What will you learn in Houseplants 101: A Beginners Guide to Indoor Gardening Course
Understand the fundamentals of indoor gardening and plant care
Identify key plant structures and select the right soil mixes for houseplants
Master watering schedules, light requirements, and feeding routines
Repot and propagate common houseplants with confidence
Diagnose and treat common pests and diseases naturally
Program Overview
Module 1: Course Introduction & Plant Basics
⏳ 15 minutes
Topics: Course roadmap, indoor gardening fundamentals
Hands-on: Choose your first houseplant and set up its initial environment
Module 2: Plant Structure & Soil Selection
⏳ 20 minutes
Topics: Anatomy of houseplants, potting mix components
Hands-on: Assemble a basic potting soil and transplant a starter plant
Module 3: Light, Water & Nutrition
⏳ 25 minutes
Topics: Light levels, watering techniques, fertilization schedules
Hands-on: Measure light in your space and establish a watering plan
Module 4: Repotting & Propagation
⏳ 20 minutes
Topics: Repotting methods, cutting and division propagation
Hands-on: Repot a mature plant and propagate cuttings
Module 5: Pest Management & Disease Prevention
⏳ 15 minutes
Topics: Identifying common pests, organic treatment methods
Hands-on: Inspect plants and apply a homemade pest spray
Module 6: Styling & Maintenance Tips
⏳ 15 minutes
Topics: Plant grouping, decorative container choices, ongoing care
Hands-on: Arrange an indoor display and create a simple care journal
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Job Outlook
Average annual salary for horticulturists: $46,806 per year
Average annual salary for horticulture specialists: $51,897 per year
Employment of agricultural and food scientists (proxy for plant-care roles) projected to grow 8% from 2023 to 2033
Career paths include urban garden consultant, plant-care specialist, and horticultural technician
Specification: Houseplants 101: A Beginners Guide to Indoor Gardening Course
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FAQs
- Basic understanding of Java helps but is not mandatory.
- Learn fundamentals of non-functional testing: load, stress, and scalability.
- Explore key metrics like response time, throughput, and error rates.
- Hands-on labs with JMeter GUI for test plan creation.
- Prepares learners for Performance Test Engineer roles.
- Design test plans simulating concurrent users and workloads.
- Use samplers for HTTP, JDBC, FTP, and other protocols.
- Apply controllers, timers, and assertions for realistic scenarios.
- Analyze results with listeners and generate performance reports.
- Implement reusable modules and parameterization for scalable testing.
- Execute load and stress tests with ramp-up and loop configuration.
- Monitor server behavior and resource utilization.
- Perform scalability tests on varying workloads.
- Integrate SSL and basic security checks for realistic scenarios.
- Generate detailed HTML/XML reports for analysis.
- Prepare for Performance Test Engineer or QA Automation roles.
- Build skills for DevOps-focused performance benchmarking.
- Gain hands-on experience in GUI and non-GUI JMeter modes.
- Integrate tests with Selenium WebDriver for browser-level scenarios.
- Practical labs help build portfolio-ready performance projects.
- Automate test execution in command-line mode.
- Use advanced plugins like PerfMon and Throughput Shaping Timer.
- Integrate Selenium-based workflows for browser performance testing.
- Refactor test plans with CSV Data Set Config for parameterization.
- Generate and analyze detailed HTML dashboards for bottleneck identification.
