Developing a wildlife exhibit is a complex undertaking that requires careful planning, clear communication, and disciplined project management. This guide walks through the complete exhibit development process—from early concept development through final installation—providing a framework that helps museums and institutions achieve successful outcomes. This article is part of our Wildlife Exhibit Design Resource Hub, a comprehensive collection of best practices for museum professionals. Phase 1: Discovery and Concept Development Every successful exhibit begins with thorough discovery work that establishes the foundation for all subsequent decisions. Defining Educational Objectives Before any design work begins, stakeholders must articulate what the exhibit should accomplish. Key questions include: What specific learning outcomes should visitors take away? Which species, ecosystems, or conservation themes will be featured? How does this exhibit fit within the institution's broader mission and existing collections? What age groups and visitor demographics are primary audiences? Document these objectives clearly, as they will guide every subsequent decision from species selection to interpretive content development. Site Assessment Understanding the physical constraints and opportunities of the exhibit space is essential: Dimensions and configuration: Measure all aspects including ceiling heights, column locations, and utility access points Environmental controls: Assess existing HVAC capabilities for specimen preservation requirements Lighting infrastructure: Document existing electrical capacity and natural light sources Visitor flow: Analyze how guests will enter, move through, and exit the space Our article on Lighting Techniques for Immersive Wildlife Exhibits addresses how lighting infrastructure affects exhibit planning. Budget Framework Establish realistic budget parameters early, including: Design and fabrication costs Specimen acquisition or preparation Installation and project management Interpretive media and signage Contingency reserves (typically 10-15%) Phase 2: Schematic Design With discovery complete, the project moves into schematic design where concepts take visual form. Concept Sketches and Mood Boards Initial design exploration should include reference imagery, rough sketches, and mood boards that capture the intended atmosphere. These early visualizations help align stakeholder expectations before significant design investment. Spatial Layout Development Schematic floor plans establish the basic organization of the exhibit: Primary focal points and specimen locations Visitor circulation paths Sightlines and viewing angles Interpretive zones and interactive stations For guidance on storytelling through spatial design, see How Narrative Design Enhances Wildlife Museum Exhibits. Preliminary Species Selection Working with taxidermists and curators, identify which specimens will anchor the exhibit. This selection affects everything from scale to habitat representation. Early engagement with taxidermy partners—such as Stehling's Taxidermy—ensures specimen availability and allows coordination of poses and compositions. Phase 3: Design Development Design development refines schematic concepts into detailed specifications. Detailed Renderings 3D renderings and detailed elevations communicate the design intent clearly to all stakeholders. These visualizations should include: Accurate specimen representations at correct scale Habitat elements including rockwork, vegetation, and water features Lighting concepts showing how illumination will create atmosphere Interpretive element placements Material Specifications Document all materials for habitat construction, including: Substrate and terrain materials Artificial vegetation specifications Rockwork and water feature materials Backdrop painting techniques Interdisciplinary Coordination This phase requires close collaboration between exhibit designers, taxidermists, and fabricators. Our article on Collaboration Between Exhibit Designers and Taxidermists explores how to structure these partnerships effectively. Phase 4: Construction Documentation Construction documents translate the approved design into buildable specifications. Fabrication Drawings Detailed shop drawings specify: Structural framework and mounting systems Dimensional accuracy for all habitat elements Electrical and lighting rough-in locations Specimen mounting hardware and attachment points Interpretive Content Finalization All text panels, labels, and interactive content should be finalized during this phase. See our guide on Integrating Interpretive Signage in Wildlife Exhibits for best practices. Installation Sequencing Develop a detailed installation schedule that accounts for: Structural work and environmental preparation Habitat element installation sequence Electrical and lighting installation Specimen placement and final positioning Interpretive element installation Final adjustments and punch list completion Phase 5: Fabrication With documentation complete, fabrication begins in parallel with specimen preparation. Shop Fabrication Habitat elements are typically fabricated off-site in a controlled shop environment. This allows for: Quality control in ideal working conditions Iterative refinement before on-site installation Parallel work on multiple elements simultaneously Photography and approval reviews before shipping Specimen Coordination Maintain regular communication with taxidermists during this phase to ensure specimens are progressing on schedule and that poses remain coordinated with habitat design. Quality Checkpoints Establish approval milestones throughout fabrication: Structural mockups Color and texture samples Vegetation and detail element reviews Pre-shipping inspection Phase 6: Installation On-site installation brings all project elements together. Site Preparation Before habitat elements arrive, ensure: Space is cleared and protected Electrical and HVAC systems are operational Access routes are confirmed for large elements Safety protocols are established Phased Installation Installation typically proceeds in layers: Structural framework: Base platforms, armatures, and mounting systems Major habitat elements: Rockwork, large scenic pieces, backdrops Detail work: Vegetation, ground cover, water features Lighting: Fixture installation and focusing Specimens: Careful placement and final positioning Interpretive elements: Signage, labels, interactive components On-Site Coordination Having exhibit designers, taxidermists, and lighting specialists present during final installation ensures optimal results. Last-minute adjustments to specimen positioning, lighting angles, and sight lines can dramatically improve the final presentation. Phase 7: Completion and Handoff The final phase ensures the institution is prepared to maintain and operate the exhibit. Punch List Resolution Walk through the completed exhibit with stakeholders to identify any items requiring attention before formal completion. Documentation Package Provide the institution with: As-built drawings reflecting final installation Maintenance guidelines for all materials and specimens Lighting plot and lamp specifications Vendor contact information for future repairs Staff Training Brief maintenance and interpretive staff on: Proper cleaning procedures Environmental monitoring requirements Reporting protocols for damage or deterioration Keys to Successful Outcomes Projects that succeed share common characteristics: Clear communication: Regular updates and transparent decision-making Realistic timelines: Adequate time for each phase without rushed transitions Stakeholder alignment: Shared vision among all project participants Flexibility: Willingness to adapt when challenges arise Quality focus: Commitment to excellence at every stage At Epic Journey Design, we guide institutions through this complete process, from initial concept discussions through final installation and beyond. Our experience across diverse exhibit types helps us anticipate challenges and deliver results that exceed expectations. Contact us to discuss your upcoming exhibit project. Related Resources Wildlife Exhibit Design Resource Hub Designing Engaging Wildlife Exhibits for Museums (Pillar Article) Collaboration Between Exhibit Designers and Taxidermists Lighting Techniques for Immersive Wildlife Exhibits Integrating Interpretive Signage in Wildlife Exhibits Establish clear objectives, target audience, educational messages, and budget parameters. Document stakeholder requirements and create a project charter that guides all subsequent decisions. Collect field photography, scientific literature, and habitat data for target species. Visit similar exhibits and consult with naturalists to ensure biological accuracy. Create preliminary sketches, mood boards, and spatial layouts. Present multiple concept options to stakeholders and refine based on feedback before proceeding to detailed design. Work with taxidermists early to source and prepare specimens. Obtain necessary permits for protected species and plan poses that integrate with the habitat design. Produce construction drawings, material specifications, lighting plans, and signage layouts. Include technical requirements for climate control and maintenance access. Construct rockwork, vegetation, and environmental features in the workshop. Use reference materials to ensure accuracy and test assembly before installation. Coordinate on-site installation of habitat elements, specimens, lighting, and interpretive signage. Make final adjustments with all stakeholders present for optimal results. The main phases include concept development, design documentation, specimen acquisition, habitat fabrication, installation, and final detailing. Each phase requires specific expertise and careful coordination. Budget planning should account for design fees (10-15%), specimens (20-30%), habitat construction (35-45%), lighting and technology (10-15%), and contingency (10%). Early cost estimation prevents scope creep. Projects typically require institutional approval, permits for specimen acquisition (especially for protected species), building permits for structural work, and sometimes environmental impact assessments for certain materials.