Animal Carrier and Crate Designer Career Profile
- Career Name - Animal Carrier and Crate Designer
- Category - Art & Design / Business / Farming / Wildlife Conservation / Marine Conservation / Zoos, Aquariums
- Skills Required - Life skills 40% - Career skills 60%
- Basic School Subjects - STEM, Language, Business
- Minimum Required Education - High School Certificate with accredited certificates or diploma
- Species Worked With - Domesticated Animals, Mammals, Birds, Reptiles, Amphibians, Crustaceans, Insects
- Kind of Interaction with Animals - Direct
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UPDATED:
21 December 2024
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What is an Animal Carrier and Crate Designer?
An Animal Carrier and Crate Designer is a professional who specialises in creating transport containers specifically designed to safely house and transport animals. These containers vary widely in design, size, and function to accommodate both domesticated and wild animals, ensuring their comfort, safety, and welfare during travel or relocation.
Alternative Names
Alternative names for an Animal Carrier and Crate Designer could include:
- Animal Transport Designer
- Pet Carrier Engineer
- Wildlife Crate Specialist
- Animal Transportation Equipment Designer
- Animal Transport Solution Developer
- Pet Travel Product Designer
- Animal Logistics Crate Designer
- Exotic Animal Transport Specialist
- Humane Animal Crate Engineer
- Animal Mobility Product Designer
These names highlight various aspects of the profession, from engineering and design to species-specific solutions and transport logistics.
Similar Careers
The animal carrier and crate designer produces containers for TRANSPORT of animals. This career profile is separate from a person who produces containers for permanent HOUSING. If you are interested in the latter, please visit the profile page of the:
Career Categories
The Animal Carrier and Crate Designer career can be found within the following OZT career categories:
- Art & Design
- Business
- Farming & Livestock Management
- Wildlife Conservation
- Marine Conservation
- Zoos, Aquariums, Theme Parks and Museums
What does an Animal Carrier and Crate Designer do?
Groups of animals an Animal Carrier and Crate Designer works with
An Animal Carrier and Crate Designer works with a wide range of animals, tailoring their designs to meet the unique needs of each species. The animals they design for can include:
Domesticated Animals
Pets: Dogs, cats, rabbits, hamsters, and other common household pets.
Farm Animals: Chickens, goats, pigs, sheep, and small livestock.
Equines: Horses, ponies, and donkeys for transport to events or veterinary facilities.
Wild Animals
Mammals: Large species like lions, tigers, and bears, as well as smaller ones like monkeys and raccoons.
Birds: Parrots, raptors, penguins, and Migratory birds for conservation or rehabilitation purposes.
Reptiles and Amphibians: Snakes, turtles, crocodiles, frogs, and lizards requiring temperature-controlled environments.
Aquatic Species: Fish, dolphins, and other marine life needing water tanks or moist conditions during transport.
Specialised Categories
Exotic Pets: Animals like hedgehogs, sugar gliders, or ferrets that have unique handling requirements.
Endangered species: Rare animals transported for conservation programs, such as pandas or elephants.
Zoo and Aquarium Residents: Animals moved between facilities or reintroduced into the wild.
Insects: Bees, butterflies, or other species transported for research, pollination projects, or preservation.
By considering the specific behaviour, anatomy, and needs of these animals, an animal carrier and crate designer ensures that the carriers they create are safe, functional, and humane.
What is the level of Interaction with the Animals?
- Directly - A person works directly with the animals with some form of physical contact at least once every few days
- Indirectly - The career doesn't require direct or physical contact at all.
With whom does an Animal Carrier and Crate Designer work?
An Animal Carrier and Crate Designer collaborates with a variety of professionals and organizations to ensure their designs are functional, safe, and meet the specific needs of the animals and their handlers. These collaborators include:
Animal Care Professionals
Veterinarians: To understand the medical and physiological needs of animals during transport.
Animal Behaviorists: To ensure designs account for stress reduction and natural behaviors.
Zookeepers: For input on crate usability for captive and exotic species.
Wildlife Rehabilitators: To meet the needs of animals recovering from injury or illness.
Organizations
Zoos and Aquariums: For transporting animals between facilities or for conservation purposes.
Wildlife Conservation Groups: For relocating endangered species or reintroducing them into the wild.
Pet Product Manufacturers: To create mass-market carriers for domesticated animals.
Animal Transport Companies: To align designs with logistics needs and regulations.
Design and Engineering Teams
Industrial Designers: For input on the structural integrity and aesthetics of the carriers.
Material Scientists: To select durable, lightweight, and non-toxic materials.
Mechanical Engineers: To develop mechanisms like locks, hinges, and ventilation systems.
Government and Regulatory Bodies
Animal Welfare Organizations: Such as the ASPCA or RSPCA, to ensure humane treatment.
Transport Regulators: For compliance with standards like those from IATA for live animal transport.
End Users
Pet Owners: For feedback on convenience and usability of pet carriers.
Farmers: For livestock crate requirements.
Researchers and Educators: For designs accommodating animals used in fieldwork or studies.
Construction and Manufacturing Specialists
Prototype Builders: To create and test initial designs.
Mass Production Manufacturers: For large-scale production of standardized carriers.
This network ensures that the designs meet the complex needs of animals, handlers, and logistical constraints.
What does an Animal Carrier and Crate Designer focus on?
Develop secure and well-ventilated carriers to prevent injury and stress to the animals. Create specialised crates for various species (e.g., birds, reptiles, mammals).
What are the daily tasks of an Animal Carrier and Crate Designer?
The daily tasks of an Animal Carrier and Crate Designer revolve around designing, testing, and refining animal transport solutions to ensure safety, functionality, and compliance with regulations. These tasks may include:
1. Research and Planning
Understanding Animal Needs: Studying animal anatomy, behavior, and welfare to design appropriate carriers.
Client Consultations: Meeting with clients (e.g., pet owners, zoos, conservationists) to discuss specific requirements.
Compliance Research: Staying updated on transport regulations (e.g., IATA standards, wildlife protection laws).
2. Designing Carriers
Concept Development: Sketching ideas and creating initial designs based on animal type and transport needs.
Digital Design: Using CAD software to create detailed 3D models of carriers and crates.
Material Selection: Choosing durable, lightweight, and eco-friendly materials.
3. Prototyping and Testing
Prototype Creation: Building models or prototypes of the carrier designs.
Testing: Ensuring carriers are safe, escape-proof, and comfortable for the animals.
Adjustments: Refining designs based on test results and feedback.
4. Collaboration
Working with Experts: Consulting with veterinarians, animal behaviorists, and engineers for insights.
Team Coordination: Collaborating with manufacturers and suppliers to bring designs to life.
5. Quality Assurance
Inspecting Products: Ensuring the final products meet safety and quality standards.
Compliance Checks: Verifying that designs comply with animal welfare and transport regulations.
6. Communication and Documentation
Creating Manuals: Writing user guides and instructions for carriers.
Presenting Designs: Preparing presentations for clients or stakeholders.
Maintaining Records: Documenting designs, test results, and regulatory approvals.
7. Innovation and Development
Exploring New Technologies: Researching advancements like smart technology for tracking or temperature control.
Sustainability: Designing eco-friendly options to reduce environmental impact.
8. Customer Support
Custom Solutions: Addressing unique requests from clients for specialized carriers.
Feedback Collection: Gathering and analyzing user feedback for improvements.
Typical Workflow Example:
Morning: Research and sketching new designs.
Midday: Meeting with clients or team members and testing prototypes.
Afternoon: Updating digital models or writing technical specifications.
These tasks vary depending on the designer’s area of specialization, whether it’s for pets, wild animals, or exotic species.
With what kind of tools and technology (if any) does a Animal Carrier and Crate Designer work?
An Animal Carrier and Crate Designer utilises a variety of tools and technologies to create functional, safe, and innovative transport solutions for animals. These tools support every stage of the design and production process, from conceptualization to final manufacturing.
1. Design and Modeling Tools
Computer-Aided Design (CAD) Software: Programs like AutoCAD, SolidWorks, or Fusion 360 are used to create detailed 2D and 3D models of the carriers.
Rendering Software: Tools like Blender or KeyShot to produce realistic visualizations of the designs.
Prototyping Tools: Physical materials and kits for creating mockups or initial models.
2. Testing Equipment
Load Testing Machines: To ensure crates can withstand weight and pressure.
Environmental Chambers: Simulate temperature and humidity conditions to test the carrier’s durability and comfort.
Animal Interaction Sensors: Measure how animals respond to the carrier’s design to ensure it minimizes stress.
3. Manufacturing and Fabrication Tools
3D Printers: For creating prototypes or smaller custom parts.
CNC Machines: For precise cutting, shaping, and assembly of components.
Laser Cutters: To produce intricate designs or lightweight structural elements.
4. Smart Technology
Temperature and Humidity Sensors: Integrated into designs to monitor and regulate conditions inside the carriers.
GPS Trackers: For tracking the carrier during transport.
Monitoring Systems: Cameras or motion sensors for real-time observation of the animal.
5. Material Handling Equipment
Material Testing Tools: To evaluate the strength, flexibility, and safety of materials like plastics, metals, or composites.
Eco-Friendly Materials: Technologies to develop and test biodegradable or recycled materials.
6. Collaboration and Documentation Tools
Project Management Software: Tools like Asana or Trello for managing design timelines and collaborations.
Documentation Tools: Microsoft Office, Google Workspace, or specialized software for creating user manuals and technical guides.
7. Regulatory Compliance Tools
Compliance Databases: Access to tools that provide updated transport and welfare regulations.
Simulation Software: To test designs against regulatory standards for airflow, space, and safety.
8. Animal Welfare and Behavior Tools
Behavioural Analysis Equipment: Tools to assess stress or comfort levels in test animals.
Veterinary Input Devices: Collaborative tools to input specific animal medical needs into the design process.
By combining traditional tools with cutting-edge technology, an Animal Carrier and Crate Designer can create products that prioritize safety, functionality, and innovation while meeting the needs of both animals and their handlers.
What are the different specialisations or career directions that an Animal Carrier and Crate Designer can venture into?
Specialisation within a specific animal-related career refers to the area of expertise that professionals can develop within that specific field. For example, an animal groomer that specialises in horses, or a veterinarian that specialises in working with marine mammals.
An animal carrier and crate designer can specialise in designing and making specific types of animal carriers, crates, and cages tailored to the unique needs of different animals or situations.
Specialisations include:
1. Pet Carriers
Description: Design lightweight, portable carriers for household pets.
Examples:
Small animal carriers for cats, dogs, rabbits, and guinea pigs.
Airline-approved pet carriers for travel.
Expandable or collapsable designs for convenience.
2. Wildlife Transport Crates
Description: Design transport solutions for wild animals, often used by zoos, wildlife sanctuaries, or relocation projects.
Examples:
Crates for large mammals like lions, elephants, or giraffes.
Aviary transport cages for birds of Prey or exotic species.
Secure, temperature-controlled crates for reptiles or amphibians.
3. Livestock Transport Crates
Description: Focus on the safe and humane transport of farm animals.
Examples:
Crates for poultry, pigs, or sheep during shipping.
Modular systems for cattle transport in trucks.
Ventilated crates with easy-clean surfaces for biosecurity.
4. Aquatic Animal Containers
Description: Specialise in containers or tanks for fish, amphibians, and aquatic reptiles.
Examples:
Aerated and insulated transport tanks for fish.
Secure crates for turtles or amphibians with water retention.
Aquarium-style carriers for ornamental fish.
5. Exotic Animal Carriers
Description: Tailor designs for unique species or exotic pets.
Examples:
Custom carriers for primates, ferrets, or hedgehogs.
Heated carriers for snakes, lizards, or other reptiles.
High-security cages for animals prone to escape or damage.
6. Veterinary and Emergency Transport Crates
Description: Focus on designs that assist in animal healthcare and emergency situations.
Examples:
Lightweight, collapsable crates for ambulatory services.
Crates with easy access for medical treatment or examination.
Stress-reducing carriers for injured or sick animals.
7. Aviary and Bird Transport Cages
Description: Design enclosures for birds of all sizes, from small parrots to large eagles.
Examples:
Travel cages for small pet birds like parakeets or finches.
Falconry boxes for birds of prey.
Reinforced crates for transporting large or endangered avian species.
8. Show or Exhibition Carriers
Description: Create aesthetically pleasing and functional designs for show animals.
Examples:
Carriers with viewing panels for cat and dog shows.
Modular display cages for reptile and amphibian exhibitions.
Foldable and easy-to-carry designs for travelling exhibitors.
9. Long-Distance Shipping Containers
Description: Specialise in designing crates for international and long-distance transport.
Examples:
Climate-controlled containers for animals like horses or rare species.
Stackable crates for efficient cargo space usage.
Shock-absorbent designs to reduce stress during transit.
10. Customisable Multi-Purpose Crates
Description: Offer designs that cater to multiple species or adjustable needs.
Examples:
Modular crates that adapt to different animal sizes.
Carriers with detachable sections for feeding or waste management.
Flexible designs for various species in research facilities or zoos.
11. Eco-Friendly and Sustainable Carriers
Description: Focus on creating eco-conscious designs using biodegradable or recycled materials.
Examples:
Bamboo or natural fibre crates for small pets.
Lightweight, durable carriers made of recycled plastics.
Solar-powered ventilated crates for extended outdoor use.
12. Transport for Dangerous or Aggressive Animals
Description: Design reinforced and secure crates for animals requiring extra precautions.
Examples:
Heavy-duty transport cages for predators like tigers or bears.
Escape-proof designs for Venomous reptiles.
Shock-resistant crates for large and aggressive animals.
Each specialisation allows an animal carrier and crate designer to cater to specific needs, providing tailored solutions for the comfort and safety of animals during transport.
In which Environment does an Animal Carrier and Crate Designer work in?
What are the environment and places of employment like?
The working environments and places of employment for an Animal Carrier and Crate Designer can vary widely depending on the stage of their projects and the specific focus of their role. They may work both indoors and outdoors in diverse settings to design, test, and refine their products.
Indoor Working Environments
Design Studios
Comfortable office settings equipped with computers and design software. Space for brainstorming and drafting sketches or digital designs.
Workshops and Fabrication Facilities
Areas with tools and machinery for creating prototypes (e.g., 3D printers, CNC machines). Safety-focused environments where precision work on materials like metal, plastic, or wood is performed.
Testing Laboratories
Controlled spaces to simulate environmental conditions such as temperature, humidity, and pressure. Rooms for stress and durability testing of materials and prototypes.
Corporate Offices
For collaboration with teams in product development, marketing, or client relations. Meetings to present ideas, collaborate on design improvements, or plan production.
Animal Care Facilities
Visits to zoos, shelters, or veterinary clinics to gather feedback on designs and test usability. Observing how animals interact with prototypes in a controlled indoor environment.
Outdoor Working Environments
Field Testing Locations
Natural habitats, farms, or wildlife reserves to test crates for wild or domesticated animals. Ensuring that designs function in real-world scenarios like uneven terrain or extreme weather.
Animal Relocation Sites
Airports, shipping docks, or transport hubs where crates are used for logistics. Working alongside handlers to observe the loading, unloading, and transport processes.
Animal Conservation Projects
Field sites for relocating or reintroducing wildlife into natural habitats. Ensuring carriers can safely transport animals to remote or challenging locations.
Zoos and Aquariums
Outdoor enclosures where crates are used for animal transfers or medical examinations. Collaborating with staff to test and refine carrier designs.
Places of Employment
Pet Product Companies
Developing carriers for mass-market use by pet owners. Collaborating with retail chains or online marketplaces.
Zoos and Wildlife Conservation Organizations
Designing crates for exotic and endangered species. Supporting conservation efforts through custom designs.
Animal Transport Services
Working with airlines, shipping companies, or ground transport firms specializing in animal logistics.
Veterinary Clinics and Hospitals
Creating medical transport solutions for animals requiring frequent handling or care.
Custom Design Studios
Small businesses or freelance roles specializing in unique or high-end animal carrier designs.
Research Institutions
Designing carriers for use in animal studies or field research.
Agricultural Operations
Crafting solutions for safely moving livestock or poultry.
Environmental Considerations
- Indoor Environments: Often clean, organized, and equipped with modern technology, but can involve exposure to noise, dust, or fumes during fabrication processes.
- Outdoor Environments: Can be physically demanding and expose designers to varying weather conditions, requiring adaptability.
What is the Average Annual Salary for an Animal Carrier and Crate Designer?
The role of an animal carrier and crate designer is a specialised niche within industrial and product design, focusing on creating safe and functional transport solutions for animals. While specific salary data for this exact role is limited, we can reference general industrial and product designer salaries to provide an approximate understanding.
Estimated Average Annual Salaries by Country:
United States
Industrial designers earn an average salary of approximately $81,782 per year.
Canada
Industrial designers have an average salary of around $60,000 to $70,000 CAD annually.
United Kingdom
Product designers typically earn between £25,000 and £45,000 GBP per year, with higher salaries in London and other major cities.
Australia
Junior industrial designers earn between $40,600 and $54,200 USD annually.
New Zealand
Junior industrial designers earn between $37,300 and $43,400 USD annually.
South Africa
Salaries for industrial designers vary, with higher earnings in larger cities.
India
Industrial designers earn an average salary of approximately ₹500,000 to ₹700,000 INR per year.
Nigeria and Kenya
Specific data is limited, but industrial designers in these countries may earn lower salaries compared to Western countries, adjusted for local cost of living.
Estimated Average Annual Salaries by Region:
South America
Industrial designer salaries vary widely, with averages ranging from $20,000 to $40,000 USD annually, depending on the country and experience level.
Europe
Salaries differ across countries; for example, industrial designers in Belgium earn an average of €83,649 per year.
Southeast Asia
In Singapore, industrial designers earn an average salary of approximately $4,903 SGD per month.
Factors Influencing Salaries:
Experience and Expertise
Specialisation in animal-related design can command higher salaries due to niche expertise.
Location
Salaries are influenced by the cost of living and demand for designers in specific regions.
Industry Demand
Growing awareness of animal welfare and the pet industry’s expansion can impact salary levels.
It’s important to note that these figures are approximate and can vary based on factors such as individual qualifications, employer, and economic conditions. For the most accurate and up-to-date information, consulting local salary surveys or industry reports is recommended.
Can an Animal Carrier and Crate Designer be promoted?
The career progression for an animal carrier and crate designer involves advancing through roles with increasing responsibility, specialised knowledge, and certifications. Below are three prominent promotion levels based on education, responsibilities, and certification:
Education:
Bachelor’s degree in Industrial Design, Product Design, or a related field.
Coursework in animal behaviour, material science, and ergonomics is beneficial.
Responsibilities:
Assist in creating basic designs for animal carriers under the supervision of senior designers.
Conduct research on animal needs, transport requirements, and material options.
Create initial sketches, prototypes, and CAD models for review.
Collaborate with manufacturing teams to ensure design feasibility.
Certification:
Basic certification in CAD software, such as AutoCAD or SolidWorks.
Optional: Animal care and welfare certifications (e.g., American Society for the Prevention of Cruelty to Animals (ASPCA) or Humane Society training).
Education:
Advanced design courses or a master’s degree in Industrial Design, with a focus on animal product development.
Specialized training in biomechanics or structural engineering for animal transport solutions.
Responsibilities:
Lead design projects, from concept to production, with minimal supervision.
Innovate ergonomic and stress-minimising features for animal carriers.
Conduct durability testing and ensure products meet international animal welfare regulations.
Oversee junior designers and provide mentorship.
Interact with clients, zoos, or conservation organisations to tailor designs to specific needs.
Certification:
Advanced CAD and manufacturing certifications (e.g., Certified SolidWorks Professional).
Certification in animal welfare standards (e.g., International Air Transport Association (IATA) Live Animals Regulations).
Education:
Master’s degree or higher in Industrial Design, Engineering, or Product Development.
Executive education in business management or product innovation is advantageous.
Responsibilities:
Oversee multiple projects and manage design teams.
Drive innovation in the industry by introducing new materials or smart technologies (e.g., GPS tracking, climate control systems).
Ensure compliance with global standards for animal transport.
Represent the company at industry conferences and collaborate with government agencies or non-profits on welfare-focused designs.
Manage budgets, production timelines, and strategic planning for product lines.
Certification:
Leadership or project management certifications (e.g., PMP or Six Sigma).
Recognition from professional organisations, such as the Industrial Designers Society of America (IDSA) or equivalent regional bodies.
Specialised certification in sustainability practices or eco-friendly materials.
What difficulties does an Animal Carrier and Crate Designer face?
An animal carrier and crate designer may face several challenges in their profession, arising from various aspects like physical demands, safety concerns, working conditions, and emotional factors. Here are some potential challenges in different categories:
1. Physical Demands
Manual Labour
The role may involve physical activities such as handling heavy materials (metal, plastic, etc.) during prototype creation or working with large-scale equipment (e.g., CNC machines, 3D printers).
Prototyping:
Designing and assembling carriers can require manual craftsmanship, which could lead to strain from repetitive tasks, lifting, or working in awkward positions.
Field Testing
In outdoor environments, designers may need to carry heavy crates, perform tests in various terrains, or interact directly with large animals, which can be physically demanding.
2. Safety Concerns (Especially from Animals)
Animal Aggression
Depending on the species being transported (e.g., exotic animals, large livestock), there may be risks of bites, scratches, or even kicks during interactions. This can be especially challenging when testing prototypes in real-life environments.
Stress to Animals
The designer must ensure the safety of both the animal and themselves. Designing carriers that do not stress or injure the animal during transport can be difficult, especially when testing in unpredictable environments.
Risk of Injury
Physical interactions with animals in stressful situations (e.g., animal rescue or transport operations) could pose safety risks to the designer.
3. Variability in Working Conditions
Changing Work Environments
The role requires working in a variety of locations, including offices, fabrication workshops, animal shelters, zoos, and outdoor testing sites. The work environment may vary greatly depending on the project, creating challenges in adapting to each.
Weather Conditions
For outdoor testing (e.g., testing carriers for wildlife transport or large animals), weather conditions such as rain, extreme heat, or cold may complicate testing efforts or make it difficult to achieve consistent results.
4. Emotional Challenges
Animal Welfare Responsibility
The emotional stress of designing products that affect animal welfare can be considerable. If a design fails in practice and causes harm or distress to an animal, it may lead to feelings of guilt or frustration.
Dealing with Difficult Clients
Designers may work with clients who have strong opinions or strict requirements for animal care products. Managing expectations while ensuring the design meets safety and comfort standards for animals can be emotionally taxing.
5. Business Management
Project Management
As the role involves both design and production oversight, balancing the creative aspect with practical business concerns (budgets, timelines, and resources) can be challenging.
Cost Efficiency
The designer must consider the cost of materials and manufacturing processes while ensuring the final product is safe and effective. This requires balancing quality with affordability, especially when working with high-end clients or large-scale manufacturing operations.
Client Satisfaction
Addressing the diverse needs of clients, from domestic pet owners to professional animal transport services, can be challenging. Understanding and fulfilling these varied requirements within a single design may require careful negotiation and customisation.
6. Regulatory Compliance
Compliance with Animal Welfare Laws
Animal transport products must adhere to strict local and international regulations (e.g., IATA regulations, USDA standards for animal transport). Navigating these complex regulations can be time-consuming and require extensive knowledge.
Quality Standards
Ensuring that every product meets quality and safety standards while complying with animal transport laws can be a significant challenge. Inconsistent or ambiguous regulations across countries or regions can complicate design and production.
7. Continuing Education
Staying Up-to-Date with Innovations
The role requires a deep understanding of both design principles and animal welfare. As the industry evolves, staying current on new materials, design technologies (e.g., smart materials, 3D printing advancements), and animal behaviour insights is crucial.
Ongoing Training
Professional certifications, such as those related to design tools (e.g., SolidWorks), or animal welfare guidelines (e.g., IATA regulations), may require periodic renewals, demanding time and effort to maintain relevant expertise.
8. Unpredictable Work Hours
Tight Deadlines
The timeline for a design project can fluctuate, especially when collaborating with clients or animal transport businesses that have urgent needs (e.g., emergency wildlife relocation, special animal transport).
Travel
Travelling for field tests or collaborating with international clients or animal shelters may involve unpredictable hours or extensive travel time. This may lead to a work-life balance challenge.
9. Other Challenges
Environmental Impact of Materials
With increasing demand for eco-friendly products, designers face pressure to use sustainable materials. Sourcing or developing biodegradable or recyclable materials that are also durable and effective for animal transport can be challenging.
Collaboration with Other Experts
Designing the best solution often requires working alongside experts in animal behaviour, veterinary care, logistics, and engineering. Managing these diverse perspectives and ensuring alignment in design goals can be a complex task.
Overall, the role of an animal carrier and crate designer comes with a variety of challenges that span physical, emotional, regulatory, and professional domains. Successfully managing these challenges requires adaptability, creativity, and a strong commitment to both animal welfare and design excellence.
​Future growth and Possibilities
The job market for an Animal Carrier and Crate Designer is part of the broader industrial and product design field, with a growing demand for specialized designs catering to animal transport. Although the exact projections for this niche role are not typically available, there are broader trends within industrial design and animal care that may influence the future of the industry. Here’s a breakdown:
Projected Annual Growth of the Job Market
While specific data for Animal Carrier and Crate Designers is limited, the following trends provide insight into the potential growth of related sectors:
Industrial Design Field Growth
According to the U.S. Bureau of Labor Statistics (BLS), the overall employment of industrial designers is projected to grow by 3% from 2022 to 2032, which is about as fast as the average for all occupations. This growth is driven by the increasing demand for new products in areas such as sustainability, technology, and specialized industries like pet care and animal welfare. Animal transport products fall under the product design category, which may experience growth due to rising pet ownership, animal welfare awareness, and new transport regulations.
Pet Industry Growth
The pet care industry is expected to continue its rapid growth. Pet industry revenue in the U.S. alone is projected to exceed $100 billion in the coming years. As pet ownership rises, so will the demand for safe and innovative animal carriers, leading to increased job opportunities for designers in this sector. Similarly, global pet market growth, particularly in regions like Asia and Europe, can also positively impact demand for specialized products, including animal transport solutions.
Increased Regulations and Standards
The implementation of stricter animal welfare regulations, such as the IATA Live Animals Regulations, will likely require the design of new, more efficient, and compliant animal transport products. This could create additional demand for designers with expertise in this niche.
Current Trends Influencing the Industry
Several current trends may influence the future of the Animal Carrier and Crate Design industry.
Sustainability and Eco-friendly Products
As industries across the globe focus on sustainability, there is increasing demand for eco-friendly materials in product design. For animal carriers, this means designing products that use recyclable, biodegradable, or otherwise environmentally sustainable materials. The trend towards sustainability may also push innovation in reducing the carbon footprint of manufacturing processes, such as using 3D printing for prototypes or manufacturing lightweight carriers with less waste.
Smart Technology Integration
Smart carriers equipped with technology such as temperature control, GPS tracking, and health monitoring systems are gaining popularity, especially for high-end products targeting pet owners and animal transport businesses. This technological trend could influence the skillset required for future designers to incorporate electronics or sensors into their designs.
Customisation and Personalisation
Increasing consumer demand for personalised and customisable products is influencing the pet care industry. Animal carriers with tailored sizes, colors, features (e.g., ventilation, secure compartments), or branding options are becoming popular. Designers may need to adopt flexible, modular design practices and be open to integrating customer preferences into the creation process.
Regulatory Compliance and Global Standards
With animal welfare regulations tightening globally, especially for air travel and international transport, designers will need to ensure their products comply with IATA and other relevant animal transport guidelines. Emerging markets may require new solutions that comply with local regulations while catering to cultural and environmental factors.
Shift to Online Shopping and Direct-to-Consumer Products:
E-commerce continues to grow, and as consumers purchase more pet products online, there may be an increasing need for easy-to-ship, space-saving, and durable carriers. This may lead to innovative packaging designs and features aimed at improving convenience for both sellers and buyers.
Rise in Exotic and Wild Animal Transport
As interest in exotic animals (e.g., reptiles, birds of prey, exotic mammals) and wildlife conservation efforts rises, there is a need for more specialised carriers designed for the unique needs of these animals. This market segment could present a niche opportunity for designers to focus on creating custom solutions for non-domestic animals.
Pet Travel and Tourism
The rise in pet travel, particularly in the aftermath of the pandemic, could fuel demand for high-quality, comfortable, and safe carriers for pets travelling by air, rail, or road. Luxury pet travel services are becoming more popular, with high-end carriers that cater to these needs.
Possibilities that May Influence the Future of the Industry
Collaborations with Animal Welfare Organisations
Partnerships with animal shelters, wildlife rescue organizations, and regulatory bodies could lead to innovations and increased industry standards, especially in the design of emergency or rescue transport crates.
Global Market Expansion
As the pet care industry grows globally, particularly in regions like Southeast Asia and South America, the demand for animal transport products is expected to rise. This opens up new markets and opportunities for designers to develop region-specific solutions.
Integration of Artificial Intelligence (AI)
Designers may explore AI-based systems to help design more ergonomic and safe carriers for animals, using data-driven approaches to optimize structure, ventilation, and comfort.
Health and Wellness for Animals
As awareness of animal health increases, carriers with features that support comfort, safety, and well-being (e.g., temperature regulation, noise reduction, and secure fittings) will become a priority.
Growth of Pet Adoption and Transportation Services
As pet adoption rates increase globally and pet transport services expand, the need for professional, high-quality, customizable animal carriers will continue to grow, providing job opportunities for designers in both domestic and international markets.
Which Skills do Animal Carrier and Crate Designers need?
The skills required for a career as an Animal Carrier and Crate Designer can be divided into two very important groups. The first is the group containing life skills and personality traits, which are the core skills that are necessary or desirable for full participation in everyday life. The second group is career skills, or the specific skills required to allow a person to enter and operate effectively within a specific career. Some or maybe even all of the life skills can assist in strengthening the career skills, and they might even be the same for specific careers.
Life Skills and Personality Traits
People employed as animal carriers and crate designers often possess specific personality traits that enable them to thrive in this specialised and demanding field. These traits help them manage the technical aspects of design while maintaining a strong commitment to animal welfare and business objectives. Here are some of the key personality traits:
1. Detail-Oriented
Why It’s Important
Precision is crucial when designing animal carriers and crates. These products must meet exact specifications to ensure animal safety, comfort, and compliance with regulations.
How It Manifests
Designers carefully plan every detail, from material selection to the internal configuration of the crate, ensuring that every element serves a purpose and contributes to the overall functionality and safety of the product.
2. Creative and Innovative
Why It’s Important
Creativity is essential for solving design challenges, especially when creating unique, customisable, or environmentally sustainable carriers. Innovation also helps in integrating new technologies like smart features (e.g., GPS tracking or temperature regulation).
How It Manifests
Designers brainstorm and develop original concepts, balancing form and function. They come up with new ways to enhance animal comfort and convenience during transport, often thinking outside the box to meet specific client needs or animal welfare standards.
3. Empathetic and Animal-Centered
Why It’s Important
A deep understanding of animals’ needs is crucial for designing products that ensure their safety and comfort. Designers must empathise with the animals’ experiences during transport to create effective solutions.
How It Manifests
These professionals are passionate about animal welfare and take into account how animals behave in various environments, adjusting designs to minimise stress and discomfort during travel.
4. Problem-Solving Skills
Why It’s Important
The design process often involves overcoming technical challenges, such as ensuring a carrier is durable, lightweight, and easy to handle, all while adhering to animal welfare standards.
How It Manifests
Designers think critically to address issues like strength vs. weight, ventilation, ease of transport, and user accessibility, experimenting with different approaches until a solution is found.
5. Strong Communication Skills
Why It’s Important
Communication is essential for collaborating with other professionals, including manufacturers, animal welfare experts, and clients. Clear communication ensures that all parties are aligned with project goals and timelines.
How It Manifests
Designers articulate their ideas clearly, whether explaining technical concepts to engineers or presenting their designs to clients. They listen to feedback from various stakeholders and incorporate that input into their work.
6. Practical and Hands-On
Why It’s Important
While creativity is important, designers also need to be practical and capable of translating their ideas into functional, real-world products.
How It Manifests
These designers are not only good with computer-aided design (CAD) software but also hands-on in the prototype process, testing materials, and collaborating with engineers to bring their designs to life.
7. Patience and Perseverance
Why It’s Important
Design and testing can be a long process, especially when adjustments need to be made based on animal behaviour, regulations, or manufacturing issues.
How It Manifests
Designers remain committed to refining their designs, conducting tests, and making iterative improvements, even when faced with setbacks or challenges.
8. Analytical Mindset
Why It’s Important
Understanding complex data—whether related to animal behaviour, material properties, or regulatory compliance—is necessary for creating safe and effective carriers.
How It Manifests
Designers use data and research to guide their decisions, analysing factors like material durability, stress points, and airflow to optimise their designs for animal welfare and efficiency.
9. Adaptability and Flexibility
Why It’s Important
The nature of the design industry often involves rapidly changing client needs, industry trends, and regulatory requirements. Designers need to adapt to these evolving demands.
How It Manifests
Professionals adjust their design approach depending on changing market needs, such as the shift toward more sustainable materials or the growing demand for smart technologies in pet products.
10. Attention to Safety and Compliance
Why It’s Important
Compliance with animal welfare standards, shipping regulations, and safety requirements is non-negotiable. A designer must ensure that their products meet legal and ethical standards.
How It Manifests
These designers are meticulous in adhering to standards like IATA’s Live Animal Regulations or local animal welfare laws, ensuring their products meet all necessary criteria for safe transport.
Career Skills
- Animal handling
- Animal care
- Customer service
- Handle instruments
- Good overall health
- Computer literate
Which Subjects must I have at School to help me prepare for this career?
Mathematics
Why It’s Important: Mathematics is essential for understanding measurements, geometry, weight calculations, material strength, and structural integrity when designing carriers.
Key Areas to Focus On:
Algebra (for handling proportions and dimensions)
Geometry (for spatial awareness and understanding shapes and volumes)
Trigonometry (for calculating angles and load distribution)
Physics
Why It’s Important: Physics helps you understand the forces and materials that will affect the safety and durability of animal carriers. You’ll need to understand concepts like force, pressure, balance, and the physical properties of materials.
Key Areas to Focus On:
Mechanics (force, stress, and strain on materials)
Materials science (properties of different materials)
Heat and energy transfer (important for designing climate-controlled carriers).
Biology
Why It’s Important: Understanding animal behaviour and biology is crucial for designing carriers that cater to the needs of different animals. This subject will help you appreciate the factors that impact the comfort and safety of animals during transport.
Key Areas to Focus On:
Animal Anatomy and Behaviour (understanding how animals move, react, and interact with their environment)
Animal Welfare (learning about the well-being of animals and regulations governing animal transport)
Art and Graphics
Why It’s Important: Creativity is key to designing innovative and attractive animal carriers. Art and graphics will help you hone your creative skills, enabling you to conceptualize and communicate design ideas effectively.
Key Areas to Focus On:
Visual Communication (sketching, rendering, and prototyping designs)
Product Aesthetics (understanding the visual appeal and ergonomic design)
3D Modelling (digital sculpting and representation of design ideas)
Design and Technology
Why It’s Important: Design and technology are critical for developing the practical skills necessary for creating animal carriers. You’ll learn to work with tools and software that are used in product design.
Key Areas to Focus On:
Product Design (learning how to create functional, aesthetically pleasing products)
CAD (Computer-Aided Design) (software for designing and visualizing prototypes)
Materials and Manufacturing (understanding how to select and work with different materials)
Business Studies (Optional but Helpful)
Why It’s Important: If you plan to work for yourself or in a leadership role, business knowledge will help you manage projects, finances, and production.
Key Areas to Focus On:
Entrepreneurship (learning how to manage a business if you wish to start your own design company)
Marketing and Sales (understanding how to promote your designs and market them to clients)
Project Management (learning how to oversee design projects from conception to production)
The subjects you choose at school are important as they lay the foundation for further studies at college or university. While still at school, it’s also important to learn more about the animals you will work with, as well as gain some experience.
OZT has a list of various tertiary institutions where you can study further, after school. Some of these institutions also have their own Group page on OZT where you will find the exact subjects they require of you to have passed in school. Keep these requirements in mind, and discuss it with your school, guidance counselor and parents to ensure that you are prepared!
What will I need to Study to become an Animal Carrier and Crate Designer?
To become an animal carrier and crate designer, you’ll need to follow a clear educational path that blends technical, creative, and scientific subjects. Here’s a breakdown of the steps required, including educational levels, subjects, and optional courses that will enhance your qualifications:
Minimum Requirements
High School Diploma or Equivalent
What You Need: A high school diploma or equivalent is the basic requirement to start your career path. You will need a solid foundation in relevant subjects to progress in this field.
Key Skills Developed:
- Problem-solving
- Attention to detail
- Basic design and technical skills
- Creative and artistic ability
Study Focus
Subjects if Further Study Is Required
After high school, pursuing a degree or higher education will be necessary to gain specialized knowledge and skills in animal carrier and crate design.
Associate’s or Bachelor’s Degree (or Equivalent)
Degree Options: You will typically need a degree in a relevant field. Core Subjects to Study:
Industrial/Product Design:
Design Process: Learn how to take an idea from concept to final product.
Materials Science: Study the properties of different materials and how they affect the design of animal carriers.
Computer-Aided Design (CAD): Master software like AutoCAD, Rhino, or SolidWorks for creating detailed designs.
Prototyping and Manufacturing: Understand the practical aspects of making your designs a reality.
Mechanical Engineering (if pursuing engineering for a more technical approach):
Strength of Materials: Learn about material selection and its implications for product durability.
Mechanical Systems: Understand how forces act on structures and how to design for stability and strength.
Finite Element Analysis (FEA): Use advanced software tools to simulate the behaviour of materials under stress.
Animal Science/Biology (optional, if pursuing deeper understanding of animal welfare):
Animal Behaviour: Gain insights into how animals interact with their environment and how this influences the design of carriers.
Animal Welfare Standards: Study regulations and best practices for animal care during transport.
Key Skills Developed:
Advanced design and engineering techniques
Problem-solving for complex design issues
Understanding animal welfare and behavior in relation to transport
Mastery of design software and engineering tools
Advanced Studies (If Necessary)
Master’s Degree (Optional for Specialised Roles)
If you wish to pursue more advanced roles, such as working with innovative technologies (e.g., smart pet carriers, eco-friendly materials), or if you aim to start your own design firm, a master’s degree could provide specialised expertise.
Degree Options:
Master of Industrial Design
Master of Engineering (Mechanical or Product)
Master of Environmental Design (focus on sustainability and eco-friendly design)
Core Subjects to Study:
Sustainable Design: Advanced courses on how to create products with minimal environmental impact, focusing on renewable materials, energy-efficient design, and sustainable manufacturing practices.
Advanced Prototyping: Techniques for rapid prototyping, including 3D printing and additive manufacturing.
Smart Technologies: Learning how to integrate technology into designs, such as GPS tracking, temperature control, and automation in animal carriers.
Key Skills Developed:
Advanced design innovation and product development
Expertise in sustainability and emerging technologies
Ability to lead and manage complex design projects
Optional Short Courses
If you want to gain additional skills without committing to a full degree program, there are several short courses that can enhance your qualifications and make you more competitive in the field.
Computer-Aided Design (CAD) Software:
Courses in CAD (AutoCAD, Rhino, SolidWorks) will help you refine your design skills and master industry-standard software.
3D Modelling and Prototyping
Learn how to create 3D models and build prototypes, a crucial skill for visualising your designs and testing them before manufacturing.
Animal Welfare and Behaviour
Short courses focusing on animal behaviour and welfare during transport can give you an edge in designing carriers that prioritise animal comfort and safety.
Sustainability in Product Design
Learn about sustainable materials and eco-friendly manufacturing processes to design environmentally responsible animal carriers.
Entrepreneurship or Business Management
If you’re considering running your own design company, courses in business management or entrepreneurship can be very useful for understanding marketing, sales, and financial management.
Study Duration
The duration of a college diploma is between 2 and 3 years. Time spent on a bachelor’s degree can be up to 4 years, and another 2 to 4 years for a doctorate. Short courses are usually between a few weeks and a year.
FREE Career Preparation Path Plan
If this is your dream career that you want to pursue, then it’s important to plan the way forward.
Why is planning important?
​To ensure that you understand the requirements for your career, and that you are always prepared for the next step on the road towards your dream. A preparation path is like a road map to where you want to be.
Possible Paths:
1. Attend Career Guidance Sessions
Attend sessions with career counsellors, animal science professionals, or design experts to understand the scope of an animal carrier and crate designer career. Gain clarity on what the role entails, potential job markets, and how to align your strengths and interests with the career.
2. Research All Possible Careers
Explore related fields such as industrial design, animal welfare, engineering, or veterinary science to better understand the intersections with animal carrier design. Develop a comprehensive view of the career and identify alternate or complementary career options in case interests shift later.
3. Explore Educational Paths
Research educational programs such as industrial design, materials engineering, or animal science offered by universities, colleges, or trade schools. Identify the best academic route to acquire the skills and qualifications required for this career.
4. Align High School Subjects with the Educational Path
Subjects to Focus On:
Mathematics: For precise measurements and design calculations.
Biology: To understand animal behaviour and physiology.
Physics: To grasp structural mechanics for crate designs.
Art and Design: For creativity and an understanding of aesthetics.
Technology and Engineering: To build a foundation for design tools and manufacturing processes.
5. Obtain a High School Diploma or Equivalent
Ensure you graduate with a strong academic record, particularly in the subjects aligned with this career. Meet the basic eligibility requirements for further studies or job applications.
6. Learn About Animals You Will Work With
Gain knowledge about the physical and behavioural needs of animals, from domestic pets to exotic species. Develop designs that cater to the specific needs of different animals and ensure their welfare during transport.
7. Align Post-School Path
Options:
- Enter a Career/Job Directly: Start as an apprentice or assistant in a pet product manufacturing company.
- Study Further: Pursue tertiary education in industrial design, engineering, or a related field.
- Start a Business: Launch your own line of custom animal carriers and crates.
8. Gain Experience Through Volunteering, Internships, or Mentorship
Volunteer with animal shelters, zoos, or pet stores to learn about the practical needs of animal transport. Seek internships in manufacturing or design firms. Acquire hands-on experience and build a professional network.
9. Pursue Extracurricular Activities
Join school clubs or programs related to design, engineering, or animal welfare. Participate in science fairs or design competitions. Enhance creativity, problem-solving skills, and teamwork.
10. Join Professional Associations
Become a member of relevant organisations such as pet industry groups or industrial design societies. Stay updated on industry trends and gain access to valuable resources, training, and networking opportunities.
11. Gain Specialised Skills
Learn to use computer-aided design (CAD) software, 3D printing tools, and other technologies used in designing animal carriers. Develop skills in material selection and ergonomic design. Build a competitive skill set required to excel in this field.
12. Network with Professionals
Attend industry events, trade shows, and workshops to meet professionals and learn from their expertise. Establish connections that may lead to mentorship opportunities, internships, or job offers.
13. Enter the Job Market, Finish Tertiary Studies, or Launch a Business
Apply for positions at pet product companies, complete relevant academic programs, or start your own business after acquiring necessary skills and certifications. Begin your career journey with a solid foundation.
14. Stay Updated and Pursue Continuing Education
Regularly attend workshops, courses, and seminars to stay informed about new materials, technologies, and trends in animal carrier design. Remain competitive in the evolving industry and continue advancing your career.
This structured path ensures high school students are well-prepared to pursue a fulfilling and successful career as an animal carrier and crate designer.
Possible Combined Career Paths
It is possible to sometimes combine two or more related careers. This normally happens when you study and practice a specific main career, but the knowledge and experience gained also help you to have a paying hobby or secondary income career.
Possible Alternatives (there are a lot more):
Stepping-stone Career Paths
A stepping-stone career refers to a job or position that serves as a transitional or intermediate step towards a long-term career goal. Individuals may take on a stepping-stone job as it requires minimum education or finances to enter, gain relevant experience and develop skills, or make professional connections that will ultimately help them progress towards their desired career path.
These interim positions may not be the ultimate or dream job, but they provide valuable learning opportunities and contribute to the individual’s overall career development. Stepping-stone careers are often seen as a strategic approach to building a successful and fulfilling professional trajectory, allowing individuals to gradually move closer to their desired roles or industries.
If students start their careers as an Animal Carrier and Crate Designer as a stepping-stone, the skills and education they gain in this field can open doors to several other career paths. The design, technical, and animal welfare knowledge they acquire could help them transition into various related fields, either in the animal care industry, design, or engineering. Here are some possible future career paths:
Training and Apprenticeship
For a person entering an Animal Carrier and Crate Designer career, on-the-job training and apprenticeship requirements typically focus on developing hands-on skills, refining design techniques, and gaining familiarity with industry-specific standards and materials. The training process allows aspiring professionals to learn the practical aspects of the role, as well as how to apply theoretical knowledge in real-world design and manufacturing settings. Here’s a breakdown of what this might entail:
1. On-the-Job Training
What It Involves:
Learning the Design Process: While formal education (e.g., in industrial design or mechanical engineering) provides foundational knowledge, on-the-job training allows newcomers to learn specific design techniques used for creating animal carriers and crates. This includes understanding the needs of different types of animals and translating these needs into functional designs.
Familiarity with Materials: Training on the different materials commonly used for animal carriers (such as plastic, metal, or composite materials) is crucial. Employees may learn about the durability, flexibility, and safety features of materials in real-world applications.
Prototyping and Testing: Apprentices or trainees will likely spend time working with prototypes to understand how designs work in practice. Testing prototypes with real animals can also be a part of the training, ensuring the carriers meet comfort, safety, and durability standards.
CAD and Design Software: On-the-job training typically includes hands-on experience with CAD (Computer-Aided Design) software such as AutoCAD, Rhino, or SolidWorks. Trainees will become proficient at creating 3D models of carriers and crates, ensuring accurate specifications and design elements.
Understanding Animal Welfare: Aspiring Animal Carrier and Crate Designers will also be trained in animal welfare standards, including how animals respond to confinement, how to ensure comfort and safety, and the regulatory requirements that affect carrier design.
Duration of On-the-Job Training:
The length of on-the-job training can vary depending on the level of formal education, prior experience, and the complexity of the role. It may take anywhere from a few months to a year for someone to become proficient in all areas of the design process.
Apprenticeship Requirements
An apprenticeship can provide structured learning while working under the mentorship of an experienced professional. Though less formalised than a full-time educational program, apprenticeships can be an essential part of gaining practical, hands-on experience in the field.
What It Involves:
Mentorship: In an apprenticeship, the individual is typically paired with an experienced designer or senior staff member who provides guidance throughout the process. The mentor helps the apprentice understand the nuances of carrier design and shares knowledge about materials, engineering, and the specifics of animal welfare.
Practical Design Experience: Apprentices will get the opportunity to work on actual projects, assisting with the design, testing, and refinement of animal carriers. This provides insight into real-world challenges, such as how to ensure the carrier’s design meets the specific needs of different animals (e.g., size, temperament, and safety).
Manufacturing Process Exposure: An apprenticeship provides exposure to the manufacturing side of the design process, where apprentices will learn about production methods, quality control, and ensuring that designs can be mass-produced while maintaining their integrity and safety.
Understanding Industry Regulations and Standards: A key part of apprenticeship training is learning about industry standards, including animal welfare regulations, safety standards (such as ISO and ASTM certifications), and any regional legal requirements regarding animal transport.
Duration of Apprenticeship:
Apprenticeships can vary in length, typically lasting anywhere from one to three years, depending on the level of training and complexity of the work involved. Some programs may offer formal certification after completion, which can be valuable in advancing one’s career.
Other On-the-Job Training Components
Safety Protocols
Workers are trained in workplace safety standards, which are especially important when dealing with machinery, manufacturing tools, and testing animal carriers. This includes personal protective equipment (PPE) use and understanding the safety of animals during testing.
Client Interaction and Custom Design Requests
In some cases, apprentices may also be trained in dealing with clients (e.g., animal transport companies, veterinarians, or pet owners) to understand their specific needs. This could involve customised carrier designs and tailoring products to meet unique requirements.
Time Management and Efficiency
On-the-job training will include learning how to work efficiently while maintaining quality. Apprentices will be trained on how to meet deadlines, handle multiple design iterations, and ensure the final product is delivered on time.
Certifications (Optional but Beneficial)
While not mandatory, certifications can enhance an individual’s qualifications and job prospects. Some potential certifications that could be pursued after on-the-job training or as part of an apprenticeship include:
Certified Product Designer (CPD)
This certification is offered by design associations and verifies proficiency in product design principles and software.
Animal Welfare Certification
Certifications in animal welfare or animal care standards can provide additional knowledge of how animal transport and confinement should be handled in accordance with best practices.
CAD Software Certification
Some design professionals pursue certifications from CAD software companies (e.g., Autodesk) to prove their expertise in using industry-standard design tools.
ISO Standards Training
Training in international standards such as ISO 9001 (quality management) and ISO 14001 (environmental management) can help ensure a designer’s products meet global benchmarks for quality and sustainability.
Average level of education of all the people who enter the career:
Licenses, Certificate, Registration and Professional Associations
If someone wants to become an Animal Carrier and Crate Designer, there are a few key requirements related to licenses, certifications, and legal registrations that they may need to adhere to, depending on the region and the specific scope of their work. While the role itself may not be highly regulated compared to certain professions in animal care or engineering, it is important to comply with standards related to product safety, animal welfare, and business operations. Below are some of the primary considerations:
1. Business Registration and Licenses (if Self-Employed or Running a Company)
What It Involves:
- Business Licensing: If an animal carrier and crate designer decides to operate their own design studio or manufacturing company, they will need to ensure the business is legally registered in their area. This involves obtaining appropriate business licenses, which vary by country or region.
- Local Regulations: In many areas, businesses must adhere to local zoning laws, sales tax registration, and general business operation permits. Consulting with a local government or regulatory body may be necessary to ensure compliance.
- Employer Identification Number (EIN): For those running a business, an EIN (or Tax Identification Number) will be required for tax purposes. This is necessary for filing taxes and hiring employees.
Where It Applies:
These requirements typically apply to self-employed individuals or those starting a small business related to animal carrier design. Larger companies may need additional corporate registrations.
2. Certifications and Industry Standards
What It Involves:
- Product Safety and Standards Compliance: Any products designed and manufactured for animal transport must comply with safety standards. While there isn’t typically a specific license for an animal carrier designer, meeting various product safety standards is essential. In many regions, carriers and crates must meet international or national safety standards, such as those set by the American Society for Testing and Materials (ASTM) or ISO (International Organisation for Standardisation).
- ASTM International Standards: ASTM has specific standards for pet carriers (e.g., ASTM F1609-18 for animal transportation carriers). These ensure that the product is safe, durable, and properly suited for animals.
- ISO Standards: ISO certifications like ISO 9001 (Quality Management Systems) may also be relevant, especially for businesses manufacturing in large volumes. Ensuring that products meet ISO standards can improve credibility and marketability.
Where It Applies:
These certifications ensure that the designer’s products meet the necessary regulatory and safety requirements before they are sold or used in the market.
3. Animal Welfare and Transport Regulations
What It Involves:
- Animal Welfare Certifications: Depending on the region, designing and manufacturing products for the transportation of animals requires compliance with animal welfare regulations. This may involve understanding the guidelines and laws that protect animals during transportation, such as the Animal Welfare Act (AWA) in the U.S. or EU Regulation 1/2005 on the protection of animals during transport.
- Animal Transport Certification: While not necessarily required for a designer directly, if they are designing products specifically for animal transport (such as crates for international travel), they should be familiar with regulations such as the International Air Transport Association (IATA) standards, which govern the transport of animals by air.
Where It Applies:
These regulations ensure that the designer is aware of the necessary criteria for ensuring animal safety and comfort in their designs, especially for commercial use or in industries that regularly transport animals (such as zoos or breeders).
4. Environmental and Sustainability Certifications
What It Involves:
- Environmental Regulations: If an animal carrier and crate designer incorporates eco-friendly materials in their designs, they may seek certifications related to sustainability, such as:
Forest Stewardship Council (FSC) Certification for materials sourced from responsibly managed forests (relevant if using wood or paper-based materials).
ISO 14001 for environmental management standards, especially for companies looking to prove their commitment to minimising environmental impact. - Recycling and Waste Disposal Compliance: Ensuring compliance with local environmental laws concerning waste disposal and recycling when producing animal carriers can also be necessary.
Where It Applies:
These certifications apply when designing products that are intended to meet sustainability standards, which is increasingly important in the marketplace.
5. Professional Certifications (Optional)
What It Involves:
- Product Design or Engineering Certifications: While not required, pursuing professional certifications in related fields (such as industrial design, mechanical engineering, or CAD) can help enhance credibility and demonstrate expertise. Relevant certifications may include:
- Certified Industrial Designer (CID): Recognised certifications for product designers that can improve a designer’s career prospects.
- Certified SolidWorks Associate (CSWA): A certification for proficiency in SolidWorks, a popular CAD software used in design and prototyping.
Where It Applies:
These certifications are typically pursued by those who want to specialise in the design and technical aspects of creating functional, marketable animal transport products.
6. Health and Safety Standards
What It Involves:
- Occupational Health and Safety (OHS) Compliance: If designing or manufacturing animal carriers involves the use of machinery (such as for cutting or molding), health and safety regulations will need to be followed. This includes ensuring that workplaces meet safety standards, proper training is provided for machinery use, and protective equipment is available to workers.
- OSHA Certification (USA) or Health and Safety Executive (HSE) in the UK: Employers may need certifications for workplace safety, ensuring that the manufacturing environment adheres to health and safety guidelines.
Where It Applies:
These certifications are particularly important for those involved in the manufacturing process, ensuring that products are produced in a safe and compliant environment.
7. Continuing Education and Professional Development
What It Involves:
- Workshops and Short Courses: Although not a formal licensing requirement, pursuing workshops or short courses in animal welfare, product design, CAD software, and materials science can help individuals stay up-to-date with the latest trends and regulations in the field.
- Industry Conferences and Networking: Attending industry conferences (such as those hosted by the American Pet Products Association (APPA) or similar groups) can also help professionals network and stay informed about the latest product standards and innovations in animal transport design.
Where It Applies:
While not a requirement, continuing education helps animal carrier and crate designers stay competitive and aware of changes in the market, materials, and animal welfare standards.
Professional Associations
American Society for Testing and Materials (ASTM International)
Overview: ASTM International is a globally recognised leader in the development and delivery of voluntary consensus standards. For animal carriers and crate designers, ASTM standards can be essential for ensuring the safety, durability, and quality of their products. They offer specific standards related to animal transportation and carriers.
Website: ASTM International
International Air Transport Association (IATA)
Overview: IATA is a trade association of the world’s airlines, and it sets standards for the transportation of animals by air, including carrier specifications and guidelines for pet travel. An Animal Carrier and Crate Designer must understand IATA regulations for designing carriers suitable for air travel.
Website: IATA
International Organization for Standardization (ISO)
Overview: ISO is an international standard-setting body that develops and publishes a wide range of global standards, including those related to manufacturing, materials, and safety for animal transport carriers. ISO 9001 (quality management) and ISO 14001 (environmental management) are relevant certifications for any designer looking to operate globally.
Website: ISO
American Pet Products Association (APPA)
Overview: The APPA is a major trade organisation representing pet product manufacturers, including those who design and produce carriers and crates. It provides a wealth of information and resources for businesses involved in the pet product industry.
Website: APPA
National Association of Pet Product Manufacturers (NAPPM)
Overview: The NAPPM is a trade association in the United States representing companies that design, manufacture, and market pet products, including pet carriers and crates. It advocates for safety standards and best practices in the industry.
Website: NAPPM
Pet Industry Federation (PIF) – United Kingdom
Overview: The Pet Industry Federation represents professionals in the UK’s pet industry, including manufacturers and retailers of pet carriers and crates. The federation offers resources, networking, and professional development opportunities to support industry members.
Website: PIF
European Federation of Pet Product Manufacturers (FEDIAF)
Overview: FEDIAF represents the pet product industry across Europe and offers guidance on manufacturing standards, including pet carriers and transport products. They focus on animal welfare, environmental responsibility, and quality assurance.
Website: FEDIAF
The American Industrial Design Society (IDSA)
Overview: While not specific to animal transport products, IDSA is a professional association for industrial designers. Many Animal Carrier and Crate Designers are industrial designers, and IDSA provides resources, certification programs, and networking opportunities for design professionals.
Website: IDSA
National Association of Animal Transportation (NAAT)
Overview: NAAT focuses on the safe and humane transportation of animals and offers education, networking, and best practices for businesses in the animal transportation industry. It includes discussions on carrier design and the requirements for safe animal transport.
Website: NAAT
The Institute of Design and Technology (IDT) – United Kingdom
Overview: IDT offers resources and educational programs for those working in the design and technology sector, including for animal-related products. Designers interested in creating animal carriers and crates may benefit from certifications and courses offered by IDT.
Website: IDT
The Federation of European Manufacturers of Pet Products (FEMMPP)
Overview: FEMMPP is an international tradeorganisationn for manufacturers of pet products, including carriers and crates. This organisationn focuses on supporting the global pet product industry, providing networking and advocacy for its members.
Website: FEMMPP
The Animal Welfare Institute (AWI)
Overview: AWI is a non-profitorganisationn that advocates for better standards and regulations related to animal welfare, including during transportation. Their guidelines and research on humane treatment of animals are essential for designers creating products that align with best animal welfare practices.
Website: AWI
Australian Pet Industry Association (APIA)
Overview: The APIA is the peak body for the Australian pet industry, including manufacturers of pet transport products such as carriers and crates. It offers guidelines for product safety and helps its members navigate the regulatory landscape in Australia.
Website: APIA
International Council for Game and Wildlife Conservation (CIC)
Overview: For designers who are focused on products for wild animal transport, CIC provides international standards and guidelines for the transport of wildlife. Their work focuses on ethical and humane treatment of animals during transport and may be relevant for animal carrier designers in that sector.
Website: CIC
Where can I study further? (List of Registered Tertiary Institutions)
All of the above information will help you understand more about the career, including the fact that there are different paths to take to reach it. But if you are almost done with high school (grades 11 or 12), you also need to start thinking about further studies and where you will study.
See the list of universities, colleges, and online training academies that offer courses in art and design.
How do I start to prepare for this Career?
If you do decide on following this career, then OZT can assist you in figuring out a path to prepare, as well as help you to gain further knowledge about the career and the animals you will be working with. We do this by offering you FREE career development tools. There are almost a dozen free tools, but these are the three primary ones:
CAREER PATH PLAN
Use the career path plan above on this profile as an example to follow, or to work out your own path.
COST; Free
ACCESS: Open to visitors and MembersÂ
SHORT COURSES
Access easy-to-use short courses to make your career preparation easier! The basic information in each course is free, but the rewards can only be unlocked as an OZT member!
COST; Free
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STUDY GUIDE
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But, if you are still uncertain about choosing this specific career, and even where to start, then have a look at our special series of WHAT NEXT courses (link below). They take you through all of the questions you might have on how to choose the right career, what to do while at and after school, and even how to start your own business.
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Join us as a special member and learn more about becoming an Animal Carrier and Crate Designer.
Members of the Platform have special access to:
- Info on the best places where you can study (colleges, universities and online)
- Expertly designed advice to prepare you for the career and links to places where you can gain valuable experience. Some career experience is necessary; otherwise, you won’t get the job!
- Top-notch information on each of the different species you will work with
- Make friends around the world and share knowledge
- Compete and win points, badges, games, prizes, and certificates. Be the best of the best while you learn and prepare!
If you have decided on being an Animal Carrier and Crate Designer, please click on the JOIN GROUP button. Members will be directed to the group, while non-members will be assisted in registering first.
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Career Profiles and Resources
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A few pictures about the career:
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Some of the best websites to help you decide on a career are:
Petmate
Overview: Petmate is a well-known company specialising in the design and manufacture of pet products, including carriers and crates. Their website features a wide range of animal transport solutions, including pet carriers for various travel needs, and offers detailed product information for those designing animal carriers and crates.
Website: Petmate
The Carrier Company
Overview: The Carrier Company is a specialised business that provides custom design and manufacturing services for animal carriers and crates. They focus on durable, high-quality products suitable for domestic and exotic animal transport. This site also provides useful resources for professionals involved in the design and creation of transport solutions.
Website: The Carrier Company
K9 Transporter
Overview: K9 Transporter specialises in custom-built crates and carriers for pets and working animals. Their site offers a variety of design options for travelling pets, with a focus on durable, airline-approved carriers for dogs and other animals. It’s a great resource for designers looking to specialise in animal transport.
Website: K9 Transporter
