Practice & self-reliance
Earn While You Learn
Students learn through productive, sustainability-oriented activity—building practical competence, responsibility and an understanding of how resources circulate through real systems.
A flagship SPACES initiative
Learn, Earn
& Launch
Circular Economy, Innovation and Student Startup Initiative
Led at SPACES Degree College · Promoted by Sri Prakash Educational Society
Education in action
From knowledge to practice—and from practice to enterprise
SPACES treats the campus as a living learning environment. Students connect classroom knowledge with resource efficiency, production, technology and problem-solving through supervised practical activity.
The long-standing Earn While You Learn approach is extended through Make a Startup While You Learn: an institutional innovation and entrepreneurship initiative that helps promising ideas develop into prototypes, applications, systems and viable enterprise-oriented solutions.
Innovation & enterprise
Make a Startup While You Learn
Students receive structured faculty mentorship and institutional support to explore problems, test ideas, build prototypes and develop solutions with practical and entrepreneurial potential.
Institutional innovation & entrepreneurship
A supported pathway from idea to launch
The startup incubation cell creates an enabling environment for interdisciplinary exploration and student-led enterprise development while students continue their higher education.
- 01Discover
Identify an emerging social, technological, environmental or economic problem.
- 02Design
Apply classroom knowledge to shape a useful product, service, application or system.
- 03Build
Develop and test prototypes with faculty mentorship and institutional facilities.
- 04Launch
Validate the solution and prepare an enterprise-oriented pathway for further development.
The campus as a living laboratory
Circular systems. Practical learning. New possibilities.
Students observe, analyse and improve connected campus activities, turning sustainability challenges into opportunities for applied learning and innovation.
Centre for Excellence
Nine practical project pathways
Open a project to review its objectives, working practices, skills and retained photographic record.
01Mushroom CultivationScientific cultivation, sterile production, crop monitoring and enterprise planning.
Objectives
- Master structural scientific mushroom-cultivation techniques.
- Evaluate fungal dietary values and clinical properties.
- Promote clean, eco-friendly production frameworks.
- Develop microbial knowledge, production tracking and viable self-employment routes.
Core practices
- Select suitable Oyster, Button or Milky mushroom varieties for local climatic conditions.
- Prepare paddy straw or other organic substrates and sterilise or pasteurise them against contaminants.
- Inoculate prepared substrates with fresh spawn in a clean workspace.
- Manage humidity, light, ventilation and bed moisture through the crop cycle.
- Harvest, grade, clean, package and plan cold-chain handling for market-ready produce.
Skills developed
- Spawn handling, cultivation, sterile controls and microbiological observation.
- Crop logs, environmental data charting and lifecycle mapping.
- Contamination control, troubleshooting and short-cycle production planning.
- Input costing, pricing, sales operations and spent-substrate recycling.
02HydroponicsSoil-less cultivation, nutrient management and water-efficient crop production.
Objectives
- Understand scientific soil-less plant cultivation.
- Promote water-efficient and sustainable farming methods.
- Develop interest and competence in technology-driven agriculture.
Core practices
- Select short-duration crops such as lettuce, spinach and coriander.
- Configure Wick and Nutrient Film Technique systems.
- Prepare nutrient solutions containing essential macro and micronutrients.
- Monitor and adjust pH, electrical conductivity, light, temperature and humidity.
- Record plant growth, diagnose deficiencies, maintain system lines and evaluate harvested yield.
Skills developed
- Nutrient-solution chemistry, pH/EC monitoring and plant diagnostics.
- Hydroponic pumps, plumbing, measuring instruments and layout setup.
- Scientific observation, data recording and resource-conservation awareness.
- Crop planning, cost-benefit analysis and market-distribution literacy.
03Organic FarmingEcological crop production using natural inputs, biological controls and sustainable field systems.
Organic farming relies on natural processes and biological inputs while avoiding synthetic chemicals and genetically modified organisms. It seeks a self-sustaining relationship among soil, plants, animals and microorganisms.
Objectives
- Develop a sustainable organic-farming model producing high-quality vegetables without synthetic inputs.
- Provide field training in raised-bed preparation, composting, irrigation and biofertiliser use.
- Balance short-duration leafy vegetables with medium-duration crops.
- Use pest-repellent and beneficial-insect crops as biological field boundaries.
- Create a low-cost model suitable for education and community replication.
Core practices
- Prepare and calibrate raised beds; evaluate, source and sow seed.
- Manage organic nutrients through compost and natural soil conditioners.
- Plan companion crops and allocate field space efficiently.
- Use botanical extracts, biological pest management and ecological boundary controls.
- Estimate yield and assess economic feasibility.
Skills developed
- Organic soil management, input formulation and seasonal crop planning.
- Natural pathogen mitigation and field-based troubleshooting.
- Agricultural work planning, local marketing and green-enterprise skills.
- Environmental responsibility and resource conservation.
Outcomes
- Fresh, nutrient-dense institutional vegetable production.
- Improved soil organic matter, microbiome activity and structural health.
- Reduced pest and disease pressure through ecological crop buffers.
- Stronger institutional and community awareness of sustainable agriculture.
04Herbal SoapsNatural cosmetic formulation, botanical ingredients and small-scale production.
Objectives
- Master herbal-soap preparation using natural ingredients.
- Promote eco-friendly, chemical-free personal-care alternatives.
- Study the properties and therapeutic uses of medicinal plants.
- Develop entrepreneurship through organised small-scale production.
Core practices
- Select ingredients such as neem, aloe vera, turmeric and essential oils.
- Prepare melt-and-pour or cold-process soap bases.
- Incorporate botanical extracts and natural fragrances hygienically.
- Mould, cure, package and label products under safe and sanitary conditions.
Skills developed
- Natural cosmetic formulation, measurement, mixing and safe material handling.
- Identification and therapeutic use of local medicinal plants.
- Product design, natural colouring, presentation and curing diagnostics.
- Cost estimation, inventory, branding and local marketing.
05Extraction of Essential OilsSteam distillation, laboratory process control and quality evaluation of botanical oils.
Objectives
- Extract essential oils from lemongrass and related botanicals through steam distillation.
- Understand the physical and chemical principles governing extraction.
Core practices
- Select, clean, dry and size botanical raw material for volatile-oil recovery.
- Assemble and operate distillation apparatus and condensation systems.
- Monitor temperature, steam pressure and process duration.
- Separate oil from aqueous distillate and evaluate aroma, colour, clarity and viscosity.
- Document experiments, calculate yield and follow laboratory safety procedures.
Skills developed
- Steam-distillation and raw-material preparation techniques.
- Laboratory equipment handling and process monitoring.
- Basic oil-quality analysis, data recording and process repeatability.
- Safe handling of heat, pressure and volatile substances.
06Biogas TechnologyWaste-to-energy research using the campus 510 m³ biogas installation.
The campus biogas plant, established in 2008, has six 85 m³ digesters with a combined capacity of 510 m³. Cattle dung and other suitable biomass are converted into gas used for student-mess cooking and limited electricity generation, while research explores higher yield, purification and compressed-biogas applications.
Objectives
- Monitor and evaluate the performance of the campus biogas system.
- Increase methane yield through scientific process optimisation.
- Evaluate purification methods and compressed-biogas pathways.
Core practices
- Run laboratory digesters with different biomass and cattle-dung combinations.
- Monitor pH, alkalinity, volatile fatty acids, total solids and volatile solids.
- Evaluate organic-loading conversion and substrate economics.
- Measure methane and hydrogen-sulphide fractions and test gas scrubbers.
- Study safe purified-gas compression and storage systems.
Skills developed
- Anaerobic-digester analytics and gas-composition assessment.
- Co-digestion research, bioreactor operations and process safety.
- Waste-to-energy systems, troubleshooting and statistical logging.
- Biomass logistics, return-on-investment analysis and project management.
07Bakery Technology & ManagementCommercial baking, product development, costing and rural enterprise management.
Objectives
- Build industry-standard commercial baking skills.
- Provide hygienic bakery services to surrounding rural communities.
- Create local employment and entrepreneurship opportunities.
- Promote women’s participation in production, management and distribution.
Core practices
- Apply baking methods, temperature controls and industrial safety procedures.
- Assist with production operations, maintenance and supply management.
- Develop products using alternative grains and revised recipes.
- Prepare costing sheets, study market prices and understand rural demand.
- Support packaging, promotion and local distribution.
Skills developed
- Recipe development, healthy-grain integration and ingredient science.
- Market research, material costing and competitive pricing.
- Packaging, promotion and retail logistics.
- Production planning and facility management.
Outcomes
- White bread
- Ragi bun
- Ragi puff
- Ragi biscuits
- Coconut biscuits
- Osmania biscuits
- Nan-khatai
- Millet cakes
08Canteen ManagementLive retail operations, procurement, accounting and campus hospitality.
Objectives
- Provide experiential learning in entrepreneurship and facility management.
- Involve students in procurement, retail and distribution operations.
- Ensure nutritious, hygienic and affordable campus food services.
Core practices
- Participate in material procurement, pricing and point-of-sale operations.
- Maintain daily cash-flow records, ledgers and basic bookkeeping.
- Monitor stock, expiry dates, supplier coordination and safety levels.
- Study consumer preferences, demand patterns and satisfaction.
Skills developed
- Retail marketing, enterprise fundamentals and financial tracking.
- Supply-chain organisation and inventory control.
- Customer communication, issue resolution and teamwork.
- Real-time operational decision-making and leadership.
Outcomes
- Real-world business exposure
- Self-reliance and workplace adaptability
- An entrepreneurial and solution-oriented mindset
09Herbal Garden ConservationMedicinal-plant conservation, horticulture training and healthcare support.
The campus herbal garden contains approximately 50 botanical varieties cultivated across 200 accessible tubs. It functions as a living laboratory connecting biological study, conservation and the supply of clean plant material for nearby Ayurveda healthcare services.
Objectives
- Cultivate, document and conserve medicinal plants for academic and field study.
- Build knowledge of phytochemical properties and therapeutic applications.
Core practices
- Propagate and maintain a diverse range of therapeutic plants.
- Supply fresh plant material to nearby Ayurveda hospitals.
- Conduct outreach on native herbal treatments.
- Maintain a specialised Tulasi nursery.
- Provide training in horticulture, soil management and tub cultivation.
Skills developed
- Taxonomic identification and classification of therapeutic flora.
- Organic horticulture, nutrient management, micro-irrigation and nursery practice.
- Eco-friendly conservation and translation of botanical theory into field practice.
Outcomes
- A live laboratory for multidisciplinary research and student data collection.
- Improved campus green cover and biodiversity.
- Clean plant inputs for authentic regional healthcare services.
- Reduced dependency on external markets for rare medicinal material.
- Community awareness of traditional wellness knowledge.
What students build
Capabilities that travel beyond the classroom
Whether or not every idea becomes a company, the process develops competencies essential for innovation-driven professional pathways.
- Real technology prototypes
- Software tools and applications
- Experiments with engineering systems
- Leadership and teamwork
- Resource mobilisation
- Product development
- Applied problem-solving
- Enterprise readiness
Learn. Make. Improve. Launch.