Roasted Garlic Lemon Broccoli Pasta (Printable Version)

Angel hair with roasted broccoli, garlic, and lemon creates a light, flavorful Italian-inspired dish.

# What You Need:

→ Vegetables

01 - 1 large head broccoli, cut into small florets
02 - 8 whole garlic cloves, peeled
03 - 2 tablespoons olive oil
04 - Zest of 1 lemon
05 - Juice of 1 lemon
06 - 2 tablespoons fresh parsley, chopped (optional)

→ Pasta

07 - 12 ounces angel hair pasta

→ Seasonings & Miscellaneous

08 - 1/4 teaspoon red pepper flakes (optional)
09 - Salt and freshly ground black pepper, to taste
10 - 1/4 cup grated Parmesan cheese, plus extra for serving

# How To Make It:

01 - Preheat the oven to 425°F. Line a baking sheet with parchment paper.
02 - Toss broccoli florets and whole garlic cloves with olive oil, salt, and pepper. Spread evenly on the prepared baking sheet.
03 - Roast for 18 to 20 minutes, tossing halfway through, until broccoli is tender and slightly charred and garlic is soft and golden.
04 - Meanwhile, bring a large pot of salted water to a boil. Cook angel hair pasta until al dente following package instructions. Reserve 1/2 cup pasta water, then drain.
05 - Transfer roasted garlic to a cutting board and mash using a fork until smooth.
06 - In a large skillet over medium heat, combine mashed garlic, roasted broccoli, lemon zest, and red pepper flakes. Add cooked pasta and toss thoroughly.
07 - Pour in lemon juice and a splash of reserved pasta water as needed to loosen the mixture. Stir in Parmesan cheese until well incorporated and creamy.
08 - Adjust seasoning with additional salt, pepper, or lemon juice as desired. Serve immediately garnished with fresh parsley and extra Parmesan.

# Expert Advice:

01 -
  • Light yet satisfying
  • Perfect for a weeknight dinner or fresh lunch
02 -
  • For a vegan version, omit Parmesan or use a plant-based alternative.
  • Add grilled chicken or shrimp for extra protein.
03 -
  • Reserve pasta water to adjust sauce consistency.
  • Mash the roasted garlic well to ensure smooth flavor distribution.
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