The ultimate prompt cheat book for R&D

The ultimate prompt cheat book for R&D

AI can automate recurring tasks in R&D—but only when guided with effective prompts. This Book reveals proven strategies for writing prompts that generate practical outputs and automate critical R&D workflows. It includes over 10 ready-to-use prompt templates and examples for tasks like tech scouting, market research, regulatory scanning, and more—built to help researchers and innovators get accurate outputs in less time.

Share

AI is being used across R&D to automate manual work and compress research timelines. From reviewing patents to preparing market insights, it can manage repetitive tasks and accelerate workflows. But its value entirely depends on the quality of the prompt it receives.

Here, we decode how to write powerful prompts, discuss tips and tricks, and explore ready-to-use prompt templates for various R&D tasks.

Why do prompts matter in R&D?

Prompts are not casual instructions—they reflect the structure of internal thinking and domain knowledge. When shaped well, prompts encode repeatable methods that enhance consistency across research outputs. This precision helps teams move faster with fewer corrections and revisions.

Custom prompts help differentiate results from off-the-shelf models using shared training data. They absorb company language, workflows, and specific knowledge into reusable command structures. These structures shape AI responses that reflect what matters most to your team.

Investing in good prompts creates long-term value by reducing repetitive tasks and manual adjustments. Each well-formed prompt supports workflow automation and acts as a reusable asset that saves time across projects. Over time, these assets improve quality while increasing productivity across entire research pipelines.

Prompt templates for different research tasks:

AI prompts can be adapted to suit a wide range of research tasks across R&D functions. Whether the goal is scouting technologies, analyzing competitors, or mapping regulations, structured prompts guide output with clarity. 

Here are task-specific templates that can help teams get reliable results without repeated trial and error.

Technology scouting

Prompt

Act as an Open Innovation Consultant with expertise in technology scouting and deep knowledge of [INSERT TOPIC]. Your role is to identify 20 cutting-edge innovations from [INSERT SOURCES]. Please provide:


  • A brief description of each innovation, including its unique value proposition or breakthrough aspect.
  • The organization or individual behind it (e.g., university, startup, or company).
  • Current stage of development (e.g., research phase, prototype, commercialized).
  • Relevant applications or potential use cases.
  • Why it stands out compared to existing solutions.

Focus on specific examples that showcase novel approaches, scalability, or disruptive potential. Prioritize recent developments (within the last [INSERT TIMEFRAME] years) and, where possible, include links or references for further exploration.

Example prompt

Act as an Open Innovation Consultant with expertise in technology scouting and deep knowledge of biobased plastics. Your role is to identify 20 cutting-edge innovations from industry reports, academic publications, startup ecosystems, and corporate R&D initiatives. Please provide:

  • A brief description of each innovation, including its unique value proposition or breakthrough aspect.
  • The organization or individual behind it (e.g., university, startup, or company).
  • Current stage of development (e.g., research phase, prototype, commercialized).
  • Relevant applications or potential use cases.
  • Why it stands out compared to existing solutions.

Focus on specific examples that showcase novel approaches, scalability, or disruptive potential. Prioritize recent developments (within the last 3 years) and, where possible, include links or references for further exploration.

Output

As an Open Innovation Consultant specializing in technology scouting and biobased plastics, I've identified 20 cutting-edge innovations from recent industry reports, academic publications, startup ecosystems, and corporate R&D initiatives. Each entry includes a brief description, the organization behind it, the current development stage, relevant applications, and distinguishing features.

1. Utopia Plastix's Plant-Based Polymer

  • Description: A plant-based alternative polymer derived from agricultural cover crops, offering a drop-in replacement for traditional plastics.
  • Organization: Utopia Plastix (USA)
  • Development Stage: Commercialized
  • Applications: Blown film, blow molding, thermoforming, extrusion, injection molding, and 3D printing.
  • Distinguishing Features: 100% recyclable, degradable, and compostable without equipment modifications.

2. GFBiochemicals' Levulinic Acid Technology

  • Description: Technology for recovering and purifying biobased levulinic acid from biomass, replacing petroleum-based components.
  • Organization: GFBiochemicals (Italy)
  • Development Stage: Commercialized
  • Applications: Packaging, personal and home care products, pharmaceuticals.
  • Distinguishing Features: Enables the production of biobased polymers from renewable resources.

3. Eranova's Algae-Based Bioplastics

  • Description: Production of bioplastics using starch extracted from green algae blooms, offering an alternative to traditional crops.
  • Organization: Eranova (France)
  • Development Stage: Prototype/Commercialization
  • Applications: Packaging materials.
  • Distinguishing Features: Utilizes algae blooms, reducing environmental pollution and not competing with food crops.

4. FlexSea's Seaweed-Derived Material

  • Description: A sustainable material made from seaweed, designed to replace plastic film packaging and degrade in weeks.
  • Organization: FlexSea (UK)
  • Development Stage: Prototype/Commercialization
  • Applications: Plastic film packaging.
  • Distinguishing Features: Rapid degradation without microplastic residue, reducing environmental impact.

5. Around Tea's Vegan, Plastic-Free Pouches

  • Description: Recyclable and compostable cardboard pouches for tea, using soy-based ink for labeling.
  • Organization: Around Tea (Japan)
  • Development Stage: Commercialized
  • Applications: Tea packaging.
  • Distinguishing Features: Plastic-free, vegan, and compostable, aligning with sustainable packaging trends.

6. Sulapac's Wood-Based Biodegradable Packaging

  • Description: Fully biodegradable packaging material made from wood, moldable like plastic with similar resistance properties.
  • Organization: Sulapac (Finland)
  • Development Stage: Commercialized
  • Applications: Packaging solutions, including straws and cosmetic containers.
  • Distinguishing Features: Microplastic-free and marine-degradable, offering a sustainable alternative to conventional plastics.

7. erthos' AI-Driven Biobased Materials

  • Description: Plant-based alternatives for single-use plastics, reprocessing agricultural by-products into existing plastic manufacturing lines.
  • Organization: erthos (Canada)
  • Development Stage: Commercialized
  • Applications: Single-use plastic alternatives, including compostable keg caps.
  • Distinguishing Features: AI-driven approach to material development, enhancing biodegradability and reducing reliance on virgin plastics.

8. Polymateria's Biotransformation Technology

  • Description: A masterbatch additive enabling conventional plastics to biodegrade into a waxy substance digestible by microbes.
  • Organization: Polymateria (UK)
  • Development Stage: Commercialized
  • Applications: Polyethylene and polypropylene products, including packaging and disposable items.
  • Distinguishing Features: Controlled degradation without microplastic residue, aligning with new British standards for biodegradability.

9. Titan Bioplastics' Nanotechnology-Enhanced Bioplastics

  • Description: Advanced nanotechnologies to develop strong, earth-friendly plastics from recycled and biobased materials.
  • Organization: Titan Bioplastics (USA)
  • Development Stage: Commercialized
  • Applications: Various industries seeking sustainable plastic solutions.
  • Distinguishing Features: Incorporates nanotechnology to enhance strength, durability, and barrier properties of bioplastics, improving performance compared to conventional options.

10. Newlight Technologies' AirCarbon

  • Description: A biomaterial made by capturing greenhouse gases and converting them into a PHA-based bioplastic alternative.
  • Organization: Newlight Technologies (USA)
  • Development Stage: Commercialized
  • Applications: Foodware, fashion products, automotive components.
  • Distinguishing Features: Carbon-negative production process, helping to reduce greenhouse gas emissions.

11. Mango Materials' Biopolymer from Methane

  • Description: PHA-based bioplastic produced using methane as a feedstock, addressing waste emissions and plastic pollution simultaneously.
  • Organization: Mango Materials (USA)
  • Development Stage: Pilot phase
  • Applications: Packaging, textiles, 3D printing materials.
  • Distinguishing Features: Utilizes captured methane to create biodegradable plastics, reducing landfill emissions.

12. Teysha Technologies' Natural Polycarbonate Platform

  • Description: A customizable biopolymer derived from natural feedstocks, providing biodegradable polycarbonate alternatives.
  • Organization: Teysha Technologies (UK)
  • Development Stage: Prototype/Pre-commercial
  • Applications: Medical devices, packaging, automotive parts.
  • Distinguishing Features: Tunable degradation rates and material properties for various applications.

13. Carbios' Enzymatic Recycling Technology

  • Description: An enzyme-based solution for depolymerizing PET plastics and polyester fibers into monomers for reuse.
  • Organization: Carbios (France)
  • Development Stage: Pilot/Pre-commercial
  • Applications: PET packaging, textiles recycling.
  • Distinguishing Features: Allows for infinite recyclability of PET, enhancing circular economy potential.

14. RWDC Industries' PHA Bioplastics

  • Description: PHA-based bioplastics derived from plant oils and agricultural waste, designed to degrade naturally in marine and soil environments.
  • Organization: RWDC Industries (USA/Singapore)
  • Development Stage: Commercialized
  • Applications: Food service packaging, single-use products.
  • Distinguishing Features: Fully biodegradable within a year in natural environments, addressing single-use plastic waste issues.

15. Avantium's Plant-Based PEF Bottles

  • Description: Polyethylene furanoate (PEF) made from plant-based sugars, offering an alternative to PET.
  • Organization: Avantium (Netherlands)
  • Development Stage: Pilot/Pre-commercial
  • Applications: Beverage packaging, films, textiles.
  • Distinguishing Features: Superior barrier properties and recyclability compared to PET.

16. Biome Bioplastics' Biodegradable Coffee Pods

  • Description: Compostable coffee pods made from biobased polymers, providing a sustainable alternative to conventional capsules.
  • Organization: Biome Bioplastics (UK)
  • Development Stage: Commercialized
  • Applications: Coffee packaging, single-use items.
  • Distinguishing Features: Designed to break down within industrial composting conditions, reducing plastic waste in landfills.

17. Danimer Scientific's Nodax PHA

  • Description: A family of biodegradable polyhydroxyalkanoates (PHAs) derived from plant sugars, certified for marine and soil degradation.
  • Organization: Danimer Scientific (USA)
  • Development Stage: Commercialized
  • Applications: Food packaging, agricultural films, personal care products.
  • Distinguishing Features: Fully biodegradable and compatible with existing plastic manufacturing infrastructure.

18. TotalEnergies Corbion's PLA Bioplastics

  • Description: Polylactic acid (PLA) solutions with high heat resistance and barrier properties, enabling a broader range of applications.
  • Organization: TotalEnergies Corbion (Netherlands)
  • Development Stage: Commercialized
  • Applications: Food packaging, 3D printing, textiles.
  • Distinguishing Features: High-performance PLA grades offering better durability compared to conventional PLA.

19. BASF’s Ecovio Biopolymer

  • Description: A blend of PLA and PBAT (polybutylene adipate terephthalate), offering a balance between biodegradability and mechanical performance.
  • Organization: BASF (Germany)
  • Development Stage: Commercialized
  • Applications: Organic waste bags, agricultural films, food packaging.
  • Distinguishing Features: Certified compostable and designed for controlled degradation conditions.

20. Novamont's Mater-Bi Bioplastic

  • Description: Starch-based biopolymer solutions designed for various applications, from food packaging to agricultural films.
  • Organization: Novamont (Italy)
  • Development Stage: Commercialized
  • Applications: Shopping bags, organic waste collection, agriculture.
  • Distinguishing Features: Fully compostable and integrates well into existing waste management infrastructure.

Note: References and sources were provided but not included in this sample output.

Market research

Prompt

Act as a Market Research Analyst specializing in [insert industry/topic]. Your task is to conduct a comprehensive market research analysis. Provide insights on the following:

  • Market Trends: Identify key trends shaping the industry, including emerging technologies, consumer behavior shifts, and macroeconomic factors.
  • Market Size and Growth: Provide an overview of the current market size and projected growth rates (e.g., CAGR) over the next 5 years.
  • Target Audience Insights: Outline key customer segments, their needs, pain points, and purchasing behaviors. Include demographic, geographic, and psychographic data.
  • Competitive Landscape: Identify major competitors, their market share, strengths, weaknesses, and differentiators.
  • Opportunities and Gaps: Highlight unmet needs or underserved segments within the market.
  • Regulatory and Economic Influences: Discuss any regulatory, economic, or political factors affecting the market dynamics.
  • Recent Innovations: Highlight new products, services, or business models driving change in the market.

Based on the analysis, provide strategic recommendations, including:

  • Market Entry Strategies: Suggestions for entering or expanding within the market.
  • Positioning Tactics: Guidance on how to differentiate and capture market share.
  • Growth Opportunities: Areas for investment or innovation to address market gaps.
  • Risk Mitigation: Key risks and how to address them proactively.

Use credible sources such as industry reports, trade publications, and publicly available market data. For each insight, include:

  • Relevant statistics, charts, or data points where applicable.
  • Key sources or references for further exploration.
  • Actionable insights tied to the business objectives.

Focus on recent developments (within the last [X-X] years) and ensure the analysis is practical, detailed, and aligned with the strategic goals of stakeholders in [specific industry/topic].

Example prompt

Act as a Market Research Analyst specializing in plant-based proteins. Your task is to conduct a comprehensive market research analysis. Provide insights on the following:

  • Market Trends: Identify key trends shaping the industry, including emerging technologies, consumer behavior shifts, and macroeconomic factors.
  • Market Size and Growth: Provide an overview of the current market size and projected growth rates (e.g., CAGR) over the next 5 years.
  • Target Audience Insights: Outline key customer segments, their needs, pain points, and purchasing behaviors. Include demographic, geographic, and psychographic data.
  • Competitive Landscape: Identify major competitors, their market share, strengths, weaknesses, and differentiators.
  • Opportunities and Gaps: Highlight unmet needs or underserved segments within the market.
  • Regulatory and Economic Influences: Discuss any regulatory, economic, or political factors affecting the market dynamics.
  • Recent Innovations: Highlight new products, services, or business models driving change in the market.

Based on the analysis, provide strategic recommendations, including:

  • Market Entry Strategies: Suggestions for entering or expanding within the market.
  • Positioning Tactics: Guidance on how to differentiate and capture market share.
  • Growth Opportunities: Areas for investment or innovation to address market gaps.
  • Risk Mitigation: Key risks and how to address them proactively.

Use credible sources such as industry reports, trade publications, and publicly available market data. For each insight, include:

  • Relevant statistics, charts, or data points where applicable.
  • Key sources or references for further exploration.
  • Actionable insights tied to the business objectives.

Focus on recent developments (within the last 2–3 years) and ensure the analysis is practical, detailed, and aligned with the strategic goals of stakeholders in the alternative protein space.

Output

Market Research Analysis: Plant-Based Proteins

Market Trends

The plant-based protein industry is experiencing several key trends:

  • Emerging Technologies: Advancements in food technology have led to the development of novel plant-based protein products, such as protein powders and liquids, which have seen growth in both dollar and unit sales in 2023.
  • Consumer Behavior Shifts: There is a notable increase in flexitarian diets, with consumers incorporating both plant-based and animal proteins. This shift is driven by health considerations, environmental concerns, and animal welfare.
  • Macroeconomic Factors: Inflation and economic pressures have influenced purchasing behaviors, leading consumers to seek cost-effective protein sources. Despite economic challenges, certain plant-based categories, such as creamers and protein powders, have demonstrated resilience.

Market Size and Growth

  • The global plant-based protein market is on a growth trajectory:
  • Current Market Size: Valued at approximately USD 21.1 billion in 2023.
  • Projected Growth: Expected to reach USD 69.17 billion by 2032, with a Compound Annual Growth Rate (CAGR) of 14.1% from 2023 to 2028.

Target Audience Insights

Key customer segments include:

  • Demographics: Younger consumers, particularly Millennials and Gen Z, with higher income levels, are primary purchasers of plant-based meat alternatives.
  • Geographics: Urban areas in North America and Europe show higher adoption rates, influenced by greater product availability and environmental awareness.
  • Psychographics: Health-conscious individuals and those concerned about environmental sustainability are more inclined towards plant-based proteins. However, taste and texture remain critical factors influencing purchasing decisions.

Competitive Landscape

The market features several prominent players:

  • Major Competitors: Companies like Beyond Meat and Impossible Foods have established significant market presence. However, some, like Beyond Meat, have faced declining sales in the U.S. market recently.
  • Strengths and Weaknesses: While these companies offer innovative products, challenges include high production costs and achieving taste parity with animal proteins.
  • Differentiators: Product diversity, taste, texture, and nutritional content serve as key differentiators among competitors.

Opportunities and Gaps

Identified market opportunities include:

  • Product Innovation: Developing plant-based seafood alternatives and expanding into novel formats can capture unmet consumer needs.
  • Affordability: Addressing price sensitivity by offering cost-effective plant-based options can attract a broader consumer base.
  • Nutritional Profile: Enhancing the nutritional content of products to meet consumer health expectations remains an area for improvement.

Regulatory and Economic Influences

Several factors impact market dynamics:

  • Regulatory Environment: Governments worldwide are increasingly supporting alternative proteins through funding and favorable policies. For instance, in 2023, the U.S. FDA released draft guidance on plant-based milk labeling, reflecting a more structured regulatory approach.
  • Economic Factors: Economic downturns can affect consumer spending power, making affordability a critical factor in purchasing decisions.

Recent Innovations

Notable developments include:

  • Product Launches: Introduction of plant-based protein powders and liquids has met growing consumer demand for diverse protein sources.
  • Market Expansion: Companies like Huel have broadened their product lines and retail presence, contributing to increased profitability and market reach.

Strategic Recommendations

  • Market Entry Strategies: New entrants should focus on product innovation, particularly in underserved categories like plant-based seafood, and consider competitive pricing strategies to attract price-sensitive consumers.
  • Positioning Tactics: Emphasizing taste, texture, and nutritional benefits in marketing campaigns can differentiate products. Transparency regarding ingredient sourcing and production processes can also build consumer trust.
  • Growth Opportunities: Investing in research and development to improve product taste and nutritional profiles, and expanding distribution channels, including e-commerce and foodservice, can drive growth.
  • Risk Mitigation: To address potential risks such as supply chain disruptions and regulatory changes, companies should diversify ingredient sourcing, stay informed about regulatory developments, and engage in proactive lobbying efforts.

Note: References and sources were provided but not included in this sample output.

Regulatory landscaping

Prompt

Act as a Regulatory Affairs Specialist with expertise in [insert industry/topic]. Your task is to conduct a regulatory landscaping analysis to provide a clear understanding of the current and upcoming regulatory environment. Include the following:

  • Key Regulations: Identify major existing regulations and standards governing [insert industry/topic] in key markets (e.g., U.S., EU, China, etc.).
  • Upcoming Changes: Highlight any pending or proposed regulatory updates that could impact the industry within the next x-x years.
  • Regional Differences: Compare and contrast regulatory requirements across major regions or countries.
  • Compliance Challenges: Discuss common hurdles companies face when meeting these regulations.
  • Case Studies: Provide examples of recent compliance successes or failures by industry leaders.
  • Opportunities and Risks: Identify potential risks from non-compliance or opportunities for innovation in light of regulatory gaps or incentives.

Based on this analysis, provide strategic recommendations, including:

  • Preparation Strategies: Steps companies should take to align with current or upcoming regulations.
  • Market Entry Considerations: Guidance on entering regulated markets or navigating complex regulatory environments.
  • Collaboration Opportunities: Potential partnerships with advocacy groups, regulatory bodies, or compliance consultants.
  • Proactive Measures: Suggestions for leveraging regulatory changes to gain competitive advantages.

Use credible resources such as government regulatory websites (e.g., FDA, EPA, REACH, ISO), industry associations, and publicly available reports. Include:

  • Regulation names and official codes or numbers where applicable.
  • A brief summary of the regulation and its significance.
  • Links or references for further exploration.

Focus on actionable insights, ensuring relevance for strategic planning and decision-making in [specific industry/topic].

Example prompt

Act as a Regulatory Affairs Specialist with expertise in plastic materials. Your task is to conduct a regulatory landscaping analysis to provide a clear understanding of the current and upcoming regulatory environment. Include the following:

  • Key Regulations: Identify major existing regulations and standards governing use of plastic in key markets (e.g., U.S., EU, China, etc.).
  • Upcoming Changes: Highlight any pending or proposed regulatory updates that could impact the industry within the next 2-5 years.
  • Regional Differences: Compare and contrast regulatory requirements across major regions or countries.
  • Compliance Challenges: Discuss common hurdles companies face when meeting these regulations.
  • Case Studies: Provide examples of recent compliance successes or failures by industry leaders.
  • Opportunities and Risks: Identify potential risks from non-compliance or opportunities for innovation in light of regulatory gaps or incentives.

Based on this analysis, provide strategic recommendations, including:

  • Preparation Strategies: Steps companies should take to align with current or upcoming regulations.
  • Market Entry Considerations: Guidance on entering regulated markets or navigating complex regulatory environments.
  • Collaboration Opportunities: Potential partnerships with advocacy groups, regulatory bodies, or compliance consultants.
  • Proactive Measures: Suggestions for leveraging regulatory changes to gain competitive advantages.

Use credible resources such as government regulatory websites (e.g., FDA, EPA, REACH, ISO), industry associations, and publicly available reports. Include:

  • Regulation names and official codes or numbers where applicable.
  • A brief summary of the regulation and its significance.
  • Links or references for further exploration.

Focus on actionable insights, ensuring relevance for strategic planning and decision-making in the CPG industry.

Output

As a Regulatory Affairs Specialist with expertise in plastic materials, I have conducted a comprehensive analysis of the current and forthcoming regulatory landscape affecting the plastics industry. This analysis encompasses key regulations, anticipated changes, regional differences, compliance challenges, case studies, and the associated opportunities and risks. Strategic recommendations are also provided to guide companies in aligning with these regulatory developments.

Key Regulations

United States:

  • Resource Conservation and Recovery Act (RCRA): Governs the management of hazardous and non-hazardous solid waste, including certain plastics.
  • Food Contact Substance Notification Program (FDA): Regulates substances used in materials that come into contact with food, ensuring they are safe for consumer use.

European Union:

  • Regulation (EU) No 10/2011: Specific to plastic materials and articles intended to come into contact with food, setting out safety requirements and migration limits.
  • Directive (EU) 2019/904: Aims to reduce the impact of certain plastic products on the environment, including restrictions on single-use plastics.

China:

  • GB 4806.6-2016 and GB 4806.7-2016: National standards regulating the use of plastics and polymers in food contact materials, ensuring safety and compliance.

Upcoming Changes

European Union:

  • New EU Packaging Regulation: Set to take effect from 2025, requiring all packaging used in the EU to be recyclable by 2030.
  • Commission Regulation (EU) 2022/1616: Governs recycled plastic materials intended for food contact, emphasizing the use of suitable recycling technologies.

United States:

  • Basel Convention Amendments: New international requirements for the export and import of plastic recyclables and waste, impacting U.S. trade practices.

China:

  • Provisional Duties on Imported Plastics: Effective January 24, 2025, China will impose provisional duties ranging from 3.8% to 74.9% on imports of industrial plastics from the U.S., EU, Japan, and Taiwan.

Regional Differences

  • Regulatory Stringency: The EU often adopts more stringent environmental regulations compared to the U.S. and China, particularly concerning single-use plastics and recycling mandates.
  • Trade Policies: China's recent imposition of provisional duties on imported plastics highlights the dynamic nature of trade policies affecting the plastics industry.

Compliance Challenges

  • Evolving Regulations: Keeping abreast of rapidly changing regulations across different regions poses a significant challenge for companies operating globally.
  • Technological Adaptation: Meeting new recycling and sustainability standards may require substantial investment in technology and process modifications.

Case Studies

  • Unilever: In 2024, Unilever reassessed its 2025 plastic packaging targets, reflecting the complexities companies face in meeting ambitious sustainability goals amidst evolving regulations.
  • European Plastics Production: A decline in European plastics production has raised concerns about sustainability and competitiveness, underscoring the impact of regulatory pressures on industry dynamics.

Opportunities and Risks

Opportunities:

  • Innovation: Developing alternative materials and sustainable packaging solutions can provide a competitive edge.
  • Market Leadership: Proactively adopting environmentally friendly practices can enhance brand reputation and meet growing consumer demand for sustainability.

Risks:

  • Non-Compliance Penalties: Failure to adhere to new regulations can result in financial penalties and reputational damage.
  • Market Access Restrictions: Non-compliance may lead to barriers in accessing certain markets, particularly in regions with stringent environmental standards.

Strategic Recommendations

Preparation Strategies:

  • Regulatory Monitoring: Establish a dedicated team to monitor and interpret regulatory changes across all operating regions.
  • Investment in R&D: Allocate resources to develop compliant materials and processes, focusing on recyclability and reduced environmental impact.

Market Entry Considerations:

  • Regulatory Assessment: Conduct thorough analyses of local regulations before entering new markets to ensure compliance and identify potential challenges.
  • Stakeholder Engagement: Engage with local authorities and industry groups to stay informed about upcoming regulatory changes and expectations.

Collaboration Opportunities:

  • Partnerships: Collaborate with advocacy groups, regulatory bodies, and compliance consultants to stay ahead of regulatory developments and share best practices.
  • Industry Alliances: Join industry associations to participate in collective efforts addressing regulatory challenges and shaping policy discussions.

Proactive Measures:

  • Sustainability Initiatives: Implement comprehensive sustainability programs that exceed current regulatory requirements, positioning the company as a leader in environmental responsibility.
  • Transparent Reporting: Maintain transparency in sustainability reporting to build trust with consumers and stakeholders, demonstrating commitment to environmental goals.

By adopting these strategies, companies can navigate the complex and evolving regulatory landscape, turning potential challenges into opportunities for growth and leadership in the plastics industry.

To access more prompt templates and examples for various R&D tasks, download our book now.

Where do AI prompts add the most value in R&D?

AI prompts help R&D teams streamline planning, automate repetitive tasks, and enhance decision-making speed. From scouting materials to reviewing regulations, AI now supports experts across critical research functions. With the right prompts, it becomes a steady co-pilot within even the most complex workflows.

Automation in proposal and document creation

R&D teams spend hours rewriting proposals, updates, or internal documents from scratch. Prompts help AI write first drafts based on goals, deadlines, and formatting rules. Teams can repurpose content while staying consistent across functions.

Innovation leads accelerate technology scouting

Innovation leads spend less time filtering white papers and more time qualifying actionable solutions. AI helps them identify innovations faster across startups, patents, and university research. Prompts help generate structured summaries sorted by readiness, novelty, or scalability.

Regulatory analysts save time on compliance

Regulatory analysts often work across fragmented databases and outdated standards. Prompting AI with focused questions helps track new laws, compare regions, and extract summaries. Analysts can draft checklists or memos faster without missing compliance changes.

Sustainability officers track complex metrics

Sustainability teams often manage data scattered across suppliers, materials, and production processes. AI in sustainability can help to summarize certifications, regulations, and scoring methods across global markets. Prompts can group data by urgency or suggest new sourcing options.

R&D managers improve pipeline planning

R&D managers struggle to compare project value, readiness, and risks simultaneously. With prompts, AI can summarize competitive activity, forecast timelines, and suggest next steps. These summaries help prioritize ideas without bias or rework.

Faster innovation scouting from reports

Reports from industry, government, or startups are often long and inconsistent in format. Prompts let teams extract comparable data on innovation type, owner, and applications. Scouting becomes structured, trackable, and repeatable with fewer manual inputs.

Higher accuracy in benchmarking technologies

Benchmarking often takes weeks to compile across companies, patents, and performance data. With structured prompts, AI can generate comparison tables that rank technologies by key performance indicators. The result is a sharper overview of who leads, trails, or lags in R&D.

Efficient monitoring of patent activity

Tracking patents by region, material type, or company is time-consuming and error-prone. AI can summarize trends, categorize data, and identify overlooked areas for further exploration. Prompting ensures nothing critical is missed when scanning volumes of filings.

Smarter market and competitor analysis

Market research often includes weak insights due to time limits or data overload. Prompts allow analysts to summarize demand trends, pricing shifts, or gaps in coverage. Using AI in market research also helps structure competitor summaries by channel, strategy, or recent product launches.

Practical tips for writing high-impact prompts:

AI can support nearly every stage of research, but only if the prompts guiding it are well-structured. Here are the most practical techniques for writing effective prompts in R&D:

  • Start with a specific role: Begin with “Act as a [role]” to help the AI understand the context of the task. This narrows the scope and improves the relevance of the response.
  • Be clear and direct: Vague language leads to vague output, so state exactly what you want the AI to do. Details like timeframe, topic, and format help reduce misunderstandings.
  • Structure matters: Use phrases like “Take me through this step by step” to guide the AI toward logical and ordered responses. This is especially useful for processes and workflows.
  • Limit the output: Control response length using limits like “Summarize in 3 bullet points” or “No more than 200 words.” This keeps the output focused and easily readable.
  • Control the tone: Use commands like “No fluff” to avoid filler and maintain a professional tone. This reduces unnecessary elaboration and keeps attention on the facts.
  • Ask for format variations: You can request output in specific formats like tables, outlines, or CSV. For more structure, specify column headers or prompt the AI to follow up with data compilation.
  • Set expectations for sources and examples: Add phrases like “Provide real-world examples” or “Cite sources where possible.” These encourage practical insights and greater credibility.
  • Target specific timeframes: If you’re tracking trends or updates, say “Focus on the last 2 years.” This improves the relevance of research-based queries.
  • Invite iteration and expansion: Follow up with prompts like “Can you simplify this?” or “Can you expand on X?” This allows you to refine results without starting from scratch.
  • Request rankings or alternatives: To compare options, use commands like “Rank these from most to least important” or “What are alternative viewpoints?” This provides broader perspectives for better decisions.

At PreScouter, we’ve been helping organizations find their highest ROI use cases for AI. Contact us now to drive real value for your organization with AI.

Never miss an insight
Get insights delivered right to your inbox

Download Now

By clicking download, you give consent to PreScouter to use the information you have provided to contact you about relevant content, products, and services.

We’re committed to your privacy. You may unsubscribe from these communications at any time. For more information, check out our Privacy Policy.

If you’d like to know the outcome of your submission, please leave your email address

Never miss an insight

Get exclusive insights delivered right to your inbox

By signing up to receive our newsletter, you agree to our Terms of Use and Privacy Policy. You can unsubscribe at anytime.