Mechanical Engineering Design and Lab Reports

I need assistance with two separate mechanical engineering projects:
Project 1: Heat Transfer System Design Presentation

Scope: Selecting a specific thermal or industrial system (such as a heat exchanger network, economizer, condenser, or shell-and-tube/plate heat exchanger configuration) and performing a complete engineering design and thermal analysis (using approaches like LMTD or Effectiveness-NTU).
Deliverable: A comprehensive PowerPoint presentation ready for presentation and defense in front of a professor.

Project 2: Mechanical Vibrations Lab Report

Scope: A complete experimental and simulation lab report based on a Torsional Vibration system.
Key Components Required:

Aim and Objectives
Diagram & Free Body Diagram of the existing torsional setup
Apparatus and Tools Required
Theory: Derivation of the differential equation for torsional vibration, circular natural frequency, time period, and natural frequency with clear assumptions
Procedure: Detailed and reproducible experimental procedure
Readings & Tabulation: Data for test discs (Solid Disc, Ring, Split Ring) with given mass moments of inertia (0.0890.089, 0.0490.049, and 0.097 kg⋅m20.097 \text{ kg}\cdot\text{m}^2)
Mathematical Approach & Calculations: Framing equations, correct calculations, and plotting tpt_p versus the square root of the moment of inertia
Discussions and Conclusions: Analyzing results and discussing the relationship between tpt_p and the moment of inertia