB and
Release structure
 Product Verification and Validation
− Test Plan Development and Lab Execution
− Test Report Writing
− Regulatory Lab Testing and Follow-up
MayorTek Quality Development Capabilities

32.  Certifications (ASQ/ANSI/ISO/ TELECORDIA,
− ISO, ANSI, ASQ 9000, TL 9000, ISO 14001, ISO 13485
− FDA 820 CFR Part
− TS 16949
− Military Standard 9858, 45208, ASQ 9001
− Telcordia GR 63 and 1089 certifications.
 Software Verification and Validation
− Project Management
− Third Party Engagement
− Process Definition
 Product Lifecycle Development
− Structure Definition NPI / AQP
− Process Development & Actual Documenting
− Project Management
MayorTek Quality Development Capabilities

33. Customer
Supply Chain Quality
Development
Product / Process Capability Projects
Quality Systems : ISO9001, ISO 13485, TS 16949; ISO 14000
Quality Operating System Provides Solid Foundation for Customer Success
Management Review Development & Presentation
Cross-Site Best Practice
Implementation
Change Management – PDP / AQP / NPI
MayorTek has the
ability to provide
the following
Quality Structure
Expertize for
Development and
Implementation
MayorTek Quality Development Capabilities

34. MayorTek offers a wide range of development initiatives within the
Quality Design & Development arena
 Product (Life Cycle) Development Processes (PDP) and Advanced Quality Planning (AQP)
• Full Development and Implementation
− From concept to design release
− Overview Development
− Process documented and implementation
DESIGN
G1
PROJECT
PLANNING
CONCEPT
FINALIZATION
DESIGN
IMPLEMENATION
DESIGN
VERIFICATION
DESIGN
TRANSFER
G2 G3 G4 G5
Process
Inputs
PI
EDT EVT DVT PVT(s)
NPI
Support
MayorTek Quality Development Capabilities

35. Value Analysis / Value
Engineering Services

36. Value Engineering is a technique applied to identifying optimum
value solutions during new product development.
Value analysis is a technique applied to improving existing
products BOM costs in product manufacturing.
The objective is usually to reduce cost, but may equally or
simultaneously be to improve performance or quality
Value Analysis / Value Engineering

37.  Component VA/VE
 Assembly VA/VE
 Supply Chain VA/VE
MayorTek Value Analysis / Value Engineering
Capabilities

38. VA/VE: Value Analysis/Value Engineering is a systematic and
organized procedural decision-making process. It helps generate
alternatives to secure essential functions of the greatest worth at
optimal costs.
VA/VE can be preformed during the product design cycle or after the
product has move into the volume manufacturing cycle to reduce
cost and/or deal with EOL component issues.
Value Analysis /
Value Engineering

39. Typical Benefits of a VA/VE Project
Reduce piece cost and total cost — up to 26% across the board
savings
Improve operational performance 40-50%
Improve product quality between 30-50%
Reduce the manufacturing costs up to 30%
Improved customer-supplier relations
Cost avoidance on future programs
Reduction in product variations

40. Design for Excellence
(DFX) Services

41.  DFM (Design for Manufacturing)
 DFE (Design for Environment)
 DFL (Design for Logistics)
 DFA (Design for Assembly)
 DFT (Design for Test)
MayorTek Design for Excellence
(DFX) Capabilities

42. Design for manufacturability ensures the creation of parts or components that are based
on integrated design practices in electrical/electronic, industrial or mechanical engineering
design terms. Every manufacturing production technology has its own specific design
guidelines depending on the manufacturing and product situation.
Design for Environment addresses product modularity in support of optimized
environmental friendly materials and chemicals usage during the manufacturing processes
used in product manufacturing from the component to customer delivered product in a
sustained usage mode. DFE focuses on the relationship between a product’s architecture
and early supplier involvement during the system design or respectively concept phase of the
product development process into how components, parts, modules and other instances of
the product sub-parts are created and moved through supplier supply chains to the
manufacturing assembly floor for inclusion into the manufactured product and on to the final
customer.
MayorTek Design for Excellence
(DFX) Capabilities

43. Design for Logistics addresses product supply chain modularity in support of the other DFX
methodologies. (i.e., how physical sub-systems of a product are sub-divided through product
or system architectures). DFL focuses on the relationship between a product’s architecture
and early supplier involvement during the system design or respectively concept phase of the
product development process into how components, parts, modules and other instances of
the product sub-parts are moved from supplier supply chain to the manufacturing assembly
floor for inclusion into the manufactured product and on to the final customer.
Design for Assembly addresses the combination of single parts, components or modules
into subassemblies, assemblies, modules, systems. The focus of the product design
manufacturing effort in DFA(mechanical engineering, electrical engineering) is a cost efficient
way to enable a wide range of product variants using base manufacturing processes and
procedures.
MayorTek Design for Excellence
(DFX) Capabilities

44. Design for Test addresses product testing from the IC to complete system level. There are a
number of structured methodologies at the IC level used in IC design and supported by
ECAD IC design tools. DFT also applies to the PCBA through system level in a more ad hoc
methodology with some support from ECAD tools used to design PCBs, and the circuits that
will be assembled on them to created PCBAs. At the system level DFT is also applied but
with little to no support from ECAD tools in an ad hoc rules/guidelines based methodology
approach. There is large body of literature published addressing each of these levels of DFT
in the electronic product area of DFM. DFT also applies to many other area of product
manufacturing for mechanical products, software rich products, etc.
MayorTek Design for Excellence
(DFX) Capabilities